2018 - sirindhorn international institute of technology · 2018-09-27 · siit at rangsit...

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SIRINDHORN INTERNATIONAL INSTITUTE OF TECHNOLOGY (SIIT)THAMMASAT UNIVERSITY99 Moo 18, Km. 41 on Paholyothin Highway Khlong Luang,Pathum Thani 12120, Thailand

SIRINDHORN INTERNATIONAL INSTITUTE OF TECHNOLOGY (SIIT) • THAMMASAT UNIVERSITY

SIIT at Rangsit

Sirindhorn International Institute of Technology (SIIT)SIIT at Rangsit

Address : Thammasat University, Rangsit Campus 99 Moo 18, Km. 41 on Paholyothin Highway Khlong Luang, Pathum Thani 12120, ThailandTel. : +66-2-986-9009, +66-2-564-3221~29 Fax. : +66-2-986-9112

SIIT at Bangkadi

Address : Bangkadi Industrial Park 131 Moo 5, Tiwanond Road Mueang, Pathum Thani 12000, ThailandTel. : +66-2-501-3505~20 Fax. : +66-2-501-3524

Mailing Address : P.O. Box 22, Thammasat-Rangsit Post Office Pathum Thani 12121, ThailandEmail : [email protected] : http://www.siit.tu.ac.th

SIIT at Bangkadi• School of Information, Computer, and Communication Technology• School of Management Technology

• School of Bio-Chemical Engineering and Technology• School of Civil Engineering and Technology• School of Manufacturing Systems and Mechanical Engineering• Department of Common and Graduate Studies

Sirindhorn International Institute of TechnologyThammasat University

A Leading Teaching/Learning and Research Institute

Undergraduate CatalogAcademic Year

2018

Sirindhorn International Institute of Technology (SIIT)

SIIT at Rangsit


SIIT at Bangkadi


Mailing Address :P.O.Box22,Thammasat-RangsitPostOffice Pathum Thani 12121, ThailandEmail :[email protected] :http://www.siit.tu.ac.th

International Institute

Thammasat University

Sirindhornof Technology

To be a leading international institute of

technology for both teaching/learning

andresearch

Vision

1.Primarily toproducehigh-qualitybachelor’sdegreeengineersand related

technologistswhoareabletohandleadvancedindustrialtechnologiesand

use English as a working language

2.Toeducategraduatestudentstobeabletoconducthighqualityandinnovative

researchinengineeringandrelatedtechnologicaldevelopment

3.Toconductresearchanddevelopmentinengineeringandrelatedtechnologies

relevanttoteaching,modernindustries,andsocietalneeds

Missions

Undergraduate Catalog Academic Year 2018

Sirindhorn International Institute of Technology Thammasat University4

Sirindhorn International Institute of Technology 5Rangsit Campus 7Bangkadi Campus 9

Student Life 10

SIIT Graduates 10

Admissions 10Applicant’sQualifications 11Admission Methods 11Application 11Interview 11EnglishPlacementTest 11

Tuition and Educational Support Fees 12Non-Tu Students Enrollment 12FinancialAid 12

Academic Policies and Procedures 13

Academic Regulations 13Student Dress Code 13Dress Code for Taking Examinations 14ConductScoreandDisciplinaryActions 14Registration for New Students 15Registration for Current Students 15Auditing a Course 15

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Course Addition/Withdrawal 16Leave and Suspension 16Reinstatement 17Refund of Fees 17Regulations on the Use of the Library 17AcademicPerformance 18Warning and Probation Status 19ClassAttendance 19Transfer Students 19ApplicationforGraduation 19Degree Approval 20

Academic Programs 20ChemicalEngineering 22Civil Engineering 24Computer Engineering 26ElectricalEngineering 28Engineering Management 30IndustrialEngineeringandLogisticsSystems 32InformationTechnology 34ManagementTechnology 36MechanicalEngineering 38

Course Descriptions 40

SIIT Directory 79Board of Trustees 80AcademicReviewandRankAssessmentCommittee 81Advisors and Auditors 81ExecutiveCommittee 82AcademicCommittee 82ChiefsofDivisionsandSections 84SchoolSecretaries 85

Faculty Members 86SchoolofBio-ChemicalEngineering 86 andTechnologySchoolofCivilEngineeringandTechnology 91SchoolofInformation,Computer,and 100 CommunicationTechnologySchoolofManagementTechnology 111SchoolofManufacturingSystemsand 117 MechanicalEngineeringInstructors 123

Cont

ents


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Sirindhorn International Institute of TechnologyThammasat UniversityDuring the 9thJapan-ThailandJointTradeandEconomicCommitteeMeetingheldinKobe,Japanin1989,thedelegatesfromtheJapanFederationofEconomicOrganizations(Keidanren–nowNipponKeidanren)andtheFederationofThaiIndustries(FTI)realizedthatinordertoenhanceindustrialdevelopmentofThailand,engineeringprograms,wherealllectureandlaboratorycourseswouldbetaught inEnglishbyhighlyqualifiedfacultymemberswithdoctoraldegrees,neededtobeestablished.

A cooperation agreement among Keidanren, FTI, and Thammasat University was reached in 1992 to establish bachelor’s degree programs in engineering at ThammasatUniversitywith initial funds providedbyKeidanren and FTI. After two years of successful operation, the “International Institute of Technology (IIT)” was founded on September 16, 1994. Her Royal Highness Princess Maha Chakri Sirindhorn graciously presided over the Cornerstone Laying Ceremony of a new building at the Rangsit Center of Thammasat University. HisMajesty, the late King Bhumibol Adulyadej of Thailand, graciously granted the Institute a new name, “SirindhornInternationalInstituteofTechnology(SIIT),”onJune28,1996.

OnOctober2,1997,HerRoyalHighnessPrincessMahaChakriSirindhorngraciouslypresidedovertheSirindhornInternationalInstituteofTechnology’sInaugurationCeremonyofitsnameandbuilding.In1999,FTIprovidedaparceloflandwithanexistingbuildingatBangkadiIndustrialPark(BKD)forSIIT’susefor30years.InJune2001,theformerPrimeMinisterAnandPanyarachuninauguratedanewbuildingatBangkadiforInformationTechnologyandComputerScienceprograms.

HerRoyalHighnessPrincessMahaChakriSirindhorngraciouslypresidedovertheinaugurationoftheSirindhralaiBuildingatBangkadionJune28,2006.Thisnewsix-storybuildinghousestheSchoolofInformation,Computer,andCommunicationTechnology(ICT),theSchoolofManagementTechnology(MT),alibrary,acomputercenter,laboratories,andclassrooms.

BackgroundsofthethreefoundingorganizationsofSirindhornInternationalInstituteofTechnologyarebrieflydescribedasfollows.

Thammasat University Foundedin1934,ThammasatUniversitywasoriginallydedicatedtotheteachingofhumanitiesandsocialsciences.TheUniversity hasproducedalargenumberofgraduateswhohavegreatlycontributedtothedevelopmentandprogressofThailand.Realizing thesignificantimpactofscienceandtechnologyonthecountry’seconomicgrowth,inthe1980’sand1990’sThammasat Universityinitiateddegreeprogramsinengineering,technology,physicalsciences,andmedicalsciencesatitsRangsitCenter, Pathum Thani.

The Japanese Business Federation (Nippon Keidanren) Through themerger of several economic and industrial organizations, the Japan Federation of Economic Organizations (Keidanren)wasestablishedinAugust1946.Keidanrenwasaprivate,non-profiteconomicorganizationrepresentingvirtually allbranchesofeconomicactivitiesinJapan.Keidanrenhasmaintainedclosecontactwithbothpublicandprivatesectors athomeandabroad,andendeavored,notonlytofindpracticalsolutionstoeconomicproblems,butalsotocontributetothe sounddevelopmentofeconomiesofJapanandcountriesaroundtheworld.

InMay2002,KeidanrenmergedwithNikkeiren(JapanFederationofEmployer’sAssociations)tobecomeNipponKeidanren (TheJapaneseBusinessFederation).HeadedbyinternationallydistinguishedleadersoftheJapanesebusinesscommunity, NipponKeidanrenplaysanactiveandinfluentialroletowardstheachievementofharmoniouseconomicprosperityforallmankind.

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Sirindhorn International Institute of Technology Thammasat University


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The Federation of Thai Industries Formerlyknownas theAssociationofThai Industries (ATI), theFederationofThai Industries (FTI)came intoexistenceon December29,1987.ItwasatransformedbodyofATI,whichwascreatedin1967.FTIisanindustrialprivateorganizationthat bringstogetherindustrialleaderstopromoteThailand’ssocioeconomicdevelopment.ThemainobjectivesofFTIaretorepresent Thaimanufacturersatbothnationalandinternationallevels,tohelppromoteanddevelopindustrialenterprises,toworkwith thegovernmentinsettingupnationalpolicies,andtoofferconsultingservicestomembers. FTIisafull-serviceorganizationthatcooperateswiththegovernmenttohelpmobilizeThaiindustriestoreachinternational markets.Itactsasa“match-maker”betweenforeignindustrialistsandThairesources,whichcombinethefinancialstrength, planningability,andpersuasivepowerofThailand’sindustrialists.

SirindhornInternationalInstituteofTechnology(SIIT)offersundergraduateandgraduateprogramswhichleadtotheBachelorofEngineering (BEng),BachelorofScience(BSc),MasterofEngineering(MEng),MasterofScience(MSc),andDoctorofPhilosophy(PhD)degrees.Thebachelor’sdegreeisofferedinthefollowingareas:chemicalengineering(ChE),civilengineering(CE),computerengineering(CPE),electricalengineering(EE),engineeringmanagement(EM),industrialengineeringandlogisticssystems(IE),informationtechnology(IT),managementtechnology(MT),andmechanicalengineering(ME).

SIIToffersthreemasterofengineeringprograms,namely,MasterofEngineeringPrograminEngineeringTechnology,MasterofEngineering PrograminInformationandCommunicationTechnologyforEmbeddedSystems,andMasterofEngineeringPrograminLogisticsandSupplyChainSystemsEngineering.ItalsooffersMasterofSciencePrograminEngineeringandTechnology,MasterofSciencePrograminManagementMathematics,andaDoctorofPhilosophyPrograminEngineeringandTechnology.

Atthepresenttime,theInstitutehasestablishedfacultymember,student,andstaffexchangeprogramswithanumberofuniversitiesinAsia,Australia,Europe,andNorthAmerica.Theseprogramsallow,notonlyfacultymemberstocollaboratewiththeircounterpartsinresearchprojects,butalsostudentstohaveanopportunitytotakecoursesatthoseuniversities.Additionally,invitationstovisitandteachSIITcoursesareregularlyextendedtoqualifiedforeignprofessorsundersuchprograms.

AlthoughitisaunitofThammasatUniversity,SIITisfinanciallyandadministrativelyseparatetoacertaindegreefromthecentraluniversity system.SIIT’spoliciesandoperationsareguidedandsupervisedby theBoardofTrusteeswhichconsistsof representatives from ThammasatUniversity,FTI,andNipponKeidanren,andscholarsappointedbytheuniversity.Inaddition,anacademiccommittee,theAcademicReviewandRankAssessmentCommittee(ARRAC),comprisingreputablescholarsinvariousfields,providesrecommendations onrankpromotionsoffacultymembersandalsoreviewsacademiccurricula.TheInstitute,headedbytheDirector,consistsofadministrative divisions,alibraryandinformationservicescenter,fiveacademicschools,andtheDepartmentofCommonandGraduateStudies(CGS).

OperationsofSIITarecarriedoutattwo locations:RangsitCampus(attheRangsitCenterofThammasatUniversity)andBangkadiCampus(atBangkadiIndustrialPark).


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Rangsit Campus Campus and TransportationTheRangsitCenterofThammasatUniversity(TU)islocatedatKm.41onPhaholyothinRoad(northbound).Thecampuscanbeconveniently reachedbycarviaamulti-lanedividedsuperhighway(Phaholyothin),theChaengwattana-BangsaiExpressway,andbothouterEast-RingandWest-RingHighways.ItcanalsobereachedbybusesNo.29,39(nonair-conditioned),and510(air-conditioned).Thenearesttrainstation,theThammasatStation,isnearthenorthwestcorneroftheRangsitCampus.

Facilities Buildings

Twofive-storybuildingsandonefour-storybuildingarelocatedattheSIITRangsitCampus.Thefirstbuildingisthemainbuildingwith an area of 20,677 m2,housingofficesandclassrooms.ThefirstfloorandasectionofthesecondflooraremainlyoccupiedbytheLibraryandInformationServicesCenter,withanexcellentcollectionofup-to-datetextbooks,magazines,andjournals.SIIT’sacademicprogramsandfacultymembers’offices,aswellastheComputerCenterandadministrativedivisions,arelocatedonthesecond,third,andfourthfloors.Classroomsofvarioussizesareonthefirst,third,fourth,andfifthfloorsofthebuilding.

ThesecondSIITbuilding,adjacenttothefirstone, isafive-storyadvanced laboratorybuildingwithatotalareaofabout3,000 m2.ItwasdedicatedbyKeidanrenandFTItoSIITonOctober6,1998.TheAdvancedLaboratoryBuildingIhouseslaboratoriesforconductingseniorprojectsoffourth-yearstudents,researchworkofgraduatestudents,andresearchprojectsoffacultymembers.

ThethirdSIITbuilding,Edutivity,isafour-storybuildingwhichisadjacenttothesecondone,withatotalareaofabout1,500m2. ThisbuildinghousesastudentactivitiescenterandtheofficeoftheBuildingandGroundDivisionthefirstfloor,andclassroomsofvarioussizesonthesecond,third,andfourthfloors.

A new 8-story Advanced Laboratory Building II with a total area of approximately 7,000 m2 is equipped with advancedlaboratoryandresearchequipmentthatarenecessaryforconductingadvancedresearchersbyfacultymembers,graduate students and senior-year undergraduate students.

Computer Center

TheSIITComputerCenter is located on the third floor of themainSIIT building. The center is equippedwith personal computersinfourseparaterooms,twoofwhichareusedmainlyforinstructiononprogramming,mathematicalproblemsolving, engineeringgraphicsdesign,andprofessional reportpreparation,while theother roomsareusedbystudents forgeneralcomputingpurposes.Up-to-datesoftwarepackagesareinstalledviaserversonthelocalareanetwork,allowingstudentstobecomeproficientwiththeirapplications.Thelocalareanetworksystemsupportsbothacademicandadministrativechoreswhichincludethelibrary’scomputer-basedservices,intranet,andtheinternalemailsystemforfacultymembersandstaff.Thereareanumberofserversforacademicpurposesinvariousprograms.ThelocalareanetworkisconnectedtotheInternetviatheThammasat-Rangsitfiberopticbackbone.Students,facultymembers,andstaffareprovidedwithanindividualemailaddressandservice.WirelessInternet(WiFi)isaccessiblefromallareasoftheSIITbuildings.AVPNservicebywhichstudentscanaccessSIIT’sonlinesystemfromtheirhomesisalsoavailable.InformationontheInstitutecanbeviewedfromtheofficialwebpageatwww.siit.tu.ac.th.

Library and Information Services Center

TheLibraryandInformationServicesCenterislocatedonthefirstandsecondfloorsofthemainbuilding.TheLibraryhasanexcellentcollectionoftextbooks(inscienceandengineering),conferenceproceedings,reports,technicalmagazines,andjournals.Electronicaccesstoseveralinternationaldatabasesisprovided.TheLibraryalsohasacomputerizedsearchsystemtoassiststudentsinlocatingtheirinformationsources.

StudentswhowouldliketostudybythemselvesoringroupswillfinditconvenienttostudyintheLibrary.Individualstudyareasandgroupstudyareasarelocatedonthefirstfloor.Forgroupdiscussion,studentscanmeetanddiscussinthegroupstudyrooms,whichprovidemaximumprivacyandminimuminterference.

Furthermore,studentscanusethemainTUlibrary,whichisalsolocatedattheuniversity’sRangsitCenter,fortheirstudyandliteraturesearchesonsocialsciencesandhumanities.



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Infirmary

TheSIITinfirmaryroomissituatedonthegroundfloorofthemainbuilding.Itisstaffedduringofficehoursbyafullyqualified nurse.Thenursecanassistwithminormedical problemsand, formore seriouscases, canarrangea timely transfer to Thammasat University Hospital.

Hospitals

ThammasatUniversityHospital,locatedattheRangsitCenter,providesoutpatient,inpatient,andemergencymedicalservices,aswellasotherhealthcareservicessuchasX-ray,physicalexamination,anddentalcare.Physicians,nurses,andmedicalinternsareavailable24hoursaday.Studentsareeligibletoreceivediscountsforroomchargesandservices.TherearealsoseveralprivatehospitalsneartheNavanakornIndustrialEstate,whichisonlya5-minutedrivefromtheRangsitCenter.

Student Activities CenterAstudentactivitiescenterislocatedonthefirstflooroftheSIITEdutivityBuilding.Thereisarangeoffacilitiesavailablefor studenttouseincludingair-conditionedmeetingrooms,andafoodanddrinkarea.StudentactivitiesarecoordinatedbytheStudentCommitteeunderthesupervisionoftheAssistantDirectorforStudentAffairsandAlumniRelations.Allstudentactivities mustconformtoSIITandTUregulations.

University Bookstore

TheTUBookstoreattheRangsitCenteriswellstockedwithpublicationsandmagazinesinbothThaiandEnglishlanguages.TextbooksusedinindividualcoursescanbepurchasedattheUniversityBookstoreatcompetitiveprices.Stationeryandofficesupplies are also available.

PostOffice

TheThammasat-RangsitPostOfficeislocatedattheDuenBunnagBuilding.Thepostofficeofferscompletepostalservicessuchasregularmailservice,expressmailservice(EMS),registeredmailservice,packageservice,andmoneyordersduringbusiness hours.

Convenience Stores

Studentslivinginthedormitorieswillfindthatshoppingisquiteconvenient.Manyconveniencestoresarelocatedoncampus,andnearby.AttheRangsitCampusofSIIT,thereisaconveniencestoreonthefirstflooroftheMainBuilding.

Cafeterias and Canteens

Severalcafeteriasandcanteenscanbe found throughout theRangsitCenter.Avarietyof food isofferedbyvendorsat reasonableprices,bothonweekdaysandweekends.AdjacenttotheSIITbuildingsisacafeteriawhichservesbothSIITstudents andstudentsoftheFacultyofEngineering.

Banking Services

Forbankingservicessuchascashwithdrawalandbalance inquiries, studentscanconvenientlyuse theautomated teller machines(ATMs)whicharelocatedatvariouslocationsoncampusandattheSIITmainbuilding.Forfullservices,studentscangototheon-campusbranchofficesofBangkokBank,KrungThaiBank,andThaiMilitaryBank.OtherbankswithbranchesnearthecampusareKasikornBank,ThanachartBank,andSiamCommercialBank.

Dormitories

TheRangsitCenterhason-campusdormitoriesformaleandfemalestudents.Over6,200livingunitsareavailabletoaccommodate students,facultymembers,anduniversitystaff.Withinwalkingandshort-drivingdistances,manyprivatedormitoriescanbefound.Theseareco-eddormitories,aswellasdormitorieswithseparatebuildingsformaleandfemalestudents.Air-conditioned units with bathrooms are also available.

Sport Facilities

TheRangsitCenterhasawiderangeofsportfacilitiesforstudentsincludingswimmingpoolsandpracticefieldsforsoccer,basketball,volleyball,andtennis.Allareinthevicinityofthestudentdormitories.Areasforindoorsportssuchasbadmintonand table tennisareprovided in the indoorgymnasiums.Studentsmayalsochoose toexercisebybiking, jogging,etc., especiallyinthemorningsincetheairisveryrefreshing.Inaddition,theRangsitCampusofSIIThasanoutdoorbasketballcourtinfrontofthemainbuilding.


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Bangkadi Campus Campus and TransportationTheBangkadiCampusislocated14kilometersfromtheRangsitCampusonTiwanonRoad.ThecampuscanbeconvenientlyreachedbySIITshuttlebus(air-conditioned)andcanalsobereachedbybusNo.6249(noair-conditioned)

Facilities Buildings

In1999,FTI,withco-operationfromToshibaThailandCo.,Ltd.,andMitsui&Co.(Thailand),Ltd.,provided5.6rai(0.9hectare)oflandwithanexistingofficebuildingintheBangkadiIndustrialPark(BIP)forSIIT’suseforaperiodof30years.Later,SIITpurchasedtwomoreparcelsoflandintheindustrialparkwithareasof4rai(0.64hectare)and5rai(0.8hectare).Theexistingbuildingwasrenovatedandenlarged.Thisbuilding,whichiscalledtheIT&MTbuilding,hasacombinedareaofapproximately3,300 m2.TheComputerScienceandInformationTechnologyprogramsmovedtothesenewfacilitiesinJune2002.

Another 6-story building with an area of 6,452 m2wascompleted inOctober2004.HerRoyalHighnessPrincessMahaChakriSirindhorngraciouslygrantedtheuseof thename“Sirindhralai” for thisnewbuildingandgraciouslypresidedovertheinaugurationofthisnewbuildingonJune28,2006.IthousestheSchoolofInformation,Computer,andCommunicationTechnology(ICT),theSchoolofManagementTechnology(MT),theLibraryandInformationServicesCenter,theComputerCenter,classrooms,andlaboratories.

ThethirdSIITbuildingistheSIITAdministrationandTrainingBuilding,locatedinfrontoftheBangkadiIndustrialParkonTiwanond Road.Itisafour-storybuildingwhichaimstobearesearchandtrainingcenter.Thefirstfloorisforcarparking.BangkokBankislocatedonthesecondfloor.Ontheupperfloors,therearegraduatestudentofficesandresearchlaboratories.

Computer Center

AComputerCenterofficeislocatedonthesecondflooroftheSirindhralaibuilding.Itsupervisesandmaintainstwolaboratories for instructionandstudents’ use inmathematical andstatisticalproblemsolving, computergraphics, systemssimulation, databaseapplicationsandprogramming,computernetworking,andgeneralcomputingpurposes.Inaddition,therearenetworkaccesspointsinalmosteveryroomofthecampuswhichconnecttotheRangsitCampusofSIITbyahigh-speedconnection.StudentscaneasilyaccesstheInterneteitherfromtheirnotebookcomputers,usingwirelesshotspotsineverybuilding,orfromthecomputersinboththelibraryandthecomputerlaboratories.

Library and Information Services Center

TheLibraryatBangkadi is locatedon the3rd floorof theSirindhralaiBuilding.TheLibraryhasanexcellent collectionof textbooks,technicalbooks,conferenceproceedings,reports,technicalmagazines,andjournalsinthefieldsofelectronicsandcommunication, instrumentationandcontrolsystems,computerscience, informationtechnology,engineeringmanagement,andmanagementtechnology.Computerfacilitiesareprovidedforaccessingthelibrarydatabase,onlinedatabasesandfull-textjournals,andforself-study.ThelibraryalsoprovideswirelessfacilitiesforstudentstoaccesstheInternetandonlineinformationsourceswiththeirpersonalnotebookcomputers.

Infirmary

TheinfirmaryroomisonthegroundflooroftheIT&MTbuilding.Afullyqualifiednurseisinchargeduringweekdaystoassistwithminormedicalproblemsandprovidefirst-aidtreatment.

Dormitory

TheSIIT InternationalResidenceatBangkadihas twofive-storybuildings,one formale residentsandanother for female residents. There are 72 rooms on the 2nd-5thfloors,whichcanaccommodateupto144residents.Commonrooms,canteen,andalaunderettearelocatedonthefirstfloor,withaconveniencestorenearby.Inaddition,freeinternetWi-Fiisprovidedfortheresidentsonthegroundfloor.

Cafeteria and Canteen

Avarietyoffoods,snacks,andbeveragesareprovidedfromvendorsatreasonablepricesatacafeteriaonthegroundflooroftheSirindhralaibuilding.Additionally,thereisacoffeeshoponthegroundflooroftheIT&MTbuildingwhichservessnacksand beverages.

Sport Facilities

ThereisasoccerfieldbehindtheSirindhralaibuilding.Inaddition,anoutdoorbasketballcourt is locatednexttotheSIITInternationalResidence.Thereisalsoabadmintongymnasiumbesidethedormitorybuildings.



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Student LifeSIITstudentshavemanyopportunitiestoparticipateinavarietyofactivities,bothacademicandextracurricular,todevelopself-discipline,self-responsibility,professionalattitudes,andforrelaxation.TheSIITStudentCommitteeandotherstudentclubs,suchastheSportsClub,MusicandChorusClub,AcademicClub,VolunteerClub,andCreatechClub,organizeawiderangeofprogramsandactivitiesthroughouttheyear.Additionally,individualacademicprogramshavestudentclubswhichcollaboratewithfacultymembersinacademicrelatedactivities.StudentactivitiesaresupervisedbyacademicadvisorsandtheAssistantDirectorforStudentAffairsandAlumniRelations.

SIITprovidesastimulatinginternationallearningatmosphere.Allcourses,bothlectureandlaboratory,aretaughtinEnglishbyforeignandThaiprofessorswhohaveextensiveoverseaseducationalandworkexperiences.ThenumberofinternationalstudentsatSIIThasbeenincreasingduetoSIIT’swidelyacceptedreputationforqualityeducationandfacultymembers.Studentsfrequentlyreceivelecturesonavarietyoftopicsbyvisitingprofessorsfromabroad,providingthemexposuretonewandemergingsubjects.AcademicexchangeprogramswithselecteduniversitiesinAustralia,Finland,France,Germany,Japan,CzechRepublic,China,Denmark,Korea,theUnitedKingdom,Portugal,Taiwan,Switzerland,andtheUnitedStatesofAmericahavebeenestablishedtoprovidequalifiedstudentswithanopportunity for studying abroad.

SIIT GraduatesGraduatesofSIITreceiveawiderangeofjoboffersduetotheirproficiencyinEnglishandtheircompetencyintechnicalknowledge.Whilemostgraduatesworkforgovernmentagencies,stateenterprises,andprivatecorporations,alargenumberhavechosentopursuegraduatestudiesimmediatelyaftergraduation.ExamplesofuniversitiesthathaveacceptedSIITgraduatesintotheirgraduateprogramsareTheUniversityofMelbourne(Australia),UniversityofNewSouthWales(Australia),RWTHAachenUniversity(Germany),HokkaidoUniversity(Japan),JapanAdvancedInstituteofScienceandTechnology(Japan),KeioUniversity(Japan),KochiUniversityofTechnology(Japan),KyotoUniversity(Japan),TohokuUniversity(Japan),TokyoInstituteofTechnology(Japan),UniversityofTokyo(Japan),WasedaUniversity(Japan),ChalmersUniversityofTechnology(Sweden),CambridgeUniversity(UK),ImperialCollege(UK),OxfordUniversity(UK),UniversityofManchesterInstituteofScienceandTechnology-UMIST(UK),UniversityofNottingham(UK),UniversityofWarwick(UK),ColumbiaUniversity(USA),GeorgiaInstituteofTechnology(USA),StanfordUniversity(USA),UniversityofColorado(USA),UniversityofMichigan/AnnArbor(USA),andUniversityofWisconsin/Madison(USA).Severalgraduateshavereceivedscholarshipsfortheirgraduatestudies,suchastheThaiGovernmentScholarships,JapaneseGovernmentScholarships,aFulbrightScholarship,andteaching/researchassistantships from the universities where they enroll.

AdmissionsEachyeartheInstitute’sfacultymembersandstaffvisitanumberofhighschoolstoprovideinformationabouttheInstitute,itsadmissionprocedures,academicprograms,etc.TheInstitutealsowelcomeshighschoolstudentsandparentstovisittheInstitute.TheAdmissionandPublicRelationsDivisioncanhelptoarrangeameetingwithfacultymembersandstafftodiscussacademicoptionsforinterestedstudents.

Forfurtherinformation,contact: AdmissionandPublicRelationsDivision SirindhornInternationalInstituteofTechnology(SIIT) Thammasat University, Rangsit Center P.O.Box22,Thammasat-RangsitPostOffice Pathum Thani 12121, Thailand. Tel: +66-2-986-9009~13, +66-2-986-9103~10 Fax: +66-2-986-9112~3 E-mail:[email protected] Website:http://www.siit.tu.ac.th OnlineApplication:www.siit.tu.ac.th/undergrad_app


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Applicant’s Qualifications

•equivalentfromothercountries(grade12orequivalent).•Anapplicantmustnotcarryanyseriouslycontagiousdisease,oranydiseasethatwouldbedetrimentaltohis/hereducation, or any mental disorder.

Admission Methods

Aprospectivestudentmayapplyforadmissionthroughoneofthefollowingmethods:

1. Submission of Portfolio2.TUQuota3.GeneralDirectAdmission4.CentralUniversityAdmissionSystem(CUAS)5.SubmissionofNationalTestScores: •GAT/PAT •Common9Subjects6.SubmissionofStandardizedTestScores: •ScholasticAptitudeTestI(SATI) •AmericanCollegeTesting(ACT) •InternationalGeneralCertificateofSecondaryEducation(IGCSE)orGeneralCertificateofSecondaryEducation(GCSE) orGeneralCertificateofEducation(GCE),‘O’and‘AS’or‘A’Level •InternationalBaccalaureate(IB)Diploma • 6th Form •NationalCertificateofEducationalAchievement(NCEA)7.Transferfromotheraccrediteduniversities

Application

ApplicantswhowishtoapplythroughthenationaluniversityentranceselectionprocessmustfollowtheproceduressetbytheOfficeoftheHigherEducationCommission.ThosewhochoosetheothermethodsmustcompletetheonlineapplicationsbythedeadlinesandbringtherequireddocumentsontheInterviewdate.AnnouncementofapplicationperiodsareavailableontheSIITwebsite.

InterviewAllcandidateswhohavepassedthewrittenexaminationortheinitialscreeningareinterviewedbyfacultymembers.TheinterviewisconductedinEnglish.

English Placement Test

AlladmittedstudentsaregivenanEnglishPlacementTesttodeterminetheirEnglishlanguageproficiency.Dependingupontheirlevelofproficiency,theymayreceiveexemptionofsomeEnglishcourses,ormayberequiredtotakeanadditionalEnglishcourse.

Exemption: Anapplicantwho isanativeEnglishspeakingstudent fromAustralia,Canada,NewZealand,UnitedKingdom,orUSA maybeexemptedfromtheaboveEnglishproficiencyrequirementsifhe/shepassesaninterviewbyanSIITinterviewing committeeconsistingof3nativeEnglishspeakinginstructors.



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Tuition and Educational Support FeesSirindhornInternationalInstituteofTechnologyreservestherightstorevisethetuitionandeducationalsupportfeesandtoestablishnewfeesasmayberequiredbyincreasedcostsofprovidingeducationalservices.

Tuition Fees Tuitionfeesincludechargesforservicesdirectlyandindirectlyrelatedtoinstruction,suchasclassroom facilities,lecturing,publications,counseling,placement,etc.,butdoesnotcoverthecostofdamageorloss to university property.

Tuitionfees: 3,100Bahtperlecturecredit 4,200Bahtperlaboratorycredit

Educational Support Fees Thesefeesprovidefundsforlibrary,computerfacilities,equipment,studentservicesandactivities,athletic facilities,etc.

Fees: 27,805 Baht per semester

Approximately,thetotaltuitionandeducationalsupportfeespersemesteris97,165Baht.Theactualamountdependsonthenumberofcreditsregisteredineachsemester.

Damage Deposit Adepositof5,000Bahtiscollectedfromanewstudentfordamagedequipmentandnon-returnedlibrary books.Thedeposit,afterdeductionofdamagescausedbythestudent,isreturnedtothestudentwhen he/she graduates or leaves SIIT.

Matriculation Free Aone-timefeeof400BahtiscollectedbyTUasthematriculationfee.

Fine on Unpaid Fees Anyoutstandingbalanceofthetuitionandeducationalsupportfeeswillbechargedafineattherateof 0.05%perdaystartingfromthefirstdayaftertheaddition/withdrawalperiodandattherateof0.1%perday startingfromthefirstdayofthemidtermexam.

Status Maintaining Fee Afeeof5,000Bahtpersemesterischargedduringastudent’sleaveofabsence.

Reinstatement Fee Astudentwhohasresignedorhasbeendismissedduetonon-academicreasonsmayapplyforreadmission. Afeeof2,500Bahtischargedforreadmission,inadditiontopaymentofanypreviousoutstandingdebt.Late Registration Fee Afeeof45Bahtperdayischargedforlateregistration.

Studentsmaybesubjecttootherfees,suchasafeeforlatereturnofborrowedbooks,etc.Fordetails,consulttheAcademicServicesandRegistrationDivision,StudentAffairsandAlumniRelationsDivision,orFinanceDivision.

Non-TU Students Enrollment

Studentsorinterestedindividualsmayapplytoregisterforcoursesasnon-TUstudents.Tuitionfees:4,000BahtperLectureCredit 5,000 Baht per Lab Credit

Financial Aid

Eachyear,theInstitutehassetasideanumberofscholarshipsandawardsforstudentswhohavedemonstratedacademicexcellence,havestrongfinancialneeds,orboth.InadditiontothesescholarshipsarrangedbytheInstitute,thepublic/privatesectorandindividualshaveprovidedsupportthroughscholarshipsforstudentseachyear.Thescholarshiprecipientsarescreenedbyacommitteeandselectedonthebasisofacademicrecords,conduct,financialneed,andconditionssetbythescholarshipdonors.


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Currently,theInstitutereceivesscholarshipsand/ordonationstotheSirindhornTechnologyScholarshipFundfromindividuals,institutions,andbusinesscorporations,forexample:

AlumniAssociationofSIIT(ASIIT) NationalScienceandTechnologyDevelopmentAjinomotoFoundation Agency(NSTDA)BangchakPetroleumPCL SiamCementGroup(SCG)Cement-BuildingMaterialsBangkok Bank PCL SIIT Development FoundationBank of Ayudhaya PCL Thai Military Bank PCLCIMB Bank Berhad Thanpuying Niramol Suriyasat FundFujiElectricCo.,Ltd.,Japan Prof.FumioNishinoFundKrung Thai Bank PCL Mrs. Kobkarn WattanawrangkulMitsubishi UFJ Foundation, Japan Prof. Dr. Somnuk TangtermsirikulNipponKeidanren,Japan SIITFacultyMembersNamhengConcrete(1992)Co.,Ltd.

Ascholarshiprecipient’sacademicprogressisreviewedattheendofeachsemestertodeterminetherecipient’scontinuedeligibilityforanaward.Forfurtherinformationonscholarships,contacttheStudentAffairsandAlumniRelationsDivision.

Academic Policies and ProceduresSirindhorn International InstituteofTechnology (SIIT),although independentlyadministeredandself financed, isanacademicunitofThammasatUniversity.GraduatesoftheInstitutereceiveThammasatUniversitydegrees.Thus,studentsmustcomplywiththepoliciesandregulationssetforthbyThammasatUniversity.Formoredetails,consultthestudent’sacademicadvisor.

Studentsmustsuccessfullycompletetherequirednumberofcredits(setbyeachacademiccurriculum)anddemonstratetheirEnglishproficiencytobeeligibleforgraduation.Somestudentswhodonotpossesssufficientbackgroundmayberequiredtotakeadditionalcoursesnotlistedinthecurriculum.Normally,ittakeseightregularsemesters(fouryears)tocompletetherequirements.Thescheduleofacademicsemestersisasfollows:

FirstSemester: August-DecemberSecondSemester: January-MaySummer Session: June - July

Academic RegulationsStudent Dress Code

AllstudentsareencouragedtowearThammasatUniversity(TU)uniforms,whichareasfollows:

1. Men’suniform: • Plainwhiteshirt(shirtmustbeproperlytuckedinandsleevesmustnotbefoldedback) • Trousersinblackordarkblue • BeltwithTUbeltbuckle • Blackshoeswithsocks2.Women’suniform: • Plainwhiteshirtwithshortsleeves(shirtmustbeproperlytuckedin) • Buttons:attheshirtseambinding(4buttons)andshirtcollar(1button)usingTUsilvermetalbuttons • TUpinwornontheleftsideofshirtabovethechest • Plainskirtinblackordarkblue • BeltwithTUbeltbuckle • Blackshoes

ATUpinisayellow“Thammajuk”withredlines,availableattheUniversityBookstores.ATUbeltbuckleisa“Thammajuk”inarectangularshape,alsoavailableattheUniversityBookstores.



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Inthecasethatitisinconvenienttowearauniform,studentsmaywearpolitedressasfollows:

Men -Plainshirtwithcollarandshortorlongsleeves,properlybuttonedandtuckedin -Trousersindarkcolor -Shoes(sandalsarenotallowedduringofficialhoursoncampus)Women-Plainshirtwithcollarandshortorlongsleeves -Plainskirtindarkcolor -Shoes(sandalsarenotallowedduringofficialhoursoncampus)

Dress Code for Taking Examinations - AllSIITstudentsarerequiredtowearTUstudentuniforms. - Othertypesofdresses,includinganykindofjeans,arenotallowed. - Studentsarerequiredtoweardressshoes(closedtoesandheels)orsportshoes(plain:white,black,brown,ornavyblue). Othertypesofshoesandcolorsarenotallowed. - Failuretocomplywiththisdresscodewillresultinadeductionofstudentconductscoreandotherpenalties.

Conduct Score and Disciplinary ActionsStudentswhoarefound“improperlydressed”or“smokinginanon-smokingarea”willbedeductedconductscoresasfollows:

Offence Conduct Scores to be DeductedImproperly Dressed Smoking in a Non-Smoking Area

1stOffence 0 202ndOffence 10 203rdOffence 10 304thOffence 20 305thOffence 30 -6thOffence 30 -

Thefollowingdisciplinaryactionswillbetakenuponthecumulativedeductedscores:

Offence# CumulativeDeductedScores

Disciplinary ActionsSmokingImproper Dress

- 1 0 Action 1: Verbal and written warning 1, and -Permissiontoattendaclassorlaboratory,orgetservicefrom library is revoked. -NopromptservicefromSIITfacultyand/orstaffmembers -Noconsiderationforscholarshipsandawardsfor1academicyear (ExceptfortheGoodAcademicPerformanceandGoodConduct Scholarships) - 2 10 Action 2: Verbal and written warning 2, and -Action1 1 3 20 Action 3: Verbal and written warning 3, and -Action2 - No re-entry and re-admission to SIIT 2 4 40 Action 4: Written probation signed by student and guardian -Action3 -Grantingofscholarshipandresidingatcampus-dormitoryarerevoked. -Noissueofrecommendationletterandactivitytranscript 3 5 70 Action 5: Suspension from study for 1 semester -Action4 -Suspensionfromstudyforonesemester(nextsemester),exceptfor astudentstudyinginthelastsemester,inwhichcasethestudent issuspendedinthesemesteroftheoffence. 4 6 100 Action 6: Postponement of graduation approval for 1 academic year -Action4 -Postponementofgraduationapprovalfor1academicyear


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Registration for New Students

1.AsuccessfulapplicantmustpossessallqualificationssetbySirindhornInternationalInstituteofTechnology.2.AsuccessfulapplicantmustregisterinpersonasaTUstudentwithin14daysfromthestartofthestudent’sfirstacademic semester.

Thesuccessfulapplicantwhocannotregisterduringtheregistrationperiodduetoaspecialreasonmayregisteratalater timewiththeapprovaloftheTUrector.However,theapplicantmustcompleteallprocesseswithnolaterthanthestudent’s firstacademicsemester.Otherwise,his/herrightstoregisterasastudentwillberevoked.

3.AsuccessfulapplicantwhograduatedfromabroadmustsubmitthegraduationcertificatetoSIITinpersonontheregistration period or days.

WiththeapprovaloftheTUrector,theapplicantwhocannotsubmitthegraduationcertificatewithinthetimelimitmaybe abletosummitthedocumentnolaterthanthestudent’sfirstacademicsemester;otherwise,his/herrightstoregisterasa student will be revoked.

4.IfthequalificationoftheapplicanthasnotmettheregulationsofThammasatUniversityand/orthedocumentssubmitted fromtheapplicanthaveproventobefalsified,theregistrationofthatapplicantwillberevoked.

Registration for Current Students

1.Anundergraduatestudentisrequiredtoregisterforaminimumof9creditsandamaximumof22creditsineachregular semester.Registrationforfewerthan9creditsispossibleonlyforastudentwhoanticipatestograduateattheendofthe currentsemesterorbytheDirector’sapprovalwithaspecialreason,suchasillness.Afourthyearstudentmayregisterfor morethan22creditswiththeDirector’sapproval.Thenumberofcreditsregisteredinthesummersessionshallnotexceed 6credits.However,astudentwhoanticipatesingraduatingattheendofthecurrentsemesterorwiththedirector’sapproval mayregistermorethan6creditsbutnomorethan9creditsinthesummersession.2.AstudentmustregisterduringthescheduledperiodandfollowtheregistrationproceduressetbytheInstitute.3.Courseregistrationmustbeapprovedbytheacademicadvisor.4.Late registration is subject toa fineof45Baht/day (includingholidays), starting from the firstdayofclasses.Course registrationafterthefirst14daysofasemesterwillnotbeallowed.5.Astudentwhodoesnotregisterforanycoursesinaregularsemesterhastofileanapplicationsforleaveofabsenceto theacademicprogramandpayafeeformaintainingstudentstatuswithinthefirst30daysofasemester;otherwisehis/ her student status will be revoked. 6.Registrationforcoursesisconsideredincompleteunlessfeeshavebeenpaidbythespecifieddate.7.The number of students enrolling in a coursemay be restricted due to some constraints, such as limited laboratory equipmentandclassroomsize.

Auditing a Course

1.Withpermissionfromtheinstructorandtheadvisor,astudentmayauditacoursewithoutevaluation.However,thestudent mustpaythetuitionfeeforthecourse.2.Auditingmaynotbechangedtoregularevaluationafterthesecondweekofaregularsemester.3.Agradereportwillbear“AUD”fortheauditedcourseaftersuchacourseiscompleted.4.Thenumberofcreditsforanauditedcoursewillbecountedtowardstheupperlimitofthenumberofcreditsallowedina semester,butwillnotbecountedtowardsthelowerlimit.5.Thecredit(s)ofanauditedcoursewillnotbecountedtowardsthetotalcreditaccumulation.6.Anauditedcoursecannotbere-registeredatalatertimeforformalevaluationunlessthereisachangeinthestudent’s studyprogramthatwarrantstheneedforformalevaluationofthecourse.



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Course Addition/Withdrawal

1.Ifauthorizedbytheinstructorandtheadvisor,courseadditionmustbeprocessedwithinthefirst14daysofaregular semesterorwithinthefirst7daysofasummersession.Additionofcoursesafterthefirst14daysofaregularsemesteror afterthefirst7daysofasummersessionneedstoreceiveanapprovalfromtheDirectorwithprovidedreasonsby14days beforetheendofclasses.Inaddition,thetotalhourofstudyhastomeettheTUregulation.

2.Ifauthorizedbytheinstructorandtheadvisor,coursewithdrawalwillresultinoneofthefollowingcases: 2.1. Ifacourseiswithdrawnwithinthefirst14daysofaregularsemesterorwithinthefirst7daysofasummer session,theacademicrecordwillnotbearthetitleofsuchacourse. 2.2. Ifacourse iswithdrawnafter thefirst14daysofa regularsemesterorafter thefirst7daysofasummer session,butnotlaterthanthefirst10weeksofaregularsemesterornotlaterthanthefirst4weeksofasummer session,theacademicrecordwillbearthetitleofthecourseandaWgrade. 2.3. Coursewithdrawalafterthefirst10weeksofaregularsemesterorafterthefirst4weeksofasummersession isnotallowed.Withdrawalofcoursesafterthefirst10weeksofaregularsemesterorthefirst4weeksfora summersessionneedstoreceiveanapprovalfromthestudent’sadvisorandtheDirectorwithprovidedreasons by14daysbeforetheendofclasses.Withapprovalfromthedirector,thecoursewillbearaWgrade.

3.Acoursewithdrawalthatreducesthenumberofcreditstolessthan9creditsisprohibited.

Leave and Suspension

1.Astudentcanapplyforaleaveofabsence.Thismustbeapprovedbythedirectorontheconditionthatthestudenthas anappropriatereason.However,astudentcannottakealeaveduringthefirsttwosemestersofhis/herundergraduate studyunlesstheRectorofThammasatUniversityapprovestherequest.2.AstudentcannotapplyforaleaveformorethantwoconsecutivesemestersunlesstheRectorofThammasatUniversity speciallypermitsit.3.Aleavewillresultinoneofthefollowingcases: 3.1. Ifthefirstdayofleavefallswithinthefirst14daysofaregularsemesterorthefirst7daysofasummersession, theacademicrecordwillnotbearanyofthetitlesoftheregisteredcourses. 3.2. Ifthefirstdayofleavefallsafterthefirst14daysofaregularsemesterorthefirst7daysofasummersession, butnolaterthanthefirst10weeksofaregularsemesterorthefirst4weeksofasummersession,theacademic recordwillbearWgradesforallthecoursesregisteredinthecurrentsemester. 3.3. Astudentcanapplyfor leaveafterthefirst10weeksofaregularsemesterorthefirst4weeksofsummer sessiononlyifthereisanuncontrollablereason.Astudentorastudent’strustworthyrepresentativeisrequiredto submitanapplicationforleavewithcredibleevidencetotheacademicprogram.WithapprovalfromtheRector ofThammasatUniversity,thecoursewillbearaWgrade.4.Astudentwhoissuspendedfromstudyingduringasemesterduetothedisciplinarycausewillnotbepermittedtocontinue withthecourseshe/sheregistered.Thispenaltywillberecordedas“Suspended”onthestudent’sacademicrecordand changeto“Leave”aftergraduation.Nogradesorcreditsforthecoursesregisteredinthatsemesterwillbegiven.Asuspended studentmustpayafeetomaintainhis/herstudentstatusunlesshe/shehaspaidtheeducationalsupportfees.Astudent whoispermittedtotakealeaveorissuspendedbeforepayingtheeducationalsupportfeesmustpayafeeformaintaining his/her student status.5.Leave,suspension,orre-admissioncannotbeusedasareasontoextendthemaximumlimitof8yearstocompletethe degreerequirements.


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Reinstatement

1.Astudentwhohasbeendismissedforareasonotherthannotmeetingacademicperformance,suchasfailuretoregister withinthetimelimitofasemesterornopaymentofadebtowedtoSIIT,mayrequestforreinstatementbysubmittinga requesttotheAcademicServicesandRegistrationDivision.Ifapproved,thesemestersinwhichthestudentdidnotregister etreatedassemestersthatthestudenthastakenleave.Toprocesstherequest,allpreviousoutstandingdebts,status maintainingfees,andreinstatementfeesmustbepaid.ReinstatementhastobeapprovedbytheRectorofThammasat University.

2.Astudentwhohasbeenresignedfornolongerthan1semestercanrequestforreinstatementbysubmittingarequestto theAcademicServicesandRegistrationDivision.Ifapproved,thesemestersinwhichthestudentdidnotregisteraretreated assemestersthatthestudenthastakenleave.Toprocesstherequest,allpreviousoutstandingdebts,statusmaintaining fees,andreinstatementfeesmustbepaid.ReinstatementhastobeapprovedbytheRectorofThammasatUniversity.

Refund of Fees

1.Astudentwhotakesaleaveofabsenceorresignsbeforethesemesterstarts isentitled toafullrefundoftheeducation support and tuition fees. 2.Astudentwhotakesaleaveofabsenceorresignsbythefirst14daysofasemesterisentitledtoahalfrefundofthe educationsupportandtuitionfees.Astudenttakingaleaveafterthefirst14daysofthesemesterwillnotreceiveany refund, but does not need to pay a fee to maintain his/her student status.3.AstudentisentitledtoafullrefundifthecoursehasbeencancelledbytheInstitute.4.Astudentwhowithdrawsfromacoursewithinthefirst14daysofaregularsemesterorwithinthefirst7daysofasummer sessionisentitledtoahalfrefundofthetuitionfeeofthatcourse.5.Astudentwhowithdrawsfromacourseafterthefirst14daysofaregularsemesterorafterthefirst7daysofasummer sessionwillnotreceiveanyrefundforthetuitionfee.

Regulations on the Use of the Library

AllstudentsmustobservethefollowingLibrary’sregulations:1.Studentsareentitledtocheckoutnomorethan5booksfromthelibraryatanygiventime,andtheymustreturnthebooks within7days,startingfromthecheck-outdate.2.Anystudentwhoreturnsabook(s)aftertheduedatewillbefined:10Baht/daypercopyofabook,20Baht/hourpercopy of a reserved book.3.StudentsmustreimbursetheInstituteforlossordamageofabooktheyhavecheckedoutfromthelibrary.4.Eating,drinking,smoking,andmakingexcessivenoisearestrictlyprohibitedinthelibrary.5.Studentsarenotpermittedtoremaininthelibraryaftertheservicehours.Formoredetails,consultthelibrarianforthe semesterservicehours.6.Asadeterrentmeasure,violatorswillnotbeentitledtoreceiveanyservicesfromthelibrarythroughoutthecurrentsemester.7.Inthecasethatstudentsdonotreturnabookwithintheduedateanddonotpaythefineforoverduebooks,theywillnot beallowedtocheckoutanyadditionalbooksorregisterinthefollowingsemester.



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Academic Performance

1.Theacademicperformanceofstudentsisevaluatedusingthegradepointaverage(GPA)system.Thefollowinggradesareused:

Grade Point Significance A 4.0 Excellent B+ 3.5 B 3.0 Good C+ 2.5 C 2.0 Fair D+ 1.5 D 1.0 Minimum F 0.0 Fail

Insomecourses,suchaspracticaltraining,anS(satisfactory)orU(unsatisfactory)gradeisgiven.Thesegradeshaveno pointvalues.Therefore,theyarenotincludedinthecalculationofsemesterandcumulativegradepointaverages(CGPA).

An“I”grademaybetemporarilygivenforcourseswherecourseworkevaluationshavenotbeencompleted,anditisnot thestudent’sfault.Issuanceofthisgradeisveryrareandmustbebasedoncircumstancesthatarebeyondthecontrolof the involved student.

Thestudentwithan“I”grademustbeevaluatedbythecourseinstructorwithin80daysafterthesemesterends.Ifa completeevaluationisnotpossible,theinstructormustgradethestudent’sperformancebasedonhis/heravailablescores obtainedfrompreviousevaluationassignmentsofthecourse.Beyondthe80-dayperiod,ifnogradeisgivenbytheinstructor, thegrademustbeconsideredbytheinstitute.Inanycase,the“I”grademustberemovedwithin90daysafterthesemester ends,otherwisea“W”gradeisgiven.

Coursewithdrawalsafterthefirsttwoweeks,butstillwithinthefirsttwelveweeksaregivenaWgrade.Nowithdrawalsare permittedaftertwelveweeksofaregularsemester,exceptunderspecialcircumstances.

2. Aplacementtestofsomecoursescanbesubstitutedforaregularevaluation.Astudentwhoseplacementtestresultis “Accredit”willearnthecreditswithouthavingtostudysuchacourse,andhis/heracademicrecordwillbear“ACC,”which carriesnogradepointandwillnotbeusedinthecalculationofaGPA.3. Astudentmayretakeacourseinwhichhe/shereceivedagradeofDorD+.Allthegradesreceivedinthesamesubject willbeusedforthecalculationofthecumulativegradepointaverage,butthecreditswillbeearnedonlyonce.4. AnFgradewillbecountedaszeropointsandthecoursecreditswillbeusedforthecalculationofboththesemesterand thecumulativegradepointaverages.5. AcompulsorycoursewitheitheranForaUgrademustberetakenuntilapassinggradeisobtained.6. AstudentmaychoosetoretakeanelectivecoursewitheitheranForaUgradeortotakeanothercourseinstead.7. OnlycoursesthataregivenatleastaDgradeoranSgradeor“ACC”arecountedtowardsearnedcreditaccumulation.8. Inthecasethatastudentisrequiredtorepeatacourseortakeanothercourseasasubstitute,thecredit(s)ofsucha coursewillbeaccumulatedonlyonce.9. Astudentwhomissesanexaminationduetoanuncontrollablecausemustimmediatelysubmitevidencestatingthecause ofhis/herobstacletotheinstructorandhis/heradvisorfor initialconsideration.Ifthematter isdeemedadequateand approvedbytheinstructor,theinstructorandtheadvisorwillsubmitthemattertoobtainthedirector’sapprovalforarranging anappropriateprocessinaccordancewiththeSIITExaminationRegulationsforSIITstudents.10.Themaximumtimelimittocompleteabachelor’sdegreeis8years.


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Warning and Probation Status

1.TheInstituteevaluatesthestatusofeachstudentbasedonhis/heracademicperformanceattheendofeverysemester. EachstudentmustmaintainCGPAofatleast2.00.Otherwise,he/shewillbeissueda“warning1,”“warning2,”or“probation” statusinthefollowingsemester,whereverappropriate.Gradesofthesummersessionareconsideredasapartofthesecond semester’sgrades.However,forstudentswhoaredismissedatthecompletionofthesecondsemester,theirregistration of the following summer session will be void.2.Attheendofthefirsttwosemestersofhis/herundergraduatestudy,astudentmustpossessaCGPAofatleast1.50. Otherwise he/she will be dismissed from the Institute.3.A“warning1”statuswillbeissuedinthefollowingsemesteriftheCGPAfallsbelow2.00forthefirsttime.A“warning2” statusisissuedinthefollowingsemesterifastudentisunderthe“warning1”statusandstillcannotimprovetheCGPAto 2.00 or above.4.Ifastudenthasa“warning2”statusandstillpossessesaCGPAbelow2.00,he/sheisissueda“probation”statusinthe followingsemester,whichisrecordedinthestudent’sacademicrecord.5.Astudentunderthe“probation”statusmustimprovehis/herCGPAto2.00orabovebytheendofthatsemester.Otherwise, he/she will be dismissed from the Institute.6.Ifastudenthascompletedallthecoursesrequiredbythecurriculum,buthis/herCGPAisbelow2.00,butnotlessthan 1.80,thenhe/sheisallowedtocontinuetakingcoursesfornomorethan3semesters(subjecttoatotaltimelimitof8 yearsfortheentireenrollment)toimprovetheCGPAto2.00orabove.

Class Attendance

Studentsarerequiredtoattendaclassfornotlessthan70percentofthetotalclassperiodsthroughoutasemester.Iftheattendanceislessthan70percent,he/shemaynotbeallowedtotakethefinalexaminationofthatcourse.

Transfer Students

Astudentmaybeadmittedasatransferstudentifhe/shehaspreviouslyenrolledinaBachelor’sdegreeprogram.ThetotalnumberoftransfercreditscannotexceedhalfofthetotalnumberofcreditsrequiredbytheSIITprogram.

Arequestfortransferringcreditsmustbedonewithinthefirstregisteredsemester.Notransfercreditscanbegrantedifthestudent has been dismissed from an institution.

Application for Graduation

1.Toqualifyforgraduation,astudentmustfulfillthecourserequirementsofthecurriculumwithaminimumCGPAof2.00, anddemonstratehis/herEnglishproficiencywith:

• Apaper-basedTOEFLscoreofatleast500(or173forcomputer-basedtest,or61forInternet-basedtest,or 500forInstitutionalTOEFL),or • IELTS of at least 6.0, or • TUGETofatleast500,or • TOEIC of at least 650, or • FirstCertificateintheEnglish(FCE)inCambridgeESOLExam,or • LevelB2,Grade“B”intheCouncilofEurope’sCommonEuropeanFrameworkofReference(CEFR),or • Grade“S”inGTS401IntensiveEnglishProficiency.



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Inaddition,thestudentmusthavebeenenrolledfornofewerthan7regularsemesters,exceptfortransferstudents.

Exemption: AstudentwhoisanativeEnglishspeakerfromAustralia,Canada,NewZealand,UnitedKingdom,orUSAmay beexemptedfromtheaboveEnglishproficiencyrequirementsifhe/shepassesaninterviewbyanSIITinterviewing committeeconsistingof3Englishnativespeakinginstructors.

2.Agraduateisgrantedadegreewithhonorsifhe/shehasearnedatleast3/4ofthetotalrequiredcreditsfromSIIT/TUand meetsthefollowingconditions:

First Class Honors 1.Thestudyiscompletedwithinthetimespecifiedbythecurriculum. 2.Thefinalcumulativegradepointaverageisnotlowerthan3.50. 3.NoneofthecoursesisgivenaUgradeorgradelowerthanC. 4.Noneofthecourseshasbeenrepeated. 5.Thestudenthasneverbeenofficiallyrecordedofparolepunishment.

Second Class Honors 1.Thestudyiscompletedwithinthetimespecifiedbythecurriculum. 2.Thefinalcumulativegradepointaverageisnotlowerthan3.50. 3.Thecumulativegradepointaverageofthecoursesinthemajorisnotlowerthan2.00. 4.NoneofthecoursesisgivenanFgradeoraUgrade. 5.Noneofthecourseshasbeenrepeated. 6.Thestudenthasneverbeenofficiallyrecordedofparolepunishment. Inaddition,agraduatepossessingthefollowingeligibilityisalsoqualifiedforsecondclasshonors. 1.Thestudyiscompletedwithinthetimespecifiedbythecurriculum. 2.Thefinalcumulativegradepointaverageisnotlowerthan3.25. 3.NoneofthecoursesinthemajorisgivenagradelowerthanC. 4.NoneofthecoursesisgivenanFgradeoraUgrade. 5.Noneofthecourseshasbeenrepeated. 6.Thestudenthasneverbeenofficiallyrecordedofparolepunishment.

3.Applicationforgraduationmustbesubmittedtotheuniversitywithinthefirst14daysofthefinalsemester(7daysofthe summersession)inwhichanapplicantexpectstograduate.4.IfastudentfinanciallyowesSIITortheuniversity,allhis/herdebtmustbeclearedbeforeapplyingforgraduation.

Degree Approval

1.TheThammasatUniversityCouncilnormallyapprovesdegreesattheendofthefirstandsecondsemesters,andthesummersession.2.Theuniversityorganizesagraduationceremonyonceayear.

Academic Programs

SIIToffersinternationalprogramsleadingtoBachelorofEngineering(B.Eng.)andBachelorofScience(B.Sc.)inthefollowingfields: B.Eng. B.Sc. •ChemicalEngineering •InformationTechnology •CivilEngineering •ManagementTechnology • Computer Engineering • Engineering Management •ElectricalEngineering •IndustrialEngineeringandLogisticsSystems •MechanicalEngineering


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Thestructureandcomponentsofindividualcurriculaoftheundergraduateprogramsarelistedbelow.

1.GeneralBasicCourses 1.1 Part I 1.1.1 SocialSciences 1.1.2 Humanities 1.1.3 ScienceandMathematics 1.1.4 Languages 1.2 Part II

2. Major/Core Courses 2.1BasicCourses/CompulsoryCourses 2.2SpecializedCourses/CompulsoryElectiveCourses 2.3TechnicalElectiveCourses(Optional)

3.FreeElectiveCoursesApracticaltrainingcourseisnormallyofferedduringthesummersessionofthethirdacademicyearofthecurriculum.Studentsareplacedatbusinesscorporations,governmentagencies,orindustrialfacilitiestoreceiveon-the-jobtrainingandtolearntoadapt to the work environment.

Apracticaltrainingcourseisnormallyofferedduringthesummersessionofthethirdacademicyearofthecurriculum.Studentsareplacedatbusinesscorporations,governmentagencies,orindustrialfacilitiestoreceiveon-the-jobtrainingandtolearntoadapt to the work environment.

Insteadofthepracticaltrainingcourse,studentsmaybeapprovedtoenrollinanextendedtrainingprograminthesecondsemesterofthefourthyear,withcontinuationintothefollowingsummersession.Duringthetraining,studentsusuallyworkonaprojectwhichaddressesandsolvesatechnicalprobleminindustry.

SIIThasestablishedstudentexchangeprogramswithmanyforeignuniversitiesandorganizations.Qualifiedstudentsmaytakeadvantageoftheseprograms.Studentsmayrequestthatcreditsofcoursestakenduringtheexchangeperiodbetransferred.Insomecases,thereissomefinancialassistance.

Detailsofthecurriculumforeachacademicprogramaregiveninthefollowingpages.Foradditionalinformation,studentsmayconsulttheindividualprograms.



Chemical Engineering (ChE) Curriculum Outline

Chemical engineering (ChE) is a branch of engineering thatdealswiththechemicalandphysicalprocessesusedtodevelopandmake products such as pharmaceuticals, artificial organs, semiconductors, oil refineries, solar panels, clean water, and biocompatible polymers. Chemical engineers havemademajorcontributions tomodern society.With the additional knowledgeof biology, chemical engineers are devising newways for livingorganisms toperformmolecular transformation, anddiscoveringnewschemesfordeliveryofmedicinestospecificsitesinthebody.

TheChemicalEngineeringProgram intends topreparechemical engineers for life-long achievement through education in theprinciplesofchemicalengineering:toencouragedevelopmentofcommunication,teamwork,andleadershipskills.

The basic foundation in mathematics, chemistry, physics, andengineeringisestablishedinthefirsttwoyearsofthecurriculum.Acoreofrequiredchemicalengineeringcoursesisfollowedbyaselectionofelectives.Onegroupofelectiveswillpreparestudentstobebiochemicalengineers,andanothergrouptobechemicalprocessandmaterialengineers.

Inaddition,ChEstudentscanchooseoneamong threespecialstudy(SeniorProject,ForeignExchange,andExtendedTraining).

• Senior Projectisforstudentswhowouldliketoconducttheir projectsunderthesupervisionofChEfacultymembers.• Foreign Exchange is designed for students who would like to participateinastudentexchangeprogramwithforeignpartner universities.• Extended Training is designed for students who would like to participateinalongertrainingperiod(fortheentiresemester)under aco-operativetrainingprogramwithcompaniesororganizations.

Structure and Components1. General Basic Courses 30 Credits 1.1 Part I 21 Credits 1.1.1SocialSciences 6Credits 1.1.2 Humanities 3 Credits 1.1.3ScienceandMathematics 3Credits 1.1.4 Languages 9 Credits 1.2 Part II 9 Credits

2. Major Courses 112 Credits 2.1BasicCourses 37 Credits 2.1.1BasicMathematicsandScienceCourses 21 Credits 2.1.2BasicEngineeringCourses 16 Credits 2.2SpecializedCourses 75 Credits 2.2.1 Compulsory Engineering Courses 60 Credits 2.2.2ElectiveEngineeringCourses 15 Credits

3. Free Elective Courses 6 Credits Total 148 Credits

Details of the Curriculum1. General Basic Courses 30 Credits 1.1 Part I 21 Credits 1.1.1SocialSciences(2courses) 6 Credits TU100 TU101 1.1.2Humanities(1course) 3 Credits TU102 1.1.3ScienceandMathematics(1course) 3 Credits TU103 1.1.4Languages(3courses) 9 Credits TU104 TU105 TU106 1.2 Part II 9 Credits GTS133 GTS202 ITS100

2. Major Courses 112 Credits 2.1BasicCourses 37Credits 2.1.1BasicMathematicsandScience 21Credits Courses(9courses) MAS116 MAS117 MAS210 SCS126 SCS138 SCS139 SCS176 SCS183 SCS184 2.1.2BasicEngineeringCourses(7courses) 16 Credits EES203 EES204 GTS302 MES231 MES300 MES371 CHS302

2.2SpecializedCourses 75Credits 2.2.1 Compulsory Engineering Courses 60 Credits 2.2.1.1 PrinciplesofChemicalEngineering24 Credits (8courses) CHS211 CHS212 CHS213 CHS241 CHS242 CHS316 CHS343 CHS364

2.2.1.2AppliedChemicalEngineering 24Credits (10courses) CHS251 CHS261 CHS331 CHS352 CHS353 CHS355 CHS362 CHS363 CHS461 CHS456

2.2.1.3 Plant Design and Management 12 Credits (4courses) CHS315 CHS317 CHS457 IES341

2.2.2ElectiveEngineeringCourses 15Credits 2.2.2.1SpecialStudy 6Credits Studentscanchooseoneamong threespecialstudies: • Senior Project (3 courses) 6 Credits CHS301 CHS484 CHS485 • Foreign Exchange (3 courses) 6 Credits CHS301 CHS486 or CHS487 CHS488 • Extended Training (1 course) 6 Credits CHS489 2.2.2.2OptionalCourses(2courses) 6Credits Studentschoose twooutofsevenoptional courses CHS327 CHS328 CHS374 CHS375 CHS481 CHS482 CHS483 2.2.2.3 TechnicalElectiveCourse(1course) 3Credits Student must select to study 1 subject (3credits)from CHSxxx

3. Free Elective Courses 6 Credits Studentsmaychooseanyfreeelectivecourses(not less than 6creditsintotal)offeredbySIITorTU,includinggeneralbasic courses,except: 1.GeneralbasiccoursesinScienceandMathematics. 2.GeneralbasicTUcourses. 3.Courseswithcontentssimilartothoseofothercoursesin thecurriculumalreadytakenbythestudents.

Total Credit Requirement 148 Credits


23

ChE Curriculum : 148 Credits

First YearSemester I MAS116 MathematicsI 3(3-0-6)SCS126 ChemistryforEngineers 3(3-0-6)SCS138 AppliedPhysicsI 3(3-0-6)SCS176 ChemistryLaboratory 1(0-3-0)SCS183 PhysicsLaboratoryI 1(0-3-0)TU100 CivicEngagement 3(3-0-6)TU103 LifeandSustainability 3(3-0-6)TU104 CriticalThinking,Reading,andWriting 3(3-0-6) Sub-Total 20(18-6-36)

Semester IIGTS133 EnvironmentalStudies 3(3-0-6)ITS100 IntroductiontoComputersandProgramming 3(2-3-4)MAS117 MathematicsII 3(3-0-6)SCS139 AppliedPhysicsII 3(3-0-6)SCS184 PhysicsLaboratoryII 1(0-3-0)TU105 CommunicationSkillsinEnglish 3(3-0-6)TU106 CreativityandCommunication 3(3-0-6) Sub-Total 19(17-6-34)

Second YearSemester I CHS211 OrganicChemistry 3(3-0-6)CHS212 PhysicalChemistry 3(3-0-6)CHS241 MaterialandEnergyBalance 3(3-0-6)EES203 BasicElectricalEngineering 3(3-0-6)EES204 BasicElectricalEngineeringLaboratory 1(0-3-0)GTS202 EnglishLanguageStructures 3(3-0-6)MAS210 MathematicsIII 3(3-0-6)MES300 EngineeringDrawing 3(2-3-4) Sub-Total 22(20-6-40)

Semester IICHS213 AppliedMathematicsinChemicalEngineering 3(3-0-6)CHS242 ThermodynamicsI 3(3-0-6)CHS251 FluidDynamics 3(3-0-6)CHS261 ChemicalEngineeringLaboratoryI 1(0-3-0)CHS316 StatisticsforChemicalEngineering 3(3-0-6)GTS302 TechnicalWriting 2(2-1-3)MES231 EngineeringMechanics 3(3-0-6)MES371 MaterialScienceforEngineers 3(3-0-6) Sub-Total 21(20-4-39)

Third YearSemester I CHS315 EnvironmentalChemicalEngineering 3(3-0-6)CHS317 SafetyinChemicalOperations 3(3-0-6)CHS343 ThermodynamicsII 3(3-0-6)CHS352 HeatTransfer 3(3-0-6)CHS362 ChemicalEngineeringLaboratoryII 1(0-3-0)TU101 Thailand,ASEAN,andtheWorld 3(3-0-6)CHSxxx OptionalCourse 3(3-0-6) Sub-Total 19(18-3-36)

Semester IICHS331 ChemicalReactionKineticsandReactorDesign 3(3-0-6)CHS353 MassTransfer 3(3-0-6)CHS363 ChemicalEngineeringLaboratoryIII 1(0-3-0)CHS355 ChemicalEngineeringProcessDesign 3(3-0-6)CHS364 ExperimentalDesignandMethodsforChE 3(3-0-6)CHS302 Seminar 1(0-2-1)IES341 EngineeringEconomy 3(3-0-6)CHSxxx OptionalCourse 3(3-0-6) Sub-Total 20(18-5-37)

SummerStudentscanchooseoneamongthreespecialstudy

1) Senior Project and Foreign ExchangeCHS301 ChemicalEngineeringTraining 1(0-40-0) Sub-Total 1(0-40-0)

2) Extended TrainingXXXxxx FreeElective 3(x-x-x)XXXxxx FreeElective 3(x-x-x) Sub-Total 6(x-x-x)

Fourth YearSemester I CHS456 TransportPhenomena 3(3-0-6)CHS457 ChemicalEngineeringPlantDesign 3(3-0-6)CHS461 ProcessDynamicsandControl 3(3-0-6)CHSxxx CHSTechnicalElective 3(3-0-6)TU102 SocialLifeSkills 3(3-0-6) Sub-Total 15(15-0-30)1) Senior ProjectCHS484 ChemicalEngineeringProjectI 1(0-3-0) Sub-Total 16(15-3-30)

Semester II1) Senior ProjectCHS485 ChemicalEngineeringProjectII 4(0-12-0)XXXxxx FreeElective 3(x-x-x)XXXxxx FreeElective 3(x-x-x) Sub-Total 10(x-x-x)

2) Foreign ExchangeCHS486 SpecialStudiesinChEI 3(3-0-6) orCHS487 SpecialStudiesinChEII 3(3-0-6)CHS488 SpecialStudiesinChEIII 2(2-0-4)XXXxxx FreeElective 3(x-x-x)XXXxxx FreeElective 3(x-x-x) Sub-Total 11(x-x-x)

3) Extended TrainingCHS489 ExtendedChemicalEngineeringTraining 6(0-40-0) Sub-Total 6(0-40-0)



Civil Engineering (CE) Curriculum Outline

TheCivil Engineering Program aims to produce graduateswithsufficientfundamentalknowledgeinbroadfields,andatthesametimewith strong knowledge in a specific area. Thiswill enablegraduatestoservetheindustrialsectorsinThailandwheretheneedforspecialistsisincreasingdaybyday.

The curriculum gives emphasis to various major fields of civilengineering,which include1)structuralengineering,2)concreteengineering,3)soilandfoundationengineering,4)waterresourcesengineering,and5)transportationengineering.

The total credits for major engineering subjects are uniformlydistributedtoallfivemajorfields,exceptforthefieldofstructuralengineering,whichhasaslightlylargernumberofcredits.

Furtherspecializationcanbeachievedthroughtheelectivecoursesandtheproject.Apracticaltrainingcourseisalsoprovidedtoletstudentshaveachancetopracticecivilengineeringduringtheirstudies.Inthepracticaltrainingcourse,studentswillbeplacedinorganizationsthatarerelatedtotheirspecialtyinordertoprovidethemwithsomepracticalexperiencesintheirspecializedfield.Inthiscurriculum,itispossibleforstudentstostudytheirelectivecoursesat other universities, including foreign universities, as exchangestudentsduringthefinalsemester.Withspecialarrangements,itwillalsobepossibleforstudentstohavethoroughpracticaltrainingduringthefinalsemester.


2. Major Courses 114 Credits 2.1BasicCourses 50Credits 2.1.1BasicMathematicsandSciencesCourses21Credits 2.1.2BasicEngineeringCourses 29Credits 2.2SpecializedCourses 64 Credits 2.2.1 Compulsory Engineering Courses 49 Credits 2.2.2ElectiveEngineeringCourses 15 Credits

3. Free Elective Courses 6 Credits

Total 150 Credits

Details of the Curriculum1. General Basic Courses 30 Credits 1.1 Part I 21 Credits 1.1.1SocialSciences(2courses) 6Credits TU100 TU101 1.1.2Humanities(1course) 3Credits TU102 1.1.3ScienceandMathematics(1course) 3Credits TU103 1.1.4Languages(3courses) 9Credits TU104 TU105 TU106 1.2 Part II 9 Credits GTS133 GTS202 ITS100

2. Major Courses 114 Credits 2.1BasicCourses 50Credits 2.1.1BasicMathematicsandSciencesCourses21 Credits MAS116 MAS117 MAS210 SCS126 SCS138 SCS139 SCS176 SCS183 SCS184 2.1.2BasicEngineeringCourses 29Credits CES201 CES202 CES215 CES361 CES362 CES371 CES381 CES382 CES403 GTS302 MES300 MES350 2.2SpecializedCourses 64 Credits 2.2.1 Compulsory Engineering Courses 49 Credits 2.2.1.1 StructuralEngineering&Materials CES311 CES312 CES315 CES321 CES322 CES351 CES352 CES354 CES414 2.2.1.2 Soil&HydraulicsEngineering CES302 CES331 CES332 CES333 CES444 2.2.1.3 Surveying&EngineeringManagement CES341 CES343 CES353 2.2.2ElectiveEngineeringCourses 15 Credits 2.2.2.1 SpecialStudy(select1group) 2.2.2.2.1 Senior Project Track 6 Credits CES303 CES407 or 2.2.2.2.2 Foreign Exchange Track 6 Credits CES303 CES405 CES409 or 2.2.2.2.3 Extended Training Track 6 Credits CES408 and 2.2.2.2 TechnicalElectiveCourses 9 Credits Select 9 credits from the list of courses offered by the Civil Engineering Program, exceptbasiccourses. CESxxx

3. Free Elective Courses 6 Credits Studentsmaychooseanyfreeelectivecourses(notlessthan6 credits intotal)offeredbySIITorTU, includinggeneralbasic courses,except: 1.GeneralbasiccoursesinScienceandMathematics. 2.GeneralbasicTUcourses. 3.Courseswithcontentssimilartothoseofothercoursesin thecurriculumalreadytakenbythestudents.



25

CE Curriculum : 150 Credits

First YearSemester I TU104 CriticalThinking,Reading,andWriting 3(3-0-6)MAS116 MathematicsI 3(3-0-6)SCS126 ChemistryforEngineers 3(3-0-6)SCS138 AppliedPhysicsI 3(3-0-6)SCS176 ChemistryLaboratory 1(0-3-0)SCS183 PhysicsLaboratoryI 1(0-3-0)TU100 CivicEngagement 3(3-0-6)TU103 LifeandSustainability 3(3-0-6) Sub-Total 20(18-6-36)

Semester IITU105 CommunicationSkillsinEnglish 3(3-0-6)GTS133 EnvironmentalStudies 3(3-0-6)ITS100 IntroductiontoComputersandProgramming3(2-3-4)MAS117 MathematicsII 3(3-0-6)SCS139 AppliedPhysicsII 3(3-0-6)SCS184 PhysicsLaboratoryII 1(0-3-0)TU106 CreativityandCommunication 3(3-0-6) Sub-Total 19(17-6-34)

Second YearSemester I CES201 EngineeringMaterials 3(3-0-6)CES215 AppliedMathematicsinCivilEngineering 3(3-0-6)CES361 Surveying 3(2-3-4)GTS202 EnglishLanguageStructures 3(3-0-6)MAS210 MathematicsIII 3(3-0-6)MES300 EngineeringDrawing 3(2-3-4)MES350 EngineeringStatics 3(3-0-6) Sub-Total 21(19-6-38)

Semester IICES202 IntroductiontoBuildingFacilities 3(3-0-6)CES371 MechanicsofSolidsI 3(3-0-6)GTS302 TechnicalWriting 2(2-1-3)CES381 Hydraulics 3(3-0-6)CES382 HydraulicsLaboratory 1(0-3-0)TU102 SocialLifeSkills 3(3-0-6)CES302 EngineeringHydrology 3(3-0-6) Sub-Total 18(17-4-33)

SummerCES362 FieldSurveyingCamp 1(0-80-0) Sub-Total 1(0-80-0)

Third YearSemester I CES311 TheoryofStructures 3(3-0-6)CES331 SoilMechanics 3(3-0-6)CES333 SoilMechanicsLaboratory 1(0-3-0)CES351 ConcreteTechnology 3(2-3-4)CES315 ComputationalMethodsinCivilEngineering 3(3-0-6)CES341 TransportationEngineeringandPlanning 3(3-0-6)CES444 HydraulicEngineering 3(3-0-6) Sub-Total 19(17-6-34)

Semester IICES312 StructuralAnalysis 3(3-0-6)CES321 TimberandSteelDesign 4(3-3-6)CES322 ReinforcedConcreteDesign 4(3-3-6)CES332 FoundationEngineering 3(3-0-6)CES343 HighwayEngineering 3(3-0-6)CES352 MaterialTesting 1(0-3-0)CES354 MaintenanceofStructures 3(3-0-6) Sub-Total 21(18-9-36)

SummerSelect either Senior Project Track, Foreign Exchange Track, orExtendedTrainingTrack.

1. Senior Project Track and Foreign Exchange TrackCES303 CivilEngineeringTraining 1(0-40-0) Sub-Total 1(0-40-0)

2. Extended Training TrackXXXxxx FreeElective 3(x-x-x)XXXxxx FreeElective 3(x-x-x) Sub-Total 6(x-x-x)

Fourth YearSemester I CES353 ConstructionEngineeringandManagement 3(3-0-6)CES403 Seminar 1(0-3-0)CES414 FiniteElementMethodsinEngineering 3(3-0-6)CESxxx TechnicalElective 3(x-x-x)CESxxx TechnicalElective 3(x-x-x)CESxxx TechnicalElective 3(x-x-x)TU101 Thailand,ASEAN,andtheWorld 3(3-0-6) Sub-Total 19(x-x-x) Semester II1) Senior Project TrackCES407 CivilEngineeringProject 5(0-15-0)XXXxxx FreeElective 3(x-x-x)XXXxxx FreeElective 3(x-x-x) Sub-Total 11(x-x-x)

2) Foreign Exchange TrackCES405 SpecialStudiesinCivilEngineeringI 3(3-0-6)CES409 SpecialStudiesinCivilEngineeringIII 2(2-0-4)XXXxxx FreeElective 3(x-x-x)XXXxxx FreeElective 3(x-x-x) Sub-Total 11(x-x-x)

3) Extended Training TrackCES408 ExtendedCivilEngineeringTraining 6(0-40-0) Sub-Total 6(0-40-0)



Computer Engineering (CPE) Curriculum Outline

The computer engineering curriculum is designed to prepare students for new trends in hardware and software development, aswellasfrontiersincomputingtechnology.Studentsareexposedto a wide range of subjects covering all aspects of computer engineeringandtheirapplications.

Thecompulsorycorecourseshelpstudentsto: (1)Gain fundamental concepts related to computers and informationtechnologythatleadtohighperformancedigital processing, (2)Know theessenceofhardwareandsoftwaresystems that leadstotheeffectiveandefficientdevelopmentof computersystems,and (3)Understand applications of fundamental knowledge in frontiermulti-disciplinaryfields.

After gaining enough background through the compulsory corecourses,thestudentsareallowedtotailortheircoursesaccordingtotheirpersonalinterest.Twelvecreditsofelectivecourses,whicharerequiredforgraduation,canbeselectedfromoneofthese:

(1)ArtificialIntelligence, (2)CloudComputingandCyberSecurity,or (3)GeneralComputerEngineering


2. Major Courses 114 Credits 2.1 Core Courses 40 Credits 2.2SpecializedCourses 53Credits 2.3ElectiveCourses 15Credits 2.4Field-ExperienceCourses 6 Credits3. Free Elective Courses 6 Credits

Total 150 Credits


2. Major Courses 114 Credits 2.1 Core Courses 40 Credits 2.1.1 Core Engineering Courses CSS322 CSS331 CSS400 EES203 EES204 GTS116 GTS117 GTS121 GTS122 GTS210 GTS231 GTS302 IES302 MTS252 MTS258 2.2SpecializedCourses 53 Credits 2.2.1TechnologiesforApplications 7 Credits CSS325 CSS326 ITS229 2.2.2TechnologiesandSoftwareProcesses 17 Credits CSS323 ITS102 ITS103 ITS221 ITS227 ITS231 ITS329 2.2.3SystemInfrastructure 19 Credits CSS221 CSS225 CSS321 CSS324 CSS334 ITS201 ITS352 2.2.4HardwareandComputerArchitecture 10 Credits CSS224 CSS332 EES370 EES371 2.3ElectiveCourses 15 Credits 2.3.1Selectoneofthefollowingoptions 2.3.1.1 OptionI:ArtificialIntelligence 12 Credits CSS431 CSS432 CSS433 CSS434 2.3.1.2 Option II: Cloud Computing and 12 Credits Cyber Security CSS451 CSS452 CSS453 CSS454 2.3.1.3 Option III: General Computer Engineering Select4coursesfromthefollowingcourses: CSS431 CSS432 CSS433 CSS434 CSS451 CSS452 CSS453 CSS454 CSS481 CSS482 CSS483 CSS484 CSS485 CSS486

2.3.2TechnicalElectiveCourse 3 Credits Select3creditsfromthelistofcoursesofferedbySIIT, exceptforbasiccourses. XXSxxx 2.4Field-ExperienceCourses 6 Credits Selectoneofthefollowingtracks 2.4.1 Senior Project Track CSS300 CSS403 2.4.2 Foreign Exchange Track CSS300 CSS495 CSS497 2.4.3 Extended Training Track CSS499

3. Free Elective Courses 6 Credits Studentsmaychooseanyfreeelectivecourses(not less than 6creditsintotal)offeredbySIITorTU,includinggeneralbasic courses,except: 1.GeneralbasiccoursesinScienceandMathematics. 2.GeneralbasicTUcourses. 3.Courseswithcontentssimilartothoseofothercourses inthecurriculumalreadytakenbythestudents.



27

CPE Curriculum : 150 Credits

First YearSemester I TU102 SocialLifeSkills 3(3-0-6)TU104 CriticalThinking,Reading,andWriting 3(3-0-6)GTS116 MathematicsforTechnologistsI 3(3-0-6)GTS133 EnvironmentalStudies 3(3-0-6)GTS121 GeneralScienceI 3(3-0-6)ITS100 IntroductiontoComputersandProgramming3(2-3-4)MTS252 MaterialsScience 3(3-0-6) Sub-Total 21(20-3-40)

Semester IITU100 CivicEngagement 3(3-0-6)TU103 LifeandSustainability 3(3-0-6)TU105 CommunicationSkillsinEnglish 3(3-0-6)TU106 CreativityandCommunication 3(3-0-6)GTS117 MathematicsforTechnologistsII 3(3-0-6)GTS122 GeneralScienceII 3(3-0-6)ITS102 Object-OrientedProgramming 3(3-0-6)ITS103 Object-OrientedProgrammingLaboratory 1(0-3-0) Sub-Total 22(21-3-42)

Second YearSemester I CSS224 ComputerArchitectures 3(3-0-6)EES371 DigitalCircuits 3(3-0-6)GTS210 MathematicsforTechnologistsIII 3(3-0-6)GTS231 LawandTechnology 3(3-0-6)ITS201 DiscreteMathematics 3(3-0-6)ITS221 DataStructuresandAlgorithms 3(3-0-6)ITS231 DataStructuresandAlgorithmsLaboratory 1(0-3-0) Sub-Total 19(18-3-36)

Semester IICSS221 ComputerGraphicsandApplications 3(2-3-4)CSS225 OperatingSystem 3(3-0-6)EES203 BasicElectricalEngineering 3(3-0-6)EES370 DigitalCircuitLaboratory 1(0-3-0)IES302 EngineeringStatistics 3(3-0-6)ITS227 AlgorithmDesign 3(3-0-6)ITS229 HumanComputerInterfaceDesign 3(3-0-6) Sub-Total 19(17-6-34)

Third YearSemester I CSS321 TheoryofComputation 3(3-0-6)CSS322 ScientificComputing 3(3-0-6)CSS331 FundamentalsofDataCommunications 3(3-0-6)CSS324 ArtificialIntelligence 3(3-0-6)CSS325 DatabaseSystems 3(3-0-6)CSS326 DatabaseProgrammingLaboratory 1(0-3-0)EES204 BasicElectricalEngineeringLaboratory 1(0-3-0)GTS202 EnglishLanguageStructures 3(3-0-6) Sub-Total 20(18-6-36)

Semester IICSS332 MicrocontrollersandApplications 3(2-3-4)CSS323 SoftwareEngineering 3(3-0-6)CSS334 ComputerNetworksandInternetworking 3(3-0-6)GTS302 TechnicalWriting 2(2-1-3)ITS329 SystemAnalysisandDesign 3(3-0-6)ITS352 NetworkingLaboratory 1(0-3-0)

OptionI:ArtificialIntelligenceCSS431 MachineLearningandPatternRecognition 3(3-0-6)CSS432 NaturalLanguageProcessingandInformation 3(3-0-6) Retrieval Sub-Total 21(19-7-37)

Option II: Cloud Computing and Cyber SecurityCSS451 CloudComputing 3(3-0-6)CSS452 InternetofThings 3(3-0-6) Sub-Total 21(19-7-37)

Option III: General Computer EngineeringCSSxxx CompulsoryElective 3(x-x-x)CSSxxx CompulsoryElective 3(x-x-x) Sub-Total 21(x-x-x)

Summer1) Senior Project Track and Foreign Exchange TrackCSS300 ComputerEngineeringTraining 1(0-40-0) Sub-Total 1(0-40-0)

2) Extended Training TrackXXXxxx FreeElective 3(x-x-x)XXXxxx FreeElective 3(x-x-x) Sub-Total 6(x-x-x)

Fourth YearSemester I MTS258 EconomicsforTechnologists 3(3-0-6)CSS400 ProjectDevelopment 1(0-3-0)TU101 Thailand,ASEAN,andtheWorld 3(3-0-6)XXSxxx TechnicalElective 3(x-x-x)

OptionI:ArtificialIntelligenceCSS433 ComputerVision 3(3-0-6)CSS434 KnowledgeRepresentationandReasoning 3(3-0-6) Sub-Total 16(x-x-x)

Option II: Cloud Computing and Cyber SecurityCSS453 CyberCrimesandDigitalForensics 3(3-0-6)CSS454 NetworkSecurity 3(3-0-6) Sub-Total 16(x-x-x)

Option III: General Computer EngineeringCSSxxx CompulsoryElective 3(x-x-x)CSSxxx CompulsoryElective 3(x-x-x) Sub-Total 16(x-x-x)

Semester II1) Senior Project TrackCSS403 ComputerEngineeringProject 5(0-15-0)XXXxxx FreeElective 3(x-x-x)XXXxxx FreeElective 3(x-x-x) Sub-Total 11(x-x-x)

2) Foreign Exchange TrackCSS495 SpecialStudiesinComputerEngineeringI 3(3-0-6)CSS497 SpecialStudiesinComputerEngineeringIII 2(2-0-4)XXXxxx FreeElective 3(x-x-x)XXXxxx FreeElective 3(x-x-x) Sub-Total 11(x-x-x)

3) Extended Training TrackCSS499 ExtendedComputerEngineeringTraining 6(0-40-0) Sub-Total 6(0-40-0)



Electrical Engineering (EE) Curriculum Outline

Theareasofstudyinelectricalengineeringarequitediverse.Thecurriculumisthereforedevelopedtoprovidefundamentalknowledgein several major study areas so that students will be well-prepared for work in the highly competitive and fast-moving electrical engineering professions.

Thecompulsorycoursesaredesignedtoprovidestudentsabroadunderstandingoftheprinciples,illustratedbycurrentapplications,in electrical engineering. The compulsory courses include fourlaboratorycourses,providinghands-onlearningofelectriccircuits,digitalcircuits,electronics,andfeedbackcontrol.Theyalsoincludetwoprojectdesigncoursesemphasizing theapplicationsof theprinciplesundertheframeworkoftheCDIO(conceiving,designing,implementing,andoperating)process.

Bytheendofthefirstsemesteroftheirthirdyear,studentscompletethestudyofmostcompulsorycourses.Thestudentsthenchooseto study inoneof the twooptions: communicationengineeringorpowerengineering.Eachoptionincludeonelaboratorycourseand six lecture courses covering several important areas in thecorresponding options. Furthermore, through technical electivecourses,studentscanfurtherextendtheirknowledgewithcoursesfromanotheroptionand/orexploretopicsinotherareassuchaselectronicsormechatronics.

Inthelastsemester,studentscanchoosefromthreemaintracks:academicexchangeprogramsabroad,extendedtrainingprogramswithleadinglocalcompanies,orseniorprojectswithSIITadvisors.Thelasttwotracksprovideaproject-basedlearningopportunity,inwhichstudentsmustintegrateandapplytheknowledgetheyhaveacquiredthroughouttheirstudyintheprogram.


2. Major Courses 114 Credits 2.1 Basic Courses 38 Credits 2.1.1BasicMathematicsandScienceCourses 21Credits 2.1.2BasicEngineeringCourses 17Credits 2.2 Specialized Courses 76 Credits 2.2.1 Compulsory Engineering Courses 64 Credits 2.2.2ElectiveEngineeringCourses 12 Credits


Total 150 Credits

Details of the Curriculum1. General Basic Courses 30 Credits 1.1 Part I 21 Credits 1.1.1SocialSciences(2courses) 6 Credits TU100 TU101 1.1.2Humanities(1course) 3 Credits TU102 1.1.3ScienceandMathematics(1course) 3 Credits TU103 1.1.4Languages(3courses) 9 Credits TU104 TU105 TU106 1.2 Part II 9 Credits GTS133 GTS202 ITS1002. Major Courses 114 Credits 2.1 Basic Courses 38 Credits 2.1.1BasicMathematicsandScienceCourses21 Credits MAS116 MAS117 MAS210 SCS126 SCS138 SCS139 SCS176 SCS183 SCS184 2.1.2BasicEngineeringCourses 17 Credits GTS302 IES303 MES211 MES300 MES351 MES371 2.2 Specialized Courses 76 Credits 2.2.1 Compulsory Engineering Courses 64 Credits Selectoneofthefollowingtwooptions: Option I : Communication Engineering 2.2.1.1BasicElectricalEngineering EES210 EES211 EES212 EES216 EES221 EES281 EES298 EES315 EES330 EES331 EES332 EES341 EES370 EES371 EES380 EES381 EES382 EES398 2.2.1.2CommunicationsTheory EES351 2.2.1.3SignalProcessing EES472 2.2.1.4CommunicationDevicesandTransmissionLines EES450 EES454 2.2.1.5CommunicationsystemsandNetworks EES451 EES452 EES455 EES457 Option II : Power Engineering 2.2.1.1BasicElectricalEngineering EES210 EES212 EES216 EES221 EES281 EES298 EES315 EES330 EES331 EES332 EES351 EES370 EES371 EES382 EES398 2.2.1.2 Measurement, Instrument and Control System EES 211 EES 380 EES 381 2.2.1.3 Energy Conversion and Transportation EES340 EES341 EES445 EES446 2.2.1.4ElectricalSystem,HighVoltageEngineering, and Installation Standard EES342 EES441 EES442 EES448 2.2.2 Elective Engineering Courses 12 Credits 2.2.2.1SpecialStudy 6 Credits Selectoneofthefollowingtracks • Senior Project Track EES300 EES498 • Foreign Exchange Track EES300 EES496 EES497 • Extended Training Track EES499 2.2.2.2TechnicalElectivecourses 6 Credits Select 6 credits from the list of courses offered by Electrical Engineering Program, exceptbasiccourses. EESxxx EESxxx3. Free Elective Courses 6 Credits Studentsmaychooseanyfreeelectivecourses(notlessthan 6creditsintotal)offeredbySIITorTU,includinggeneralbasic courses,except: 1.GeneralbasiccoursesinScienceandMathematics. 2.GeneralbasicTUcourses. 3.Courseswithcontentssimilar to thoseofothercourses inthecurriculumalreadytakenbythestudents. Total Credit Requirement 150 Credits


29

EE Curriculum : 150 Credits

First YearSemester I MAS116 MathematicsI 3(3-0-6)SCS126 ChemistryforEngineers 3(3-0-6)SCS138 AppliedPhysicsI 3(3-0-6)SCS176 ChemistryLaboratory 1(0-3-0)SCS183 PhysicsLaboratoryI 1(0-3-0)TU100 CivicEngagement 3(3-0-6)TU104 CriticalThinking,Reading,andWriting 3(3-0-6)TU103 LifeandSustainability 3(3-0-6) Sub-Total 20(18-6-36)

Semester IIGTS133 EnvironmentalStudies 3(3-0-6)ITS100 IntroductiontoComputersandProgramming3(2-3-4)MAS117 MathematicsII 3(3-0-6)SCS139 AppliedPhysicsII 3(3-0-6)SCS184 PhysicsLaboratoryII 1(0-3-0)TU105 CommunicationSkillsinEnglish 3(3-0-6)TU106 CreativityandCommunication 3(3-0-6) Sub-Total 19(17-6-34)

Second YearSemester I EES216 CircuitAnalysis 3(3-0-6)EES221 ComputationalToolsinEE 3(2-2-5)EES298 EEProjectDesignI 1(0-3-0)GTS202 EnglishLanguageStructures 3(3-0-6)MAS210 MathematicsIII 3(3-0-6)MES300 EngineeringDrawing 3(2-3-4)TU102 SocialLifeSkills 3(3-0-6) Sub-Total 19(16-8-33)Semester IIEES210 BasicElectricalEngineeringLaboratory 1(0-3-0)EES211 ElectricalMeasurementandInstrumentation 3(3-0-6)EES212 Electromagnetics 3(3-0-6)EES281 SignalsandSystems 3(3-0-6)EES331 ElectronicCircuitsI 3(3-0-6)EES371 DigitalCircuits 3(3-0-6)GTS302 TechnicalWriting 2(2-1-3)MES211 Thermofluids 3(3-0-6) Sub-Total 21(20-4-39)

Third YearSemester I EES315 ProbabilityandRandomProcesses 3(3-0-6)EES332 ElectronicCircuitsII 3(3-0-6)EES341 ElectricalMachines 3(3-0-6)EES351 PrinciplesofCommunications 3(3-0-6)EES370 DigitalCircuitLaboratory 1(0-3-0)EES381 FeedbackControlSystems 3(3-0-6)EES382 MicroprocessorsandEmbeddedSystem 3(3-0-6)EES398 EEProjectDesignII 1(0-3-0) Sub-Total 20(18-6-36)

Semester IIEES330 ElectronicCircuitsLaboratory 1(0-3-0)EES380 FeedbackControlLaboratory 1(0-3-0)EESxxx TechnicalElective 3(x-x-x)MES351 EngineeringDynamics 3(3-0-6)

Option I : Communication EngineeringEES451 DataCommunicationsandNetworks 3(3-0-6)EES452 DigitalCommunicationSystems 3(3-0-6)EES455 MobileCommunications 3(3-0-6)EES472 DigitalSignalProcessing 3(3-0-6)

Option II : Power EngineeringEES342ElectricalPowerSystem 3(3-0-6)EES441ElectricalSystemDesign 3(3-0-6)EES446EnergyConservationandManagement 3(3-0-6)EES448ElectricalSafety 3(3-0-6) Sub-Total 20(x-x-x)SummerSelect either Senior Project Track, Foreign Exchange Track, orExtendedTrainingTrack.

1. Senior Project Track and Foreign Exchange TrackEES300 ElectricalEngineeringTraining 1(0-40-0) Sub-Total 1(0-40-0)


Fourth YearSemester I EESxxx TechnicalElective 3(x-x-x)IES303 EngineeringManagementandCostAnalysis 3(3-0-6)MES371 MaterialScienceforEngineers 3(3-0-6)TU101 Thailand,ASEAN,andtheWorld 3(3-0-6)

Option I : Communication EngineeringEES450 SignalProcessingandCommunication 1(0-3-0) LaboratoryEES454 CommunicationNetworksandTransmission 3(3-0-6) LinesEES457 BroadbandCommunication 3(3-0-6)

Option II : Power EngineeringEES340 ElectricalMachinesLaboratory 1(0-3-0)EES442 PowerElectronics 3(3-0-6)EES445 RenewableEnergy 3(3-0-6) Sub-Total 19(x-x-x)

Semester II1) Senior Project TrackEES498 ElectricalEngineeringProject 5(0-15-0)XXXxxx FreeElective 3(x-x-x)XXXxxx FreeElective 3(x-x-x) Sub-Total 11(x-x-x)

2) Foreign Exchange TrackEES496 SpecialStudiesinEEI 3(3-0-6)EES497 SpecialStudiesinEEIII 2(2-0-4)XXXxxx FreeElective 3(x-x-x)XXXxxx FreeElective 3(x-x-x) Sub-Total 11(x-x-x)

3) Extended Training TrackEES499 ExtendedElectricalEngineeringTraining 6(0-40-0) Sub-Total 6(0-40-0)



Engineering Management (EM) Curriculum Outline

TheEngineeringManagementProgram isdesigned forqualified individualswhoplantoassumeamanagementroleinatechnology- based,project-orientedenvironmentwithinamanufacturing,service,orgovernmentorganization.Itoffersaninterdisciplinarycourseofstudythatcombinestheuniquecapabilitiesofindustrialengineering,management,andinformationtechnology.Asaresult,theprogramfocuses on technological leadership through the integration ofpeopleandtechnology.

Studentsarepreparedforleadershiprolesintechnologicallyorientedbusinessesthroughcoursesthatpresentboththetheoretical,andthepracticalaspectsofmanagingcomplexengineeringprojects.Thecurriculumenablesstudentstounderstandandmanagethecomplex interactions among people, technology, finance, andthe socio-political environment in which organizations operate. Upon completion of the program, graduates are equippedwith broad-basedknowledge,andquantitativeandqualitativeanalyticalskilltosucceedasmanagers,fromprojectconceptualizationthroughimplementation.

In order to gain practical experiences, fourth-year students areallowedtochooseamongthreetracksofspecialstudies.Formoredetailsontheacademicoptionsandspecialstudies,pleasecontactthe EM Program Coordinator..


2. Core Courses 114 Credits 2.1 Compulsory Courses 108 Credits 2.2SpecialStudy 6Credits


Total 150 Credits


2. Core Courses 114 Credits 2.1 Compulsory Courses 108 Credits 2.1.1ScienceandMathematics(6courses) 18Credits GTS111 GTS112 GTS121 GTS122 GTS212 GTS213 2.1.2 Fundamental of Engineering 20 Credits andTechnology(7courses) GTS303 MTS214 MTS252 MTS254 MTS256 MTS257 MTS258 2.1.3InformationTechnology(4courses) 12Credits MTS280 MTS381 MTS382 MTS487 2.1.4GeneralManagement(6courses) 18Credits MTS213 MTS312 MTS313 MTS314 MTS315 MTS412 2.1.5EngineeringManagement(14courses) 40Credits MTS231 MTS232 MTS233 MTS235 MTS331 MTS332 MTS333 MTS351 MTS352 MTS394 MTS403 MTS431 MTS451 MTS481 2.2SpecialStudy 6Credits 1) Senior Project Track (2 courses) MTS309 MTS404 2) Foreign Exchange Track (3 courses) MTS309 MTS493 MTS496 3) Extended Training Track (1 course) MTS304

3. Free Elective Courses 6 Credits Studentsmaychooseanyfreeelectivecourses(notlessthan 6creditsintotal)offeredbySIITorTU,includinggeneralbasic courses,except: 1.GeneralbasiccoursesinScienceandMathematics. 2.GeneralbasicTUcourses. 3.Courseswithcontentssimilartothoseofothercourses inthecurriculumalreadytakenbythestudents. Total Credit Requirement 150 Credits


31

EM Curriculum : 150 Credits

First YearSemester I GTS121 GeneralScienceI 3(3-0-6)GTS122 GeneralScienceII 3(3-0-6)GTS133 EnvironmentalStudies 3(3-0-6)ITS100 IntroductiontoComputersandProgramming3(2-3-4)TU102 SocialLifeSkills 3(3-0-6)TU104 CriticalThinking,Reading,andWriting 3(3-0-6)TU106 CreativityandCommunication 3(3-0-6) Sub-Total 21(20-3-40)

Semester IIGTS111 ProbabilityforTechnologists 3(3-0-6)GTS112 PrinciplesofLinearAlgebra 3(3-0-6)MTS280 IntroductionofAlgorithmsandObjectOriented 3(2-2-5) ProgrammingTU100 CivicEngagement 3(3-0-6)TU101 ThailandASEANandtheWorld 3(3-0-6)TU103 LifeandSustainability 3(3-0-6)TU105 CommunicationSkillsinEnglish 3(3-0-6) Sub-Total 21(20-2-41)

Second YearSemester I GTS202 EnglishLanguageStructures 3(3-0-6)GTS212 CalculusforTechnologistsI 3(3-0-6)MTS213 PrinciplesofBusinessandManagement 3(3-0-6)MTS231 StatisticalMethodsforManagers 3(3-0-6)MTS252 MaterialsScience 3(3-0-6)MTS258 EconomicsforTechnologists 3(3-0-6)MTS315 FundamentalsofFinancialandManagerial 3(3-0-6) Accounting Sub-Total 21(21-0-42)

Semester IIGTS213 CalculusforTechnologistsII 3(3-0-6)GTS303 CommunicationsinBusiness 2(2-1-3)MTS214 BusinessLaw 3(3-0-6)MTS254 IntroductiontoManagementScience 3(3-0-6)MTS256 FundamentalofThermofluids 3(3-0-6)MTS312 PrinciplesofMarketing 3(3-0-6)MTS382 DatabaseSystemsandApplications 3(3-0-6) Sub-Total 20(20-1-39)

Third YearSemester I MTS235 StatisticsforDataScienceandEmpiricalStudy3(2-2-5)MTS313 OrganizationalBehavior 3(3-0-6)MTS351 ManagementSystemsOptimization 3(3-0-6)MTS352 ErgonomicsandWorkDesign 3(3-0-6)MTS381 BusinessInformationSystems 3(3-0-6)MTS412 BusinessFinance 3(3-0-6) Sub-Total 18(17-2-35)

Semester IIMTS232 ProductionandOperationsManagement 3(3-0-6)MTS257 FundamentalsofElectricalandElectronics 3(3-0-6) EngineeringMTS314 InternationalTradeandBusiness 3(3-0-6)MTS331 EconomicDecisionAnalysis 3(3-0-6)MTS394 IntroductiontoResearchMethodology 3(3-0-6) inManagementTechnologyMTS481 BusinessProcessSimulation 3(3-0-6)MTS487 BusinessIntelligenceandAnalytics 3(3-0-6) Sub-Total 21(21-0-42)

SummerSelectSeniorProjectTrack,ForeignExchangeTrack,orExtendedTrainingTrack.

1. Senior Project Track and Foreign Exchange TrackMTS309 EngineeringManagementTraining 1(0-40-0) Sub-Total 1(0-40-0)

2. Extended Training TrackXXXxxx FreeElective 3(x-x-x) Sub-Total 3(x-x-x)

Fourth YearSemester I MTS233 IntroductiontoSupplyChainManagement 3(3-0-6)MTS332 QualityManagement 3(3-0-6)MTS333 ProductionandInventoryManagement 3(3-0-6)MTS403 ManagementTechnologySeminar 1(0-3-0)MTS431 FacilityLocationandLayoutPlanning 3(3-0-6)MTS451 ProjectManagement 3(3-0-6)XXXxxx FreeElective 3(x-x-x) Sub-Total 19(x-x-x)

Semester II1) Senior Project TrackMTS404 ManagementTechnologyProject 5(0-15-0)XXXxxx FreeElective 3(x-x-x) Sub-Total 8(x-x-x)

2) Foreign Exchange TrackMTS493 SpecialStudyinEngineeringManagementI 3(3-0-6)MTS496 SpecialStudyinEngineeringManagementIII 2(2-0-4)XXXxxx FreeElective 3(x-x-x) Sub-Total 8(x-x-x)

3) Extended Training TrackMTS304 ExtendedEngineeringManagementTraining 6(0-40-0) Sub-Total 6(0-40-0)



Industrial Engineering and Logistics Systems (IE) Details of the Curriculum1. General Basic Courses 30 Credits 1.1 Part I 21 Credits 1.1.1SocialSciences(2courses) 6Credits TU100 TU101 1.1.2Humanities(1course) 3Credits TU102 1.1.3ScienceandMathematics(1course) 3Credits TU103 1.1.4Languages(3courses) 9Credits TU104 TU105 TU106 1.2 Part II 9 Credits GTS133 GTS202 ITS1002. Major Courses 114 Credits 2.1BasicCourses 51Credits 2.1.1BasicMathematicsandScienceCourses 24Credits IES201 MAS116 MAS117 MAS210 SCS126 SCS138 SCS139 SCS176 SCS183 SCS184 2.1.2BasicEngineeringCourses 27Credits CES370 EES203 EES204 GTS302 MES231 MES300 MES302 MES311 MES341 MES371 MES390 2.2SpecializedCourses 63 Credits 2.2.1 Compulsory Engineering Courses 48 Credits 2.2.1.1MaterialsandManufacturingProcess 7 Credits IES301 IES361 IES362 2.2.1.2 Work Systems and Safety 7 Credits IES312 IES315 IES343 2.2.1.3QualitySystems 3 Credits IES331 2.2.1.4EconomicandFinance 3 Credits IES341 2.2.1.5ProductionandOperationsManagement21 Credits IES313 IES321 IES323 IES332 IES351 IES376 IES377 2.2.1.6 Integration of Industrial Engineering 7 Credits Techniques IES302 IES305 IES391 2.2.2ElectiveEngineeringCourses 15Credits Studentscanchooseamongthree 6 Credits optionaltracks: 1. For students who wish to join the Senior Project Track (2 courses) IES304 IES401 2. For students who wish to join the Foreign Exchange Track (3 courses) IES304 IES402 IES405 3. For students who wish to join the Extended Training Track (1course) IES404 2.2.2.1 Option I: Industrial Engineering 2.2.2.1.1 IES342 IES392 6 Credits 2.2.2.1.2 IETechnicalElective 3 Credits SelectIETechnicalElective1coursefromthe followingcourses: IES324 IES334 IES335 IES336 IES345 IES353 IES363 IES364 IES365 IES371 IES372 IES374 IES375 IES376 IES394 IES395 IES396 2.2.2.2 Option II: Manufacturing Engineering 2.2.2.2.1 EES307 EES308 IES363 6 Credits 2.2.2.2.2 IETechnicalElective 3Credits SelectIETechnicalElective1coursefrom thefollowingcourses: IES334 IES335 IES336 IES364 IES3653. Free Elective Courses 6 Credits Studentsmaychooseanyfreeelectivecourses(notlessthan 6creditsintotal)offeredbySIITorTU,includinggeneralbasic courses,except: 1.GeneralbasiccoursesinScienceandMathematics. 2.GeneralbasicTUcourses. 3.Courseswithcontentssimilartothoseofothercoursesinthe curriculumalreadytakenbythestudents.


Curriculum Outline

Modernindustrialengineeringisacombinationofbasicengineering knowledge and quantitative analysis techniques to support managerial decisionmaking. It is concerned with the efficiencyinwhichwork isperformedbymachinesandpeople. Industrialengineers(IEs)usetheinformationandtechniquesfromphysical,biological,mathematical,behavioral,andengineeringsciencestoplan, control, design, andmanage complexmanufacturing andbusinesssystems.Specifically,theyutilizeknowledgeandprinciplesin manufacturing systems and processes, operations research, ergonomics, and management in specifying, predicting, and evaluatingtheperformancemeasuresofsuchsystems.

Thestudyofindustrialengineeringandlogisticssystemsplacesemphasis upondevelopingastudent’sabilitiestoanalyzeanddesignsystems that integrate technical, economic, andsocialbehavioral factors inmanufacturing, service, social, andgovernmentorganizations. This study leads to a variety of professional opportunities in the manufacturingandlogisticsindustry,healthcareservices,researchanddevelopment,financialcenters,publicserviceenterprises,andbusinesscorporations.

Inordertoaccomplishtheseobjectives,theIndustrialEngineeringandLogisticsSystemsProgramoffersacurriculumthatisspecificallydesigned,notonlytodistinguishitselffromthecurriculaofferedatotherThaiuniversities,butisalsoatastandardcomparabletothoseofferedatrenownedinternationaluniversities.TheIEcurriculumofferscoursesthatcoverfourmajorindustrialengineeringareas,namely,operationsresearch/quantitativeanalysis,management,logisticsandmanufacturingsystems.Theofferingofcoursesiscarefullyarrangedsothatthebasicandfundamentalcoursesaretaughtintheearlyyearstobuildadequatetechnicalbackground.Then,applicationsarediscussedindepthincoursespresentedinthelateryears.IEstudentscanchoosetheirpreferredareaofconcentration,either“industrial engineering”or“manufacturing engineering,” in their third year. The industrial engineering option is suitable for students wholiketopursueacareerasanengineeringconsultantorsystems analystforabusinesscorporationortocontinuegraduatestudy eitherlocallyorabroadaftergraduation.Forstudentswholikeworking with industrial equipment andmachines and prefer the factoryenvironmenttothebusinessoffice,themanufacturingengineeringoptionprovidesthemwithpracticalknowledgeandexperiencetohelpthemquicklyadapttotheworkenvironment.

Inaddition,IEstudentscanchooseamongthreeoptionaltracks(Senior Project Track, Foreign Exchange Track, and ExtendedTrainingTrack).

• Senior Project Trackisforstudentswhowouldliketoconduct theirprojectsunderthesupervisionofIEfacultymembers.• Foreign Exchange Track is designed for students who wish toparticipateinastudentexchangeprogramwithforeignpartner universities.• Extended Training Track is designed for students who would like to participate in a longer training period (for the entire semester)underaco-operativetrainingprogramwithcompanies.


2. Major Courses 114 Credits 2.1BasicCourses 51 Credits 2.2SpecializedCourses 63Credits


Total 150 Credits


33

IE Curriculum : 150 Credits

First YearSemester I MAS116 MathematicsI 3(3-0-6)SCS126 ChemistryforEngineers 3(3-0-6)SCS138 AppliedPhysicsI 3(3-0-6)SCS176 ChemistryLaboratory 1(0-3-0)SCS183 PhysicsLaboratoryI 1(0-3-0)TU100 CivicEducation 3(3-0-6)TU103 LifeandSustainability 3(3-0-6)TU104 CriticalThinkingReadingandWriting 3(3-0-6) Sub-Total 20(18-6-36)

Semester IIGTS133 EnvironmentalStudies 3(3-0-6)ITS100 IntroductiontoComputersandProgramming3(2-3-4)MAS117 MathematicsII 3(3-0-6)SCS139 AppliedPhysicsII 3(3-0-6)SCS184 PhysicsLaboratoryII 1(0-3-0)TU105 CommunicationSkillsinEnglish 3(3-0-6)TU106 CreativityandCommunication 3(3-0-6) Sub-Total 19(17-6-34)

Second YearSemester I EES203 BasicElectricalEngineering 3(3-0-6)IES201 IndustrialEngineeringMathematics 3(3-0-6)IES301 ManufacturingToolsandOperations 3(2-3-4)MAS210 MathematicsIII 3(3-0-6)MES231 EngineeringMechanics 3(3-0-6)MES300 EngineeringDrawing 3(2-3-4)MES341 FluidsDynamics 3(3-0-6) Sub-Total 21(19-6-38)

Semester IICES370 MechanicsforMaterials 3(3-0-6)EES204 BasicElectricalEngineeringLaboratory 1(0-3-0)GTS202 EnglishLanguageStructures 3(3-0-6)IES302 EngineeringStatistics 3(3-0-6)IES341 EngineeringEconomy 3(3-0-6)MES302 IntroductiontoComputerAidedDesign 2(1-3-2)MES311 Thermodynamics 3(3-0-6)MES371 MaterialScienceforEngineers 3(3-0-6) Sub-Total 21(19-6-38)

Third YearSemester I GTS302 TechnicalWriting 2(2-1-3)IES312 MethodsAnalysisandWorkMeasurement 3(3-0-6)IES315 MethodsAnalysisandWorkMeasurement 1(0-3-0) LaboratoryIES321 OperationsResearchI 3(3-0-6)IES331 QualityControl 3(3-0-6)IES361 ManufacturingProcessDesign 3(3-0-6)IES391 AppliedStatisticalMethods 3(3-0-6)TU102 SocialLifeSkills 3(3-0-6) Sub-Total 21(20-4-39)

Semester IIIES313 IndustrialPlantDesign 3(3-0-6)IES323 ProductionPlanningandControl 3(3-0-6)IES362 ManufacturingEngineeringLab.I 1(0-3-0)IES376 LogisticsandSupplyChainManagement 3(3-0-6)MES390 BasicMechanicalEngineeringLaboratory 1(0-3-0)TU101 Thailand,ASEAN,andtheWorld 3(3-0-6)

Option I: Industrial EngineeringIES392 SystemsSimulation 3(3-0-6)IESxxx IETechnicalElective 3(3-0-6) Sub-Total 20(18-6-36)

Option II: Manufacturing EngineeringEES308 BasicElectromechanicalEnergyConversion 3(3-0-6)IESxxx IETechnicalElective 3(3-0-6) Sub-Total 20(18-6-36)


1. Senior Project Track and Foreign Exchange TrackIES304 IndustrialEngineeringTraining 1(0-40-0) Sub-Total 1(0-40-0)


Fourth YearSemester I IES305 IndustrialEngineeringProjectI 1(0-3-0)IES332 FactoryAutomationandControlMethods 3(3-0-6)IES343 SafetyEngineering 3(3-0-6)IES351 MaintenanceEngineering 3(3-0-6)IES377 DistributionNetworkModels: 3(3-0-6) Warehouse Inventory and Transportation

Option I: Industrial EngineeringIES342 IndustrialCostAnalysisandControl 3(3-0-6) Sub-Total 16(15-3-30)

Option II: Manufacturing EngineeringEES307 BasicElectromechanicalEnergy 1(0-3-0) Conversion LaboratoryIES363 ManufacturingEngineeringLaboratoryII 2(1-3-2) Sub-Total 16(12-9-22)

Semester IISelectoneofthefollowing3tracks:

1) Senior Project TrackIES401 IndustrialEngineeringProjectII 5(0-15-0)XXXxxx FreeElective 3(x-x-x)XXXxxx FreeElective 3(x-x-x) Sub-Total 11(x-x-x)

2) Foreign Exchange TrackIES402 SpecialStudiesinIEI 3(3-0-6)IES405 SpecialStudiesinIEIII 2(2-0-4)XXXxxx FreeElective 3(x-x-x)XXXxxx FreeElective 3(x-x-x) Sub-Total 11(x-x-x)

3) Extended Training TrackIES404 ExtendedIndustrialTraining 6(0-40-0) Sub-Total 6(0-40-0)



Information Technology (IT) Curriculum Outline

The Information Technology curriculum is designed to prepare students for rapidlychanging technology.Studentsareexposedto awide rangeof subjects covering all aspects of information technologyanditsapplications.Emphasisisputontheconvergenceof computer and telecommunications technologies, and their applicationstomanagementscience.

Thecompulsorycorecoursesaredesignedtohelpstudentsto:

(1)understand fundamental concepts of electronics and informationtechnologythatleadtohighperformancedigital processing, (2)know the essence of techniques that are needed forthedevelopmentofinformationtechnologyapplications fortelecommunication,industryandbusiness,and (3)gainconfidenceformanagementofinformationtechnology inthecurrentbusinessworld.

After gaining enough background through the compulsory corecourses,thestudentsareallowedtotailortheircoursesaccordingto their personal interest. Twelve credits of compulsory electivecourses,whicharerequiredforgraduation,canbeselectedfromone of these:

(1)InformationTechnologyManagement (2)AdvancedApplicationsinInformationTechnology (3)InformationTechnology

Structure and Components1. General Basic Courses 30 Credits 1.1 Part I 21 Credits 1.1.1SocialSciences 6Credits 1.1.2 Humanities 3 Credits 1.1.3ScienceandMathematicsorComputing 3Credits 1.1.4 Languages 9 Credits 1.2 Part II 9 Credits

2. Core Courses 114 Credits 2.1 Compulsory Courses 93 Credits 2.2CompulsoryElectiveCourses 18Credits 2.3TechnicalElectiveCourse 3Credits


Total 150 Credits


2. Core Courses 114 Credits 2.1 Compulsory Courses 93 Credits 2.1.1ScienceandMathematics(6courses) 18 Credits GTS116 GTS117 GTS121 GTS122 GTS210 CSS322 2.1.2Non-ITCourses(11courses) 34 Credits CSS221 CSS224 CSS225 CSS324 CSS325 CSS326 EES370 EES371 GTS231 GTS302 IES302 MTS252 MTS258 2.1.3ITCourses(17courses) 41Credits ITS102 ITS103 ITS201 ITS221 ITS227 ITS229 ITS231 ITS323 ITS327 ITS329 ITS335 ITS341 ITS342 ITS344 ITS352 ITS353 ITS400 2.2 Compulsory Elective Courses 18 Credits 2.2.1Track-relatedcourses: 6 Credits Selectoneofthefollowing3tracks: 1) For students who wish to join the Senior Project Track ITS300 ITS403 2) For students who wish to join the Foreign Exchange Track ITS300 ITS495 ITS497 3) For students who wish to join the Extended Training Track ITS499 2.2.2Specializedcourses: 12 Credits Selectoneofthefollowing3options: 1) Option I: Information Technology Management (4 courses) ITS423 ITS425 ITS443 ITS442 2) Option II: Advanced Applications in Information Technology (4 courses) ITS432 ITS433 ITS434 and ITSxxx (Select3creditsfromthelistofITcoursesofferedbySIIT,exceptbasiccourses) 3) Option III: Information Technology Select 4 courses (12 credits) from the following courses: ITS423 ITS425 ITS442 ITS443 ITS432 ITS433 ITS434 and ITSxxx (Select3creditsfromthelistofITcoursesofferedbySIIT,exceptbasiccourses) 2.3 Technical Elective Courses 3 Credits Select3credits from the listof coursesofferedbySIIT, exceptbasiccourses. XXSxxx

3. Free Elective Courses 6 Credits Studentsmaychooseanyfreeelectivecourses(notlessthan 6creditsintotal)offeredbySIITorTU,includinggeneralbasic courses,except: 1.GeneralbasiccoursesinScienceandMathematics. 2.GeneralbasicTUcourses. 3.Courseswithcontentssimilartothoseofothercoursesin thecurriculumalreadytakenbythestudents.



35

IT Curriculum : 150 Credits

First YearSemester I TU102 SocialLifeSkills 3(3-0-6)TU104 CriticalThinking,Reading,andWriting 3(3-0-6)GTS116 MathematicsforTechnologistI 3(3-0-6)GTS121 GeneralScienceI 3(3-0-6)GTS133 EnvironmentalStudies 3(3-0-6)ITS100 IntroductiontoComputersandProgramming3(2-3-4)MTS252 MaterialsScience 3(3-0-6) Sub-Total 21(20-3-40)

Semester IITU100 CivicEngagement 3(3-0-6)TU103 LifeandSustainability 3(3-0-6)TU105 CommunicationSkillsinEnglish 3(3-0-6)TU106 CreativityandCommunication 3(3-0-6)GTS117 MathematicsforTechnologistII 3(3-0-6)GTS122 GeneralScienceII 3(3-0-6)ITS102 Object-orientedProgramming 3(3-0-6)ITS103 Object-orientedProgrammingLaboratory 1(0-3-0) Sub-Total 22(21-3-42)

Second YearSemester I CSS224 ComputerArchitectures 3(3-0-6)EES371 DigitalCircuits 3(3-0-6)GTS210 MathematicsforTechnologistIII 3(3-0-6)GTS231 LawandTechnology 3(3-0-6)ITS201 DiscreteMathematics 3(3-0-6)ITS221 DataStructuresandAlgorithms 3(3-0-6)ITS231 DataStructuresandAlgorithmsLaboratory 1(0-3-0) Sub-Total 19(18-3-36)

Semester IICSS221 ComputerGraphicsandApplications 3(2-3-4)CSS225 OperatingSystem 3(3-0-6)EES370 DigitalCircuitLaboratory 1(0-3-0)GTS202 EnglishLanguageStructures 3(3-0-6)IES302 EngineeringStatistics 3(3-0-6)ITS227 AlgorithmDesign 3(3-0-6)ITS229 HumanComputerInterfaceDesign 3(3-0-6) Sub-Total 19(17-6-34)

Third YearSemester I CSS322 ScientificComputing 3(3-0-6)CSS325 DatabaseSystems 3(3-0-6)CSS326 DatabaseProgrammingLaboratory 1(0-3-0)ITS323 IntroductiontoDataCommunications 3(3-0-6)ITS341 ManagementInformationSystems 3(3-0-6)ITS342 ComputerAnimation 3(2-3-4)ITS344 WebandBusinessApplicationDevelopment 3(3-0-6) Sub-Total 19(17-6-34)

Semester IIGTS302 TechnicalWriting 2(2-1-3)CSS324 ArtificialIntelligence 3(3-0-6)ITS327 ComputerNetworkArchitecturesandProtocols3(3-0-6)ITS329 SystemAnalysisandDesign 3(3-0-6)ITS335 ITSecurity 3(3-0-6)ITS352 NetworkingLaboratory 1(0-3-0)ITS353 GraphicandGameProgrammingLaboratory 1(0-3-0)

Option I: Information Technology Management ITS423 DataWarehousesandDataMining 3(3-0-6)ITS425BusinessInnovation 3(3-0-6) Sub-Total 22(20-7-39)

Option II: Advanced Applications in Information TechnologyITS432 MobileApplicationProgramming 3(3-0-6)ITS433 Location-basedServicesandDigitalMapping 3(3-0-6) Sub-Total 22(20-7-39)

Option III: Information TechnologyITSxxx CompulsoryElective 3(x-x-x)ITSxxx CompulsoryElective 3(x-x-x) Sub-Total 22(x-x-x)SummerSelect either Senior Project Track, Foreign Exchange Track, orExtendedTrainingTrack.

1. Senior Project Track and Foreign Exchange TrackITS300 InformationTechnologyTraining 1(0-40-0) Sub-Total 1(0-40-0)


Fourth YearSemester I MTS258 EconomicsforTechnologists 3(3-0-6)ITS400 ProjectDevelopment 1(0-3-0)TU101 Thailand,ASEAN,andtheWorld 3(3-0-6)XXSxxx TechnicalElective 3(x-x-x)

Option I: Information Technology ManagementITS442 EntrepreneurshipforITBusinessDevelopment 3(3-0-6)ITS443 BusinessProcessModelandManagement 3(3-0-6) Sub-Total 16(x-x-x)

Option II: Advanced Applications in Information TechnologyITS434 WebservicesandServiceArchitecture 3(3-0-6)ITSxxx CompulsoryElective 3(x-x-x) (Select3creditsfromthelistofITcoursesofferedbySIIT,exceptbasiccourses)

Sub-Total 16(x-x-x)

Option III: Information TechnologyITSxxx CompulsoryElective 3(x-x-x)ITSxxx CompulsoryElective 3(x-x-x) (Select3creditsfromthelistofITcoursesofferedbySIIT,exceptbasiccourses)

Sub-Total 16(x-x-x)

Semester II1) Senior Project TrackITS403 InformationTechnologyProject 5(0-15-0)XXXxxx FreeElective 3(x-x-x)XXXxxx FreeElective 3(x-x-x) Sub-Total 11(x-x-x)

2) Foreign Exchange TrackITS495 SpecialStudiesinInformationTechnologyI 3(3-0-6)ITS497 SpecialStudiesinInformationTechnologyIII 2(2-0-4)XXXxxx FreeElective 3(x-x-x)XXXxxx FreeElective 3(x-x-x) Sub-Total 11(x-x-x)

3) Extended Training TrackITS499 ExtendedInformationTechnologyTraining 6(0-40-0) Sub-Total 6(0-40-0)



Management Technology (MT) Curriculum Outline

TheManagementTechnology(MT)Programcoversgeneralbasiccoursesandthreecommonfoundationsrequiredformanagementtechnology, namely, fundamentals of technology, information technology,andgeneralmanagement.Aftercompletingthesecondyear of study, students choose tobe specialized inoneof the academicoptionsofferedbytheMTProgram.(ThelistofacademicoptionstobeofferedtostudentsislefttothediscretionofSIIT.)

Examplesofacademicoptionsareasfollows:

Option1:BusinessAnalytics/ManagementInformationSystems(MIS)Option2:SupplyChainManagement(SCM)

Aftercompletingtheirthirdyearofstudy,studentschooseastudy track based on their capability. These study tracks include: (1)SeniorProjectTrack,(2)ForeignExchangeTrack,and(3)Extended Management Training Track. Formore details on the academicoptionsandstudytracks,consulttheMTProgramCoordinator.


2. Core Courses 114 Credits 2.1 Compulsory Courses 77 Credits 2.2CompulsoryElectiveCourses 37Credits


Total 150 Credits

Details of the Curriculum1. General Basic Courses 30 Credits 1.1 Part I 21 Credits 1.1.1SocialSciences(2courses) 6Credits TU100 TU101 1.1.2Humanities(1course) 3Credits TU102 1.1.3ScienceandMathematics(1course) 3Credits TU103 1.1.4Languages(3courses) 9Credits TU104 TU105 TU106 1.2PartII(3courses) 9Credits GTS133 GTS202 ITS100 2. Core Courses 114 Credits 2.1 Compulsory Courses 77 Credits 2.1.1ScienceandMathematics(6courses) 18Credits GTS111 GTS112 GTS121 GTS122 GTS212 GTS213 2.1.2FundamentalofTechnology(6courses) 17Credits GTS303 MTS231MTS235 MTS254 MTS370 MTS394 2.1.3InformationTechnology(5courses) 15Credits MTS280 MTS381 MTS382 MTS383 MTS487 2.1.4GeneralManagement(9courses) 27Credits MTS213 MTS214 MTS258 MTS312 MTS313 MTS314 MTS315 MTS412 MTS415

2.2 Compulsory Elective Courses 37 Credits 2.2.1SpecialStudy 6Credits 1) Senior Project Track (2 courses) MTS301 MTS404 2) Foreign Exchange Track (3 courses) MTS301 MTS491 MTS495 3) Extended Training Track (1 course) MTS302 2.2.2 Option Courses 31 Credits 1) Option I: Business Analytics/Management Information Systems (11 courses) MTS386 MTS387 MTS388 MTS389 MTS403 MTS455 MTS483 MTS484 MTS488 MTSxxx MTSxxx (Select6creditsfromthelistofMTTechnicalElectivecourse)

2) Option II: Supply Chain Management (11 courses) MTS232 MTS233 MTS331 MTS335 MTS337 MTS339 MTS340 MTS351 MTS403 MTS481 MTSxxx (Select3creditsfromthelistofMTTechnicalElectivecourse)

MTTechnicalElectivecourses MTS316 MTS317 MTS318 MTS319 MTS320 MTS338 MTS339 MTS342 MTS343 MTS371 MTS395 MTS396 MTS397 MTS451 MTS455 MTS486 MTS489 3. Free Elective Courses 6 Credits Studentsmaychooseanyfreeelectivecourses(notlessthan 6creditsintotal)offeredbySIITorTU,includinggeneralbasic courses,except: 1.GeneralbasiccoursesinScienceandMathematics. 2.GeneralbasicTUcourses. 3.Courseswithcontentssimilartothoseofothercourses inthecurriculumalreadytakenbythestudents.



37

MT Curriculum : 150 Credits

First YearSemester I GTS121 GeneralScienceI 3(3-0-6)GTS122 GeneralScienceII 3(3-0-6)GTS133 EnvironmentalStudies 3(3-0-6)ITS100 IntroductiontoComputersandProgramming3(2-3-4)TU102 SocialLifeSkills 3(3-0-6)TU104 CriticalThinking,Reading,andWriting 3(3-0-6)TU106 CreativityandCommunication 3(3-0-6) Sub-Total 21(20-3-40)

Semester IIGTS111 ProbabilityforTechnologists 3(3-0-6)GTS112 PrinciplesofLinearAlgebra 3(3-0-6)MTS280 IntroductionofAlgorithmsandObject 3(2-2-5) Oriented ProgrammingTU100 CivicEngagement 3(3-0-6)TU101 Thailand,ASEAN,andtheWorld 3(3-0-6)TU103 LifeandSustainability 3(3-0-6)TU105 CommunicationSkillsinEnglish 3(3-0-6) Sub-Total 21(20-2-41)

Second YearSemester I GTS202 EnglishLanguageStructures 3(3-0-6)GTS212 CalculusforTechnologistsI 3(3-0-6)MTS213 PrinciplesofBusinessandManagement 3(3-0-6)MTS214 BusinessLaw 3(3-0-6)MTS231 StatisticalMethodsforManagers 3(3-0-6)MTS254 IntroductiontoManagementScience 3(3-0-6)MTS258 EconomicsforTechnologists 3(3-0-6) Sub-Total 21(21-0-42)

Semester IIGTS213 CalculusforTechnologistsII 3(3-0-6)GTS303 CommunicationsinBusiness 2(2-1-3)MTS235 StatisticsforDataScienceandEmpiricalStudy 3(2-2-5)MTS312 PrinciplesofMarketing 3(3-0-6)MTS313 OrganizationalBehavior 3(3-0-6)MTS315 FundamentalsofFinancialandManagerial 3(3-0-6)AccountingMTS382 DatabaseSystemsandApplications 3(3-0-6) Sub-Total 20(19-3-38)

Third YearSemester I MTS370 AppliedBusinessAnalyticsandOptimization 3(2-2-5)forDecisionMakingMTS381 BusinessInformationSystems 3(3-0-6)MTS412 BusinessFinance 3(3-0-6) Option I: Business Analytics/Management Information Systems (MIS)MTS386 DistributedandCollaborativeComputing 3(3-0-6)MTSxxx TechnicalElective 3(x-x-x)MTSxxx TechnicalElective 3(x-x-x) Sub-Total 18(x-x-x)

Option II: Supply Chain Management (SCM)MTS232 ProductionandOperationsManagement 3(3-0-6)MTS481 BusinessProcessSimulation 3(3-0-6)MTSxxx TechnicalElective 3(x-x-x) Sub-Total 18(x-x-x)

Semester IIMTS314 InternationalTradeandBusiness 3(3-0-6)MTS394 IntroductiontoResearchMethodology 3(3-0-6) inManagementTechnologyMTS487 BusinessIntelligenceandAnalytics 3(3-0-6)

Option I: Business Analytics/Management Information Systems (MIS)MTS387 BusinessDataCommunications 3(3-0-6) and NetworkingMTS388 BusinessInformationSystemsAnalysis 3(3-0-6)MTS389 ApplicationProgrammingforTechnologists 3(3-0-6)MTS455 BusinessProcessManagement 3(3-0-6) Sub-Total 21(21-0-42)

Option II: Supply Chain Management (SCM)MTS233 IntroductiontoSupplyChainManagement 3(3-0-6)MTS331 EconomicDecisionAnalysis 3(3-0-6)MTS335 EnterprisePlanningandControlSystems 3(3-0-6)MTS351 ManagementSystemsOptimization 3(3-0-6) Sub-Total 21(21-0-42)

SummerSelectSeniorProjectTrack,ForeignExchangeTrack,orExtendedTrainingTrack.

1. Senior Project Track and Foreign Exchange TrackMTS301 ManagementTechnologyTraining 1(0-40-0) Sub-Total 1(0-40-0)

2. Extended Training TrackXXXxxx FreeElective 3(x-x-x) Sub-Total 3(x-x-x)

Fourth YearSemester I MTS383 E-Business 3(3-0-6)MTS403 ManagementTechnologySeminar 1(0-3-0)MTS415 StrategicManagement 3(3-0-6)XXXxxx FreeElective 3(x-x-x)

Option I: Business Analytics/Management Information Systems (MIS)MTS483 InformationSystemsImplementation 3(3-0-6)MTS484 IntelligentSystemsandMachineLearning 3(3-0-6) for BusinessMTS488 PrinciplesofDataWarehousing 3(3-0-6) and Data Mining Sub-Total 19(x-x-x)

Option II: Supply Chain Management (SCM)MTS337 Transportation,WarehouseandLogistics 3(3-0-6) ManagementMTS339 StrategicSourcingandSupplyManagement 3(3-0-6)MTS340 IntroductiontoInventoryManagement 3(3-0-6) Sub-Total 19(x-x-x) Semester II1) Senior Project TrackMTS404 ManagementTechnologyProject 5(0-15-0)XXXxxx FreeElective 3(x-x-x) Sub-Total 8(x-x-x)

2) Foreign Exchange TrackMTS491 SpecialStudyinManagementTechnologyI 3(3-0-6)MTS495 SpecialStudyinManagementTechnologyIII 2(2-0-4)XXXxxx FreeElective 3(x-x-x) Sub-Total 8(x-x-x)

3) Extended Training TrackMTS302 ExtendedManagementTechnologyTraining 6(0-40-0) Sub-Total 6(0-40-0)



Mechanical Engineering (ME) Curriculum Outline

Mechanicalengineeringisconcernedwiththemechanismsofenergyconversionandtheirutilizationinallfieldsofindustry,aswellasinimprovingthequalityoflifeforeveryone.Themechanicalengineering discipline has always been central to engineering. Mechanicalengineersareinvolvedinawiderangeoftechnologicalactivitieswhichinclude:production,building-facilities,chemicalprocessing,powergeneration,materialscience,miningandmineralextraction,transportation,aerospaceengineering,andsoon.Forthesereasons,allindustriesrequiretheservicesofmechanicalengineers.

TheaimoftheMechanicalEngineeringProgramatSIITistoprovideaneffectiveeducationtoprospectiveengineers,givingthemtheabilitytoplan,administer,andmanagethelatesttechnologies.Twomainareasofstudyareemphasizedinthisprogram;theseare:(1)generalmechanicalengineering,and(2)energymanagement.

Engineeringscienceistaughtmainlyinthefirstandsecondyears.Specializedmechanicalengineeringcoursesareofferedtothethirdand fourthyearstudents.Additionally, fundamentalsofelectricalengineeringandindustrialpracticeareincludedintheundergraduateprograminmechanicalengineering.

Inordertoserveindustrycompetently,studentshavetobeexposedto real equipment and processes. Two laboratory courses are required.Anextendedlaboratorycourseisofferedasanelective subjecttoseniorprojects,andguidedbymembersoftheteachingstaff.Asengineeringstudentsshouldobtainsomeexperienceof industry in order to learn the ways of industrial life and work, an industrial trainingcourseisofferedformechanicalengineeringstudents.

Inaddition,MEstudentscanchooseamongthreeoptionaltracks(Senior Project Track, Foreign Exchange Track, and ExtendedTrainingTrack).

• Senior Project Track is designed for ME students who wish to conductaprojectunderthesupervisionofMEfacultymembers.• Foreign Exchange Track is designed for students who wish toparticipateinastudentexchangeprogramwithforeignpartner universities.• Extended Training Track is designed for students who wish toconductaco-operativetrainingprograminindustry.


2. Major Courses 113 Credits 2.1BasicCourses 40Credits 2.2SpecializedCourses 73Credits


Total 149 Credits

Details of the Curriculum1. General Basic Courses 30 Credits 1.1 Part I 21 Credits 1.1.1SocialSciences(2courses) 6Credits TU100 TU101 1.1.2Humanities(1course) 3Credits TU102 1.1.3ScienceandMathematics(1courses) 3Credits TU103 1.1.4Languages(3courses) 9Credits TU104 TU105 TU106 1.2 Part II 9 Credits GTS133 GTS202 ITS100

2. Major Courses 113 Credits 2.1 Basic Courses 40 Credits 2.1.1BasicMathematicsandScienceCourses 24 Credits(10courses) MAS116 MAS117 MAS210 MAS215 SCS126 SCS138 SCS139 SCS176 SCS183 SCS184 2.1.2BasicEngineeringCourses(7courses)16Credits EES203 EES204 EES306 EES307 GTS302 IES301 IES361

2.2 Specialized Courses 73 Credits 2.2.1 Compulsory Engineering Courses 55 Credits 2.2.1.1MechanicalDesign(11courses) 28 Credits MES300 MES302 MES331 MES333 MES350 MES352 MES371 MES391 MES392 MES403 MES462 2.2.1.2ThermalScienceandFluidMechanics 21 Credits (7courses) MES311 MES321 MES341 MES342 MES383 MES422 MES484

2.2.1.3DynamicSystemsandControl 6 Credits (2courses) MES351 MES382

2.2.2ElectiveEngineeringCourses 18 Credits 2.2.2.1Studentschooseoneof 6 Credits threeoptionaltracks: 1. For Students who wish to join the Senior Project Track (2 courses) MES303 MES407 2. For Students who wish to join the Foreign Exchange Track (3 courses) MES303 MES405 MES409 3. For Students who wish to join the Extended Training Track (1 course) MES408 2.2.2.2Studentschooseoneoftwo 12 Credits optional studies: 2.2.2.2.1 Option I: General Mechanical Engineering (4courses) IES341 IES371 MES313 MES381 2.2.2.2.2 Option II: Energy Management (4courses) MES312 MES444 MES473 MES474 3. Free Elective Courses 6 Credits Studentsmaychooseanyfreeelectivecourses(notlessthan 6creditsintotal)offeredbySIITorTU,includinggeneralbasic courses,except: 1.GeneralbasiccoursesinScienceandMathematics. 2.GeneralbasicTUcourses. 3.Courseswithcontentssimilartothoseofothercourses inthecurriculumalreadytakenbythestudents.



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ME Curriculum : 149 Credits

First YearSemester I MAS116 MathematicsI 3(3-0-6)SCS126 ChemistryforEngineers 3(3-0-6)SCS138 AppliedPhysicsI 3(3-0-6)SCS176 ChemistryLaboratory 1(0-3-0)SCS183 PhysicsLaboratoryI 1(0-3-0)TU100 CivicEducation 3(3-0-6)TU103 LifeandSustainability 3(3-0-6)TU104 CriticalThinking,Reading,andWriting 3(3-0-6) Sub-Total 20(18-6-36)

Semester IIGTS133 EnvironmentalStudies 3(3-0-6)ITS100 IntroductiontoComputersandProgramming 3(2-3-4)MAS117 MathematicsII 3(3-0-6)SCS139 AppliedPhysicsII 3(3-0-6)SCS184 PhysicsLaboratoryII 1(0-3-0)TU105 CommunicationSkillsinEnglish 3(3-0-6)TU106 CreativityandCommunication 3(3-0-6) Sub-Total 19(17-6-34)

Second YearSemester I EES203 BasicElectricalEngineering 3(3-0-6)IES301 ManufacturingToolsandOperations 3(2-3-4)MAS210 MathematicsIII 3(3-0-6)MAS215 DifferentialEquations 3(3-0-6)MES300 EngineeringDrawing 3(2-3-4)MES311 Thermodynamics 3(3-0-6)MES350 EngineeringStatics 3(3-0-6) Sub-Total 21(19-6-38)

Semester IIEES204 BasicElectricalEngineeringLaboratory 1(0-3-0)EES306 BasicElectricalMachinesandPowerSystem3(3-0-6)GTS202 EnglishLanguageStructures 3(3-0-6)MES302 IntroductiontoComputerAidedDesign 2(1-3-2)MES331 SolidMechanicsI 3(3-0-6)MES341 FluidDynamics 3(3-0-6)MES351 EngineeringDynamics 3(3-0-6)TU102 SocialLifeSkills 3(3-0-6) Sub-Total 21(19-6-38)

Third YearSemester I EES307 BasicElectromechanicalEnergyConversion 1(0-3-0) LaboratoryGTS302 TechnicalWriting 2(2-1-3)MES342 RefrigerationandAirConditioning 3(3-0-6)MES352 MechanicsofMachinery 3(3-0-6)MES371 MaterialScienceforEngineers 3(3-0-6)MES391 MechanicalEngineeringLaboratoryI 2(1-3-2)

Option I: General Mechanical EngineeringIES341 EngineeringEconomy 3(3-0-6)MES381 MeasurementandInstrumentation 3(3-0-6) Sub-Total 20(18-7-35)

Option II: Energy ManagementMES444 AlternativeandRenewableEnergyResources3(3-0-6)MES474 ThermalEnergyManagement 3(3-0-6) Sub-Total 20(18-7-35)

Semester IIIES361 ManufacturingProcessDesign 3(3-0-6)MES321 HeatTransfer 3(3-0-6)MES333 DesignofMachineElements 3(3-0-6)MES382 VibrationandNoiseControl 3(3-0-6)MES383 HydraulicandPneumaticControl 3(3-0-6)MES392 MechanicalEngineeringLaboratoryII 2(1-3-2)

Option I: General Mechanical EngineeringMES313 InternalCombustionEngines 3(3-0-6) Sub-Total 20(19-3-38)

Option II: Energy ManagementMES312 CombustionandEmissionControl 3(3-0-6) Sub-Total 20(19-3-38)


1. Senior Project Track and Foreign Exchange TrackMES303 MechanicalEngineeringTraining 1(0-40-0) Sub-Total 1(0-40-0)


Fourth YearSemester I MES403 MechanicalEngineeringProjectI 1(0-2-1)MES422 ThermalSystemDesign 3(3-0-6)MES462 Turbomachinery 3(3-0-6)MES484 AutomaticControl 3(3-0-6)TU101 Thailand,ASEAN,andtheWorld 3(3-0-6)

Option I: General Mechanical EngineeringIES371 EngineeringManagement 3(3-0-6) Sub-Total 16(15-2-31)

Option II: Energy ManagementMES473 EnergyEconomics 3(3-0-6) Sub-Total 16(15-2-31)

Semester II1) Senior Project TrackMES407 MechanicalEngineeringProjectII 5(0-15-0)XXXxxx FreeElective 3(x-x-x)XXXxxx FreeElective 3(x-x-x) Sub-Total 11(x-x-x)

2) Foreign Exchange TrackMES405 SpecialStudyinMechanicalEngineeringI 3(3-0-6)MES409 SpecialStudyinMechanicalEngineeringIII 2(2-0-4)XXXxxx FreeElective 3(x-x-x)XXXxxx FreeElective 3(x-x-x) Sub-Total 11(x-x-x)

3) Extended Training TrackMES408 ExtendedMechanicalEngineeringTraining 6(0-40-0) Sub-Total 6(0-40-0)



Numerical Code

For the engineering and technology courses, the followingnumericalcodesareused.

•Thefirstdigitindicatesthelevelofdifficulty. •Theseconddigitindicatesthecoursegroups.

Forcommoncourses,theabovecodesdonotapply.

Thenumbersaftereachcourse(e.g.,3(3-0-6))representthecredits,lecturehours,laboratory/practicehours,andselfstudyhours,respectively.

Prerequisite / Corequisite RequirementsItistheresponsibilityofthestudenttomeetallprerequisiteandcorequisiterequirements.Studentsmaynotbeallowedtotakeacourseifitsprerequisiteshavenotbeensatisfactorilypassed.Acorequisitecoursemustbetakenconcurrentlyormust have been previously passed.

CES201 Engineering Materials 3(3-0-6)Prerequisite:NoneStudyofrelationshipsbetweenstructures,properties,production processes and applications ofmain groups of engineeringmaterials i.e.metals, polymers, ceramics, and composites.Mechanicalpropertiesandmaterialsdegradation.Macroscopicmechanicalbehaviorofengineeringmaterialswithemphasisonspecificmaterialsusedincivilengineering,e.g.steel,soil,concrete,andwood.

CES202 Introduction to Building Facilities 3(3-0-6)Prerequisite:NoneIntroduction to thermofluid science for buildings, buildingsystems,componentsandenvironmentinbuildings.Energyconversionandmanagement.Pipingsystems,HVACsystems,and lighting systems for buildings. Concepts of electricalsystems.Electricaldevicesandtheirspecifications.Symbolsandcircuitdiagrams.Standardelectricalcodesandpractices.Loadcharacteristicsandcalculations.Powerdistributionandwiring.Electricalsystemsforbuildings.

CES215 Applied Mathematics in Civil 3(3-0-6) Engineering Prerequisite:HaveearnedcreditsofMAS117orconsentof HeadofSchoolLinearalgebra.Introductiontothetheoryofapproximations.Solutionsofalgebraicandtranscendentalequations.Solutionsoflinearsystems.Firstandsecond-orderdifferentialequations.FouriertransformsandLaplacetransforms.Vectorcalculus.Introductiontoprobabilityandstatistics

Course DescriptionsCES302 Engineering Hydrology 3(3-0-6)Prerequisite:NoneHydrologic cycle. Atmospheric water. Subsurface water.Groundwater.Surfacewater.Unithydrograph.Floodrouting.Hydrologicstatistics.Frequencyanalysis.

CES303 Civil Engineering Training 1(0-40-0)Prerequisite:Junior standingor consentofHeadofSchool Students are provided with on-the-job training at selected governmental organizations, state enterprises, or private companies. The purpose of the course is to provide thestudents,opportunitiestoexperiencecivilengineeringwork,otherthanwhatlearnedinclass.Thetrainingperiodmustnotbe less than 240 hours. Student must submit a report at the endofthetrainingperiod.Asatisfactory(S)orunsatisfactory(U)gradewillbegiven,basedonastudent’sperformance,qualityofthereport,andsupervisor’scomments.

CES311 Theory of Structures 3(3-0-6)Prerequisite:HaveearnedcreditsofCES371orconsentof HeadofSchoolIntroduction to structural theory. Reactions, shears, andmomentsinstaticallydeterminatestructures.Graphicstatics.Influence lines of determinate structures. Deformations of determinatestructuresbymethodsofmoment-area,conjugatebeam, virtual work, energy theorem.

CES312 Structural Analysis 3(3-0-6)Prerequisite:HaveearnedcreditsofCES311orconsentof HeadofSchoolAnalysisofstaticallyindeterminatestructuresbythemethodofconsistentdeformation,methodsofslopeanddeflection,momentdistribution,influencelinesofindeterminatestructures.Approximateanalysis.Introductiontomatrixstructuralanalysisandplasticanalysis.

CES315 Computational Methods in 3(3-0-6) Civil Engineering Prerequisite:HaveearnedcreditsofMAS215orCES215or consentofHeadofSchoolUseofcomputers.Programmingconceptsandtechniques.Modern programming languages and tools for engineering problems.Numericalmethodsasappliedtocivilengineeringproblems.Introductiontofiniteelementmethods.

CES321 Timber and Steel Design 4(3-3-6)Prerequisite:HaveearnedcreditsofCES311orconsentof HeadofSchoolDesignoftimberandsteelstructures.Tensionandcompression members. Beams. Beam-columns. Built-up members.


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Plate girders. Connection. Design practice. Tutorial designworkshops.AllowableStrengthDesign(ASD)andLoadandResistanceFactorDesign(LRFD)methods,designpractice.Practiceintimberandsteeldesignanddetailing.

CES322 Reinforced Concrete Design 4(3-3-6)Prerequisite:HaveearnedcreditsofCES351orconsentof HeadofSchoolConcreteand reinforcement. Fundamentalbehavior in axialload, flexure, torsion, shear, bond, and combined actions. Designofreinforcedconcretestructuralcomponentsbyworkingstressandstrengthdesignmethods.Designpractice.Practice:Practiceinreinforcedconcretedesignanddetailing.

CES323 Advanced Structural Concrete Design 3(3-0-6)Prerequisite:HaveearnedcreditsofCES322orconsentof HeadofSchoolAnalysis anddesign of T-beams, continuousbeams, deepbeams,longcolumns,combinedfootings,matfootings,pilecaps. Shear friction design. Strut-and-tie design method.Designofreinforcedconcretebuildings.

CES331 Soil Mechanics 3(3-0-6)Prerequisite:HaveearnedcreditsofCES371orconsentof HeadofSchoolSoilformation,indexpropertiesandclassificationofsoil,compaction, permeabilityofsoilandseepageproblems,principleofeffectivestresseswithinasoilmass.Stressdistribution,compressibilityof soil, shear strength of soil, earth pressure theory, slope stability, and bearing capacity. Behavior of soil under mechanical stress and deformation interactingwith flow ofwater.

CES332 Foundation Engineering 3(3-0-6)Prerequisite:Have earned credit of CES331 or consent of HeadofSchoolSubsurface investigation, bearing capacity of foundation,spread and pile foundation design, settlement analysis, earth pressure problems and retaining structures and sheet pilewall.Elementarysoilimprovement,compaction,vibro-flotation,sanddrains,andchemicalstabilization. Introduction tomatandcaissonfoundationdesign.Introductiontoopencutandbracedcut.Designpractice.

CES333 Soil Mechanics Laboratory 1(0-3-0)Corequisite:TakingCES331inthesamesemesterorconsentof HeadofSchoolSoil exploration. Index properties of soils. Permeability. Compaction: CBR. Stress-strain behavior of soils. Shearstrengthandonedimensionalconsolidation.

CES334 Earthquake Engineering 3(3-0-6)Prerequisite:None

Source mechanisms, stress waves, and site response ofearthquakeshaking;effectonthebuiltenvironmentandhowtomitigateit.Soilliquefactionphenomena;natureofearthquake actionsonstructures;Seismicanalysisofslopesandretainingwalls.

CES341 Transportation Engineering 3(3-0-6) and Planning Prerequisite:NoneCharacteristicsandequilibriumoftransportationdemandandsupply. Planning, design and evaluation of transportation systems,transportationmodels;watertransportation;pipelinetransportation; road transportation; railway transportation;air transportation. Economic and financial assessment of transportprojects.

CES343 Highway Engineering 3(3-0-6)Prerequisite:HaveearnedcreditsofCES361orconsentof HeadofSchoolHistoricaldevelopmentofhighways.Highwayadministration.Principlesofhighwayplanningandtrafficanalysis.Geometricdesignandoperations.Highwayfinancingandtheeconomy. Introductiontopavementdesign.Highwaymaterials.Construction andmaintenanceofhighways.

CES344 Logistics System Engineering 3(3-0-6)Prerequisite:NoneRolesofinfrastructuresystemsandlogistics.Basicconceptsandcasestudiesininternational,regional,andurbanlogistics.Theoryofcommodityflows.Inventorymanagement.Transportationcosts.Intermodallogistics.Logisticsdistributioncenters.Geographic InformationSystems(GIS.)forlogisticsroutingandscheduling.Logisticsoptimization,decisionmaking,andstrategicplanning.Informationtechnologiesinlogistics.

CES351 Concrete Technology 3(2-3-4)Prerequisite:NoneHistoryofcementandconcrete.Cement:production,rawmaterials,typesofcement,chemicalandphysicalpropertiesofcement,andhydrationofcement.Aggregates:absorption,moisturecontent, specificgravity,solidvolumeandvoidratio,gradation,and mechanicalproperties.Admixtures:mineral,chemical,andspecial admixtures.Propertiesofconcreteinfreshstate:workability, deformability,andsegregation.Propertiesofconcreteinplasticstate. Properties of concrete in early age state. Propertiesof concrete in hardened state: mechanical properties andintroduction to durability. Concrete construction practices.Thecourseincludeslaboratorytestsonpropertiesofcementandconcrete:Testsonpropertiesofcement,propertiesofaggregates,propertiesof freshcementpaste,propertiesoffreshmortar,mixdesign,andfreshpropertiesofconventionalandspecialconcrete,testsforcompressivestrength,Young’smodulus,Poisson’s ratio, tensile strength, flexural strength,andsimulationofbehaviorsofconcretemembersunderloads.



CES352 Material Testing 1(0-3-0)Prerequisite:HaveearnedcreditsofCES351orconsentof HeadofSchoolTests on steel bars and steel members: tensile test, torsion test, bendingtest.Testsonothercivilengineeringmaterialssuchas polymer-based materials, grouting materials, wood, highway materials. Non-destructive tests and instruments: Reboundhammer, ultrasonic pulse velocity, half-cell potential, etc.Simulationofstress-strainrelationshipofconcrete.

CES353 Construction Engineering 3(3-0-6) and Management Prerequisite:NoneProject delivery systems. Project organization. Site layout.Projectplanning.Modernconstructiontechnology.Construction equipment.Criticalpathmethod(CPM).Resourcemanagement. Progressmeasurement.Constructionsafety.Qualitysystems.

CES354 Maintenance of Structures 3(3-0-6)Prerequisite:HaveearnedcreditsofCES351orconsentof HeadofSchoolReviewondeteriorationofstructures.Conceptofmaintenance planning for civil engineering structures. Inspection: Visualinspection, non-destructive tests, partially destructive tests,loadtests.Evaluation.Protectionmethodsagainstdeteriorationandcorrosion.Repairandstrengtheningmethods,Materialsforrepairandstrengthening.Testmethodsforperformancesandpropertiesofrepairmaterials.Lifecyclecostevaluation.Designforstructuralstrengthening:continuousfibers,externalprestressing,steeljacketing,etc.

CES361 Surveying 3(2-3-4)Prerequisite:NoneIntroduction to surveying work. Basic field work: leveling.Principlesandapplicationsoftheodolite.Anglemeasurement.Distancemeasurement.Errorsinsurveying:acceptableerror,data correction, and triangulation. Precise determination ofazimuth.Precise traverseplanecoordinatesystem.Preciseleveling. Route survey. Topographic survey. Map plotting.Introductiontophotogrammetryandremotesensing.

CES362 Field Surveying Camp 1(0-80-0)Prerequisite:HaveearnedcreditsofCES361orconsentof HeadofSchoolPractice of surveying planning, reconnaissance survey, topographicsurvey,topographicmapping,longrangeleveling,surveying reports and documentation. Total field surveyingpracticeperiodis80hours.

CES370 Mechanics of Materials 3(3-0-6) (Fornon-civilengineeringstudents)Prerequisite:HaveearnedcreditsofSCS138orconsentof HeadofSchool

Forces, stresses, and equilibrium. Strains. Stress-strain relationships.Elasticandplasticbehaviorofmaterials.Linearelasticity. Plane stress and plane strain problems. Uniaxialproblems. Bending of beams. Torsional problems.

CES371 Mechanics of Solids I 3(3-0-6)Prerequisite:HaveearnedcreditsofMES350orconsentof HeadofSchoolForcesandstresses.Stressandstrainrelationships.Stressesinbeams.Shearandbendingmomentdiagrams.Deflectionofbeams.Torsion.Bucklingofcolumns.Mohr’scircleandcombinedstresses.Failurecriterion.

CES372 Mechanics of Solids II 3(3-0-6)Prerequisite:HaveearnedcreditsofCES371orconsentof HeadofSchoolTorsion.Shearstressandshearcenter.Compositebeamsandreinforcedconcretebeams.Bucklingofcolumns.Unsymmetrical bending.Impactandrepetitiveloading.Failurecriteria.

CES381 Hydraulics 3(3-0-6)Prerequisite:HaveearnedcreditsofSCS138orconsentof HeadofSchoolProperties of fluids. Fluid statics. Kinematics of fluid flow,conservation of mass, momentum, and energy. Similitudeanddimensionalanalysis.Flowinpipes,Open-channelflow.Flow measurements.

CES382 Hydraulics Laboratory 1(0-3-0)Corequisite:TakingCES381inthesamesemesterorconsentof HeadofSchoolExperimental measurement of viscosity. Fluid pressure. Principlesoffluidflowthroughorificesandweirs.Flowinpipes.Flowinopenchannels.Pumptest.

CES391 Special Topics in Civil Engineering I 3(3-0-6)Prerequisite:NoneNewtopicsorareasofstudynotofferedinothercivilengineering courses.Topicsmayvaryfromsemestertosemester,butaredifferentfromCES392.

CES392 Special Topics in Civil Engineering II 3(3-0-6)Prerequisite:NoneNew topics or areas of study not offered in other civil engineering courses. Topics may vary from semester to semester,butaredifferentfromCES391.

CES403 Seminar 1(0-3-0)Prerequisite:SeniorstandingorconsentofHeadofSchoolAgroupseminarononeormoretopicsofinterestinthefieldofcivilengineering,asapprovedbytheseminaradvisor.

CES405 Special Studies in Civil Engineering I 3(3-0-6)Prerequisite:ConsentofAdvisorandHeadofSchool


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Anin-depthstudyofatopicinthefieldofcivilengineeringthatisdifferentfromCES406.

CES406 Special Studies in Civil Engineering II 3(3-0-6)Prerequisite:ConsentofAdvisorandHeadofSchoolAnin-depthstudyofatopicinthefieldofcivilengineeringthatisdifferentfromCES405.

CES407 Civil Engineering Project 5(0-15-0)Prerequisite:HaveearnedcreditsofCES403An in-depthstudyona topicof interest in thefieldofcivilengineering,asapprovedbytheprojectadvisor.

CES408 Extended Civil Engineering Training 6(0-40-0)Prerequisite:SeniorstandingorconsentofHeadofSchoolExtensiveon-the-jobtrainingofatleast16weeks(640hours)at a selected organization that provides civil engineeringservices—an individualcomprehensive researchorpracticalprojectrelatedtothetrainingmustbeintensivelyconductedunderclosesupervisionoffacultymembersandsupervisorsassignedbythetrainingorganization.Attheendofthetraining, thestudentmustsubmitareportoftheprojectandalsogivesa presentation.

CES409 Special Studies in Civil Engineering III 2(2-0-4)Prerequisite:ConsentofAdvisororHeadofSchoolAnin-depthstudyofatopicinthefieldofcivilengineeringthatisdifferentfromCES405andCES406.

CES414 Finite Element Methods in Engineering 3(3-0-6)Prerequisite:NoneFundamentals of finite element methods. Boundary-valueproblems. Variational principles. Approximate methods. Developmentofstandardelements.Finiteelementprocedures. Solution techniques and computer implementation. Problem-based studies.

CES424 Bridge Engineering 3(3-0-6)Prerequisite:HaveearnedcreditsofCES322orconsentof HeadofSchoolPlanningofbridgeprojects.Design,analysisandconstructionofvarioustypesofbridgesincludingreinforcedandprestressedconcrete bridges, steel bridges, composite bridges, and cable-supportedbridges.

CES426 Durability and Deteriorations of 3(3-0-6) Construction Materials Prerequisite:HaveearnedcreditsofCES351orconsentof HeadofSchoolDurabilityproblemsanddeteriorationofconcretestructures:Bleeding, plastic shrinkage, plastic settlement, autogenous

shrinkage, thermal cracking, carbonation, drying shrinkage,alkali-aggregatereactions,acidattack,sulfateattack,delayedettringite formation, freezing and thawing, chloride-inducedsteelcorrosion,abrasionanderosion,biologicaldegradation.Deteriorationofsteelstructures.Deteriorationofpolymer-basedmaterials. Behaviors under extreme temperature. Damage due toloads,etc.Durabilityandservicelifedesign.Casestudiesofproblemsinrealstructures.

CES444 Hydraulic Engineering 3(3-0-6)Prerequisite:HaveearnedcreditsofCES381orconsentof HeadofSchoolApplicationofhydraulicprinciplestothestudyandpracticeofhydraulicengineering.Pipingsystems,waterhammer.Pumpsandturbines.Openchannelflow.Designofreservoir,dams,spillways.Hydraulicmodels.Drainagesystems.

CES446 Port and Airport Engineering 3(3-0-6)Prerequisite:HaveearnedcreditsofCES341orCES450or consentofHeadofSchoolPlanning and design of seaports and harbors. Planning of containerterminalandcargohandlingsystems.Airportmasterplanning.Airtrafficcontrol.Designofairportfacilities.

CES450 Urban Engineering 3(3-0-6)Prerequisite:NoneUrban land use patterns and modeling. Urban land use planning. Populationdynamicsandcohortanalysis.Urbantransportationplanning.Characteristicsandplanningofmasstransitsystems.GeographicInformationSystemforurbanplanning.Multi-criteriadecisionmakinginurbanplanning.Optimizationandnetworkanalysis in urban planning.

CES494 Coastal Engineering 3(3-0-6)Prerequisite:HaveearnedcreditsofCES381orconsentof HeadofSchoolReviewofmathematicsandhydrodynamics.Linearwavetheory. Wave properties. Transformation of regular waves. Analysis of irregular waves. Transformation of irregular waves. Design of breakwaters,seawalls,groinsandbeachnourishment.

CHS211 Organic Chemistry 3(3-0-6)Prerequisite:HaveearnedcreditsofSCS126orconsentof HeadofSchoolAstudyofallaspectsoffundamentalorganicchemistry,including nomenclature,chemicalandphysicalproperties,reactionsandsynthesesofmajorclassesoforganiccompounds.

CHS212 Physical Chemistry 3(3-0-6)Prerequisite:HaveearnedcreditsofSCS126orSCS139or consentofHeadofSchoolThe nature of physical chemistry; gases; chemical thermodynamics; the law of chemical thermodynamics;



free energy, phase rule, chemical equilibrium; solutionsof non-electrolytes and electrolytes; electrochemistry. Introductiontoquantumchemistry.Simplequantumsystemssuchasparticleinabox,harmonicoscillator,hydrogenatom.MolecularSymmetry.

CHS213 Applied Mathematics in Chemical 3(3-0-6) Engineering Prerequisite:HaveearnedcreditsofMAS117orconsentof HeadofSchoolTreatment and interpretation of engineering data, Ordinary differentialequationsofthefirstorderandhigherorder.Laplacetransformation. Fourier analysis - Fourier series. Integrals and transforms.Partialdifferentialequations.Nonlinearequations,approximation and interpolation, numerical differentiationsand integration.Numerical solutionofdifferentialequations.Emphasisonsolvingchemicalengineeringproblems.

CHS241 Material and Energy Balance 3(3-0-6)Prerequisite:HaveearnedcreditsofSCS126orconsentof HeadofSchoolIntroductiontochemicalengineeringcalculation:Stoichiometryandmaterial balance calculation, recycling, bypassing, andpurging,useofchemicalandphaseequilibriumdata,energybalance.Introductionofchemicalengineeringunits.

CHS242 Thermodynamics I 3(3-0-6)Prerequisite:NoneFirstlawofthermodynamics;secondlawofthermodynamicsandCarnotcycle;energy;entropy;basicheat transferandenergyconversion.ConceptofEntropy.Powerandrefrigeration cycles,equipmentincludinggasturbineandinternalcombustion engines.

CHS251 Fluid Dynamics 3(3-0-6)Prerequisite:HaveearnedcreditsofCHS241orconsentof HeadofSchoolPhysical properties of fluids, fluid static and applications, characteristicsoffluidflowandmomentumtransferincluding applications, and design of unit operations for solid-fluidseparations.

CHS261 Chemical Engineering Laboratory I 1(0-3-0)Corequisite:TakingCHS251inthesamesemesterorconsentof HeadofSchoolLaboratorypracticeandexperimentalstudiesontopicscoveredinfluiddynamicsandheattransfer.

CHS301 Chemical Engineering Training 1(0-40-0)Prerequisite:JuniorstandingorconsentofHeadofSchoolStudents are provided with on-the-job training at selected modernindustrialorservicefacilities.Thepurposesofthecourse

are to allow the students opportunities to observe how industrial engineersfunction,tolearnhowtocollaboratewithco-workers,and to develop self-responsibility. The training period must not be less than 240 hours. Students must submit a report at the endofthetrainingperiod.Satisfactory(S)orunsatisfactory(U)gradewillbegivenbasedonstudent’sperformance,qualityofthereport,andsupervisor’scomments.

CHS302 Seminar 1(0-2-1)Prerequisite:NoneStudentsarerequiredtopresentreportsoncurrentdevelopments ofchemicalengineeringtechnologytotheirclassmatesandfacultymembers.Thereportsmayleadtotheseniorprojectslater on. The reports have to be submitted for grading.

CHS315 Environmental Chemical Engineering 3(3-0-6)Prerequisite:HaveearnedcreditsofSCS126orconsentof HeadofSchoolImpacts of environmental pollution, environmental quality standards,sourcesandcharacteristicsofindustrialwastesandtreatmentmethods,hazardouswastesanddisposalmethods.

CHS316 Statistics for Chemical Engineering 3(3-0-6)Prerequisite:HaveearnedcreditsofMAS117orconsentof HeadofSchoolProbability theory; random variables; statistical inference; analysisofvariance;regressionandcorrelation;usingstatisticalmethods as a tool in problem solving.

CHS317 Safety in Chemical Operations 3(3-0-6)Prerequisite:HaveearnedcreditsofCHS241orconsentof HeadofSchoolPrinciples of safety and loss prevention control, hazard identificationandhandlingincludingriskassessment,principlesof safety management, legislation and safety laws. CHS327 Bio-Chemical Technology 3(3-0-6)Prerequisite:HaveearnedcreditsofSCS126orconsentof HeadofSchoolMolecular biology of cells and biotechnology including microbiology, microbial biotechnology, enzyme catalysis, technologyandbio-chemicalprocessesandapplications.

CHS328 Pharmaceutical Industry 3(3-0-6) and Technology Prerequisite:HaveearnedcreditsofSCS126orconsentof HeadofSchoolSurvey of basic principles of biochemistry and molecularbiology,withemphasisonbroadunderstandingofchemicalevents in pharmaceutical products in terms ofmetabolismandstructure-functionrelationshipsofbiologicallymolecules.Introductiontothepharmaceuticalproductionsystemsincludingseparationandpurificationprocesses.


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CHS331 Chemical Reaction Kinetics and 3(3-0-6) Reactor DesignPrerequisite:HaveearnedcreditsofCHS241orconsentof HeadofSchoolApplicationofthermodynamicandkineticfundamentalstotheanalysisanddesignofchemical reactors, typeof reactors:single reactorssingle reactorandmultiple reactorsystems;isothermal and non-isothermal operation: homogeneous reactorsandintroductiontoheterogeneousreactors.

CHS343 Thermodynamics II 3(3-0-6)Prerequisite:HaveearnedcreditsofCHS242orconsentof HeadSchoolThermodynamicsofmulti-componentsystemsandapplicationsforphaseequilibriumandchemicalreactionequilibrium.

CHS352 Heat Transfer 3(3-0-6)Prerequisite:HaveearnedcreditsofCHS251orconsentof HeadofSchoolBasicprinciplesandmechanismsforheattransfer,conceptualdesignforheattransferequipment.

CHS353 Mass Transfer 3(3-0-6) Prerequisite:HaveearnedcreditsofCHS352orconsentof HeadofSchoolBasicprinciplesandmechanismsformasstransfer,conceptualdesign of mass transfer and simultaneous heat-mass transfer equipment.

CHS355 Chemical Engineering Process Design 3(3-0-6)Prerequisite:HaveearnedcreditsofCHS241orconsentof HeadofSchoolProblem-basedcourse:Applicationsofchemicalengineering fundamentalstothedesignofamulti-unitprocess.Emphasisonuseofprocesssimulators.

CHS362 Chemical Engineering Laboratory II 1(0-3-0)Corequisite:TakingCHS352inthesamesemesterorconsentof HeadofSchoolLaboratorypracticeandexperimentalstudiesontopicscoveredin momentum and heat transfer.

CHS363 Chemical Engineering Laboratory III 1(0-3-0)Corequisite:TakingCHS353inthesamesemesterorconsentof HeadofSchoolLaboratorypracticeandexperimentalstudiesontopicscoveredin simultaneous heat and mass transfer.

CHS364 Experimental Design and Methods 3(3-0-6) for Chemical Engineering Prerequisite:HaveearnedcreditsofCHS316orconsentof HeadofSchool

Scientificandtechnologicalconcepts,ethicsandgoodpracticein research,searchingtheliterature,regression,applicationsofstatisticalanalyses,researchdesignprinciples,factorialdesign,nonregulardesign,designwithcomplexaliasing,interpretationof analyses.

CHS371 Petroleum and Petrochemical 3(3-0-6) TechnologyPrerequisite:HaveearnedcreditsofCHS211orconsentof HeadofSchoolIntroductiontopetroleumandpetrochemicalproducts,naturalgasanditsuse.Studychemicalandphysicalpropertiesofsomeimportantpetrochemicalproducts.Applicationsofchemicalengineeringfundamentalstothedesignofprocessesinthepetrochemicalindustry,includingrefineryandproductionplants.

CHS374 Polymer Science and Engineering 3(3-0-6)Prerequisite:HaveearnedcreditsofCHS211orconsentof HeadofSchoolPrinciplesofpolymersynthesis,characterization,andstructure/propertyrelationship.Polymerprocessing.Mechanicalproperties: fluidmechanics,viscoelasticity,creepandstressrelaxation, macroscopic andmicroscopic aspects of deformation andfracture.

CHS375 Analytical and Instrumental Chemistry 3(3-0-6) Prerequisite:HaveearnedcreditsofSCS126orconsentof HeadofSchoolTheory and practice of chemical quantitative analyses. Conventionalandmoderninstrumental,chemical,andphysicalanalysesincluding:statisticaltreatmentofdata,gravimetricandvolumetricanalyses,chemicalequilibria,acid-basechemistry,electrochemistry,complexformationreaction,chromatographicanalyses. Theory and applications of analytical instrumentsusedinchemicalengineeringandtechnology.

CHS425 General Food Science 3(3-0-6)Prerequisite:NoneAstudyofthephysical,chemical,andmicrobiologicalaspectsoffood,thefunctionofandchangesincomponentsduringpreparationandprocessingoffood.

CHS456 Transport Phenomena 3(3-0-6)Prerequisite:NoneConstitutiveequationsformomentum,energyandmasstransfer. Developmentofmicroscopicandmacroscopicmomentum,energyandmass transferequations forhomogeneousandheterogeneous systems. Analogy and dimensionless analysis. Problemsandapplicationsinchemicalengineering.

CHS457 Chemical Engineering Plant Design 3(3-0-6)Prerequisite:HaveearnedcreditsofCHS355orconsentof HeadofSchool



Problem-basedcourse:Conceptualdesignofachemicalplant,generaldesignconsiderationsandselection,processdesignprojectofachemicalplant.

CHS461 Process Dynamics and Control 3(3-0-6)Prerequisite:HaveearnedcreditsofCHS241orconsentof HeadofSchoolMathematical modeling of chemical engineering systems, solutiontechniquesanddynamicsofthesesystems,introduction toautomaticcontrol,feedbackcontrolconcept,stabilityanalysis, frequencyresponseandcontrolsystemdesigns,introductiontomeasurementandcontrolinstrumentcharacteristics.

CHS463 Energy Technology and Management 3(3-0-6)Prerequisite:HaveearnedcreditsofCHS241orconsentof HeadofSchoolElectricpowergenerationanddistribution,heatexchangers,pinchanalysis,fuelsandcombustion,heatenginesandsteamboiler,principlesofenergymanagement in industry,energyauditing, cleaner technology, and tools and methods to enhancetheefficiencyofindustrialenergysystems.

CHS481 Special Topics in Chemical 3(3-0-6) Engineering I Prerequisite:NoneNewtopicsorareasofstudynotofferedinotherchemical engineeringcourses.Topicsmayvaryfromsemestertosemester. TopicscoveredaredifferentfromCHS482andCHS483.

CHS482 Special Topics in Chemical 3(3-0-6) Engineering II Prerequisite:NoneNewtopicsorareasofstudynotofferedinotherchemical engineeringcourses.Topicsmayvaryfromsemestertosemester. TopicscoveredaredifferentfromCHS481andCHS483.

CHS483 Special Topics in Chemical 3(3-0-6) Engineering III Prerequisite:NoneNewtopicsorareasofstudynotofferedinotherchemical engineeringcourses.Topicsmayvaryfromsemestertosemester. TopicscoveredaredifferentfromCHS481andCHS482.

CHS484 Chemical Engineering Project I 1(0-3-0)Prerequisite:SeniorstandingorconsentofHeadofSchoolThefirstcourseintheseniorprojectcourseseries.Astudentteam is given a problem, for which they must determine appropriateapproachesandactionstoobtainfeasiblesolutions.Thisinvolvesestablishmentofinitialcontacts,projectproposal development, preliminary data collection, data analysis, verification of the results, and practical implementation. A presentation of the progress and submission of a status report are due at the end of the semester.

CHS485 Chemical Engineering Project II 4(0-12-0)Prerequisite:HaveearnedcreditsofCHS484orconsentof HeadofSchoolA continuation of CHS484. A team of students will workon group projects assigned to them. The projects can be intensivelyconductedinindustryorwithintheinstitute.After aprojectiscompleted,studentsareresponsibleforsubmittingtheirfinalreportandgivingapresentation.

CHS486 Special Studies in Chemical 3(3-0-6) Engineering I Prerequisite:ConsentofAdvisorandHeadofSchoolAnin-depthstudyofatopicinthefieldofchemicalengineering.

CHS487 Special Studies in Chemical 3(3-0-6) Engineering II Prerequisite:ConsentofAdvisorandHeadofSchoolAnin-depthstudyofatopicinthefieldofchemicalengineering.ThecoveredtopicisdifferentfromCHS486.

CHS488 Special Studies in Chemical 2(2-0-4) Engineering III Prerequisite:ConsentofAdvisorandHeadofSchoolAnin-depthstudyofatopicinthefieldofchemicalengineering.ThecoveredtopicisdifferentfromCHS486andCHS487.

CHS489 Extended Chemical 6(0-40-0) Engineering Training Prerequisite:SeniorstandingStudents are provided with on-the-job training at selectedmodernindustrialorservicefacilitiesforanextendedperiodofatleast16weeks(640hours).Thepurposesofthecourseareto allow the students opportunities to observe how industrial engineersfunction,tolearnhowtocollaboratewithco-workers, and to develop self-responsibility. Students must submit a report at the end of the training period.

CSS221 Computer Graphics and Applications 3(2-3-4)Prerequisite:NoneRepresentationandmanipulationofgraphicdata.Representation and transformations of two-dimensional space, three- dimensionalspace.Illuminationandshadingmodes.Visualizing and analyzing numerical data associated with scientific,business, and/or entertainment applications. Methods of creating,storing,manipulating,presenting,andanimatingtwoandthreedimensionalgraphicalobjects.Elementsofimageprocessing.Programming computer graphicswithOpenGLor similar library.

CSS224 Computer Architectures 3(3-0-6) Prerequisite:HaveearnedcreditsofEES371ortakingEES371in thesamesemesterorconsentofHeadofSchool


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Computerevolution.Conventionalcomputerarchitectures.CPUandALUstructuresanddesign.Instructionsets.Hardwiredandmicroprogrammedcontrol.Pipelining.Arrayandvectorprocessors.Multiprocessorsystems.Memoryorganizations.Cachememory.I/Oorganizations.

CSS225 Operating System 3(3-0-6)Prerequisite:Have earned credits of ITS100 or consent of HeadofSchoolBasicconceptsofoperatingsystems.Processes.Interprocesscommunicationandsynchronization.Input-output.Filesystems.Memory management.

CSS300 Computer Engineering Training 1(0-40-0)Prerequisite:JuniorstandingorconsentofHeadofSchoolPractical training in private sectors or governmental departmentsinthefieldofComputerEngineering,notlessthan240hoursduringsummervacationofthethirdyear.Studentsmustsubmitareporttohis/hersupervisorwhowilldecideforthefinalgradeofeithersatisfactory(S)orunsatisfactory(U).

CSS321 Theory of Computation 3(3-0-6)Prerequisite:NoneAutomata, computability, and complexity, emphasizing computabilityandcomputationalcomplexitytheory.Regularand context-free languages. Decidable and undecidableproblems,reducibility,completenesstheory,recursivefunctiontheory. Finite automata and regular languages. Push-down automataandcontext-freelanguages.Turingmachinesanddecidable(recursive)languages.

CSS322ScientificComputing 3(3-0-6)Prerequisite:HaveearnedcreditsofGTS210orconsentof HeadofSchoolAnintroductiontoelementarynumericalanalysisandscientificcomputation.Topicsincludeconditioning,stability,interpolation,quadrature,linearandnonlinearequationsolving,least-squaresfitting,eigenvalueandeigenvectorcomputation,optimization,andordinarydifferentialequations.

CSS323 Software Engineering 3(3-0-6)Prerequisite:NoneMethodologies and strategies for developing medium and large scalesoftware.Topicsincludesoftwaremanagement,problemanalysis,costestimation,systemdesigntechniques,systemtestingandperformanceevaluation,andsystemmaintenance.

CSS324ArtificialIntelligence 3(3-0-6)Prerequisite:Have earned credits of ITS100 or consent of HeadofSchoolOverview of current research and applications of artificial intelligence. Introduction to the languages of artificial intelligence, such as Prolog or LISP. Search techniques.

Knowledge representation, reasoning, inference. Machinelearning. Expert systems.

CSS325 Database Systems 3(3-0-6)Prerequisite:NoneDatabasesystemsarchitectures;relationaldatamodels;querylanguages;databasesecurity,integrity,andconcurrency.

CSS326 Database Programming Laboratory 1(0-3-0)Prerequisite:Have earned credits of ITS231 or consent of HeadofSchoolHands-on practice and experiments of topics in database programming. Practical Usage of database design tools.Designing user interface for database applications. Programmingdatabaseapplications.Securityandaccessindatabaseprogramming.EfficientuseofSQLforcomplicated tasks and teaching a 3GL database language. Usage of triggers, stored procedures, and functions for efficient and moresecureimplementationsofdatabaseapplications.

CSS331 Fundamentals of Data 3(3-0-6) Communications Prerequisite:NoneAnoverviewoftechniquesusedindatacommunicationsandswitchedcommunicationnetworks.Topicsinclude:protocol architectures;datatransmissionandtransmissionmedia;signal encodingtechniques;datalinkcontrolprotocols;multiplexing, multipleaccessandspreadspectrum;switchingnetworks.

CSS332 Microcontrollers and Applications 3(2-3-4)Prerequisite:Have earned credits of EES371or consent of HeadofSchoolMicrocontrollerandmicroprocessorarchitectures.Assemblylanguageprogramming.Microcontrollerinterfacing.Descriptionsofthemicrocontroller-basedsystemcomponents:electronics,functions,andinterfaces.Systembus.Interrupts.DMAandI/O.Laboratorypracticeandexperimentalstudiesontopicsrelatedtomicrocontrollers.

CSS334 Computer Networks and 3(3-0-6) Internetworking Prerequisite:NoneAnoverviewofnetworkingandinternetworkingtechnologies. TopicsincludetheOpenSystemsInterconnect(OSI)referencemodel,InternetProtocolsuite,standards,designconceptsofprotocols,routingalgorithms,andapplicationsofnetworks.

CSS400 Project Development 1(0-3-0)Prerequisite:SeniorstandingorconsentofHeadofSchoolPracticalprojectsorproblems inComputerEngineering forindividual students or groups of students under supervision of facultymembers.Studentsarerequiredtosubmitandpresentaprojectproposaltotheirprojectcommittee,appointedbytheschool.



CSS403 Computer Engineering Project 5(0-15-0)Prerequisite:SeniorstandingorconsentofHeadofSchoolPracticalprojectsorproblems inComputerEngineering forindividual students or group of students under supervision of facultymembers.Studentsarerequiredtosubmitandpresentaprojectreporttotheirprojectcommittee,appointedbytheschool.

CSS431 Machine Learning and 3(3-0-6) Pattern Recognition Prerequisite:NoneIntroductiontomachinelearningandstatisticaldecisiontheory,adaptiveclassifiers,andsupervisedandunsupervisedlearning. Different typesofmachine learningandpattern recognition systems are introduced, including transducers, feature extraction,anddecisionunits.Techniquesforopticalcharacterrecognition,speechprocessing,andremotesensing.

CSS432 Natural Language Processing and 3(3-0-6) Information RetrievalPrerequisite:NoneTechniquesforfilteringjunkemail.Techniquesfordiscoveringthedifferentmeaningsofaword.Efficientlyencodingofspellingrules.Taggingwordsaccordingtotheirpartofspeech.ParsingEnglishsentences.Languagetranslation.Modelinglanguagesemantics. Organization, representation, and access to information. Categorization,indexing,andcontentanalysis.Datastructuresforinformationretrieval.Designandmaintenanceofdatabases,indexes,classificationschemes,andthesauri.Useofcodes,formats,andstandards.Analysisandevaluationofsearchandnavigationtechniques.

CSS433 Computer Vision 3(3-0-6)Prerequisite:NoneOpticsand imageacquisition. Imagesequenceprocessing.Stereo vision. Texture segmentation. Multivariate data analysis. Discriminantfunctions.Unsupervisedlearningandclustering.Self-organizingmap(SOM).3-Dmedicalimaging(computedtomography),Rangedataandsurfaceanalysis.3-Dstructureanalysis.

CSS434 Knowledge Representation 3(3-0-6) and Reasoning Prerequisite:Have earned credits of ITS201 or consent of HeadofschoolThis course shows how knowledge can be represented symbolically,andhowitcanbemanipulatedinanautomatedwayby reasoning algorithms.Thetopicsincludelogic-basedknowledgerepresentation,first-orderlogic,descriptionlogic,inferencemechanisms, and their applications in ontologiesandtheSemanticWeb.

CSS451 Cloud Computing 3(3-0-6)Prerequisite:NoneDefinition and evolution of cloud computing. Enabling technologies, service and deployment models. Popular cloudstacksandusecases.Benefits,risks,andchallenges of cloud computing. Economic models and SLAs. Cloudsecurity. Cloud infrastructure. Virtualization. Cloud storage.Programming models for the Cloud.

CSS452 Internet of Things 3(3-0-6)Prerequisite:NoneInternetofThings(IoT)andWebofThings(WoT),layeringandREST,makingthingssmart,IoTbusinessaspects,IoTbusinessissuesandmodels,IoTcommunicationprotocols,persuasive technologies, big IoT data, semantics and semantic technologies,andimplicationsforsociety.

CSS453 Cyber Crimes and Digital Forensics 3(3-0-6)Prerequisite:NonePrinciplesandpracticesofCyberCrimesanddigitalforensics.Legalandethicalimplicationsofcomputerforensics.Forensicduplication.Data recovery.Steganography.Digitalevidencecontrols.Networkforensics.Softwarereverseengineer.Toolsandtechniquesforinvestigatingcomputerintrusions.

CSS454 Network Security 3(3-0-6)Prerequisite:NoneTheoryandpracticeofnetworksecurity,focusinginparticularonthesecurityaspectsofthewebandInternet.Securityservices.Communicationprivacy.Threatsagainstnetworkedapplications.Cryptographicalgorithms.Keymanagement.Digitalsignatures.Certificates and authentication protocols. Access controls. Controlsagainstnetworkattacks.Internetsecurityprotocols.Firewalls. Intrusiondetectionsystems.Privatee-mails.Trust management.

CSS481 Special Topics in Computer 3(3-0-6) Engineering Fundamentals I Prerequisite:ConsentofHeadofSchoolTopics of current interest in Computer Engineering Fundamentals.

CSS482 Special Topics in Computer 3(3-0-6) Engineering Fundamentals IIPrerequisite:ConsentofHeadofSchoolTopics of current interest in Computer Engineering Fundamentals.

CSS483 Special Topics in Computer 3(3-0-6) Engineering Fundamentals IIIPrerequisite:ConsentofHeadofSchoolTopics of current interest in Computer Engineering Fundamentals.


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CSS484 Special Topics in Computer 3(3-0-6) Engineering Applications IPrerequisite:ConsentofHeadofSchoolTopicsofcurrentinterestinComputerEngineeringApplications.

CSS485 Special Topics in Computer 3(3-0-6) Engineering Applications IIPrerequisite:ConsentofHeadofSchoolTopicsofcurrentinterestinComputerEngineeringApplications.

CSS486 Special Topics in Computer 3(3-0-6) Engineering Applications IIIPrerequisite:ConsentofHeadofSchoolTopics of current interest in Computer Engineering Applications.

CSS495 Special Studies in Computer 3(3-0-6) Engineering I Prerequisite:NoneSpecial study on current topics related to Computer Engineering.

CSS496 Special Studies in Computer 3(3-0-6) ` Engineering II Prerequisite:NoneSpecial study on current topics related to Computer Engineering.

CSS497 Special Studies in Computer 2(2-0-4) Engineering III Prerequisite:NoneSpecial study on current topics related to Computer Engineering.

CSS499 Extended Computer Engineering 6(0-40-0) Training Prerequisite:SeniorstandingorconsentofHeadofSchoolExtensiveon-the-jobtrainingofatleast16weeks(640hours)ataselectedorganizationthatprovidesComputerEngineeringservices.An individual comprehensive researchorpracticalprojectmustbeintensivelyconductedunderclosesupervisionoffacultymembersandsupervisorsassignedbythetrainingorganization. At the end of the training, the student mustsubmitareportoftheprojectandalsogiveapresentation.

EES203 Basic Electrical Engineering 3(3-0-6) (Fornon-majorstudents)Prerequisite:NoneBasicDCandACcircuitanalysis;voltage;currentandpower;transformers;introductiontoelectricalmachinery;generators,

motors and their uses; concepts of three phase systems;methodsofpowertransmission;introductiontosomebasicelectricalinstruments.

EES204 Basic Electrical Engineering Laboratory 1(0-3-0)Prerequisite:HaveearnedcreditsofortakingEES203inthe samesemesterorconsentofHeadofSchoolLaboratory practice and experimental studies on topics coveredinEES203.

EES210 Basic Electrical Engineering Laboratory 1(0-3-0)Prerequisite:HaveearnedcreditsofEES216orconsentofHead ofSchoolLaboratory practice and experimental studies on topics coveredinEES216.

EES211 Electrical Measurement and 3(3-0-6) Instrumentation Prerequisite:Haveearnedcreditsof(EES203orEES216)or consentofHeadofSchoolUnitsandstandardsofmeasurement.Basicop-amp-basedinstruments in the time domain and frequency domain. Measurement of DC levels and AC signals using analog and digital instruments. Ammeters, voltmeters, ohmmeters, multimeters, wattmeters, oscilloscopes, signal generators, andspectrumanalyzers.Analog-to-digitalanddigital-to-analog converters for instruments. Power and power factor. Measurement of impedance. Transducers and their applications,noiseandcalibration.

EES212 Electromagnetics 3(3-0-6)Prerequisite:Haveearnedcreditsof(MAS117andSCS139)or consentofHeadofSchoolElectrostaticfields;conductorsanddielectrics;capacitance; convectionandconductioncurrents;resistance,magnetostatic f ields; magnetic materials; inductance, time-varying electromagneticfields;Maxwell’sequations.

EES216 Circuit Analysis 3(3-0-6)Prerequisite:NoneCircuitelements;nodeandmeshanalysis;circuittheorems; resistance, inductance, and capacitance; first and secondordercircuits;phasordiagram;ACpowercircuits;three-phasesystems.

EES221 Computational Tools in Electrical 3(2-2-5) EngineeringPrerequisite:HaveearnedcreditsofMAS117orconsentof HeadofschoolOrdinary differential equations (ODE), series solution,



systems of ODEs, linear algebra, eigen problem, solutions via computationalsoftwareandnumericalsolutions,functionsofmatrices,differenceequations,EEcomputationalsoftwareforcircuitanalysisandsimulation.

EES281 Signals and Systems 3(3-0-6)Prerequisite:Haveearnedcreditsof(EES221orMAS215)or consentofHeadofSchoolContinuous-time and discrete-time signals and systems.Linear systems and their properties. Fourier analysis of continuous-time and discrete-time signals and systems.SamplingandConvolution,reconstructionofsignals.Laplacetransform and its applications to continuous-time systemanalysis. Z-transform and its applications to discrete-timesystem analysis.

EES298 Electrical Engineering Project Design I 1(0-3-0)Prerequisite:SophomorestandingorconsentofHeadofschoolBasicprojectdesign:Conceive,Design,Implementationand Operation (CDIO), problem-based learning, focusing on ConceiveandDesignprocesses,multi-disciplinaryandself- driven initiatives, idea generation and teamwork skill training.

EES300 Electrical Engineering Training 1(0-40-0)Prerequisite:JuniorstandingorconsentofHeadofSchoolPractical training in the private sector or governmental departmentsinrelatedfieldsofelectricalengineeringfornotless than 240 hours during summer vacation of the thirdyear. Students must submit a report at the end of the training period.Asatisfactory(S)gradeoranunsatisfactory(U)gradewillbegiven,basedonthestudent’sperformance,qualityofthereport,andsupervisor’scomments.

EEE306 Basic Electrical Machines and 3(3-0-6) Power Systems Prerequisite:Haveearnedcreditsof(EES203orEES216)or consentofHeadofSchoolBasicconceptsinpowersystemanalysis,suchasphasors,complex power, power factor improvement, three-phase circuits.Voltage,current,andpowercalculationsinsinglephaseandthreephasesystems. IntroductiontoMagneticCircuitsandTransformers.BasicconceptsofDCandACRotating Machines. Induction motor and synchronous generator: principles,characteristic,operationsandapplications.

EES307 Basic Electromechanical Energy 1(0-3-0) Conversion Laboratory Prerequisite:Haveearnedcreditsof(EES306orEES308)or consentofHeadofSchoolLaboratorypracticeandexperimentalstudiesontopicscoveredin EES306 or EES308

EES308 Basic Electromechanical Energy 3(3-0-6) Conversion Prerequisite:Haveearnedcreditsof(EES203orEES216)or consentofHeadofSchoolIntroductiontomagneticcircuits.Basicprinciplesoftransformers, efficiency,andconnections.BasicconceptsofDCandACrotatingmachines.CharacteristicsofDCgenerators,motors,speedcontrol,andapplications.Synchronousandinduction machines: principles, characteristics, operations, and applications.Threephaseandsinglephaseinductionmotors.Methodsofstartingsingle-phaseinductionmotors.

EES315 Probability and Random Processes 3(3-0-6)Prerequisite:HaveearnedcreditsofMAS117orconsentof HeadofSchoolRandom experiments, events, probability, discrete and continuous random variables, probability density function,cumulativedistributionfunction,functionsofrandomvariables,expectations; central limit theorem, law of large numbers, central limit theorem; introduction to random processes, randomnoise,Gaussianrandomprocess,autocorrelationandpowerspectraldensity. EES330 Electronic Circuits Laboratory 1(0-3-0)Prerequisite:HaveearnedcreditsofEES332orconsentof HeadofSchoolLaboratorypracticeandexperimentalstudiesontopicscoveredin EES331 and EES332.

EES331 Electronic Circuits I 3(3-0-6)Prerequisite:HaveearnedcreditsofEES216orconsentof HeadofSchoolSemiconductorsandpnjunctiondiodes.Diodecircuitsandpower supplymodules. Bipolar junction transistors (BJTs),andfield-effecttransistors(MOSFETs,NMOS,PMOS,CMOS,JFETs).DCandACanalysisofsingle-stageandmulti-stageamplifiers based on transistors. Frequency response of amplifiers.Operationalamplifiers.

EES332 Electronic Circuits II 3(3-0-6)Prerequisite:Have earned credits of EES331or consent of HeadofSchoolProblem-basedlearning;Introductiontodifferentialamplifiers andcurrentmirrors.OperationalAmplifiers-741op-ampcircuits,feedbackamplifiers,frequencyresponses,Bodeplots,stability,phasecompensation.Comparators.Waveformgeneratorsandwaveshaping.Activefilters.Switched-capacitorfilters.Powerelectroniccircuits:Regulatedpowersupplies,regulators,andpoweramplifiers.

EES340 Electrical Machines Laboratory 1(0-3-0)Prerequisite:Have earned credits of EES341or consent of HeadofschoolLaboratory practice and experimental studies on topics coveredinEES341.


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EES341 Electrical Machines 3(3-0-6)Prerequisite:Haveearnedcreditsof(EES203orEES216)or consentofHeadofschoolMagnetic circuits; principles of electromechanical energyconversion;energyandco-energyinmagneticcircuits;singlephase and three phase transformers; principles of rotating machines; DC machines; AC machines construction; synchronousmachines;singlephaseandthreephaseinductionmachines;protectionofmachines.

EES342 Electrical Power System 3(3-0-6)Prerequisite:Haveearnedcreditsof(EES203orEES216)or consentofHeadofschoolElectrical power system structure; AC power circuits; per unit system; generator characteristics andmodels; power transformer characteristics and models; transmission lineparameters and models; cable parameters and models; fundamentalofloadflow;fundamentalsoffaultcalculation.

EES351 Principles of Communications 3(3-0-6)Prerequisite:Haveearnedcreditsofortaking(EES315orIES302) inthesamesemesterandhaveearnedcredits ofEES281orconsentofHeadofschool.Communication models, wire/cable and wireless/radio;Introduction to signal and system; spectrum of signal and applicationsofFourierseriesandtransform;analogmodulation, AM, DSB, SSB, FM, NB/WBFM, PM; noise in analog communication; binary baseband modulation; Nyquist’s samplingtheoryandquantization;pulseanalogmodulation,PCM,DM;multiplexingtechniques;introductiontotransmission lines, radio wave propagation, microwave components and communication, satellite communications, optical communication.

EES363 Mechatronic Instrumentation 3(3-0-6)Prerequisite:Haveearnedcreditsof(EES203orEES216)and MES211orconsentofHeadofSchoolAnalysis,characteristicsandapplicationsofinstrumentsusedin engineering mechatronics including transducers, sensors,actuators, etc. Measurement principles. Integrated sensorsactuators.ProgrammableLogicControl(PLC)DataAcquisitionSystem.

EES370 Digital Circuits Laboratory 1(0-3-0) Prerequisite:HaveearnedcreditsofortakingEES371inthesame semesterorconsentofHeadofSchoolLaboratory practice and experimental studies on topics coveredinEES371.

EES371 Digital Circuits 3(3-0-6)Prerequisite:NoneNumber systems and codes. Logic signals and gates. Electroniccircuitsof logicgates.Logicgate families.Logicgatecharacteristics.Arithmeticcircuits.Combinational logic

circuits.Sequentiallogiccircuits.Programmablelogicdevices.IntroductiontoA/DandD/Aconversions.Introductiontodigitalintegratedcircuits

EES380 Feedback Control Laboratory 1(0-3-0)Prerequisite:Have earned credits of EES381or consent of HeadofSchoolLaboratorypracticeandexperimentalstudiesontopicsoveredin EES381. EES381 Feedback Control Systems 3(3-0-6)Prerequisite:Haveearnedcreditsof(EES203orEES216)or consentofHeadofSchoolMathematicalmodelsofsystems;transferfunction;systemmodels ontimedomainandfrequencydomain;dynamicmodelsand dynamicresponsesofsystems;firstandsecondordersystems;open-loopandclosed-loopcontrol;feedbackcontrolandsensitivity, typesoffeedbackcontrol;conceptsandconditionsofsystemstability, methods of stability testing. EES382 Microprocessors and Embedded 3(3-0-6) Systems Prerequisite:Have earned credits of EES371or consent of HeadofSchoolMicroprocessor architecture; instruction sets and assemblylanguage programming; concepts of timing and clocks;task-modelingandreal-timeoperatingsystem;state-machineandconcurrentprocesses;encodingandflowcontrol;formalverification;signaldigitizationandconditioning;memoryandI/Ointerfacing. EES398 Electrical Engineering Project Design II 1(0-3-0)Prerequisite:JuniorstandingorconsentofHeadofschoolProjectdesignconcept:Conceive,Design,ImplementationandOperation(CDIO),project-basedlearningfocusingonDesignandImplementationprocesses,creativesolutionandefficiencyconcern,effectivecommunicationandtechnicalpresentationskill training.

EES431 Analog Integrated Circuits 3(3-0-6)Prerequisite:Have earned credits of EES332or consent of HeadofSchoolOutputstagesandpoweramplifiers.BJTandMOScircuitsofoperationalamplifiers.Advancedcurrentmirrorsandop-amps.Comparators. Voltage references. Data conversion, sampleand holds, Nyquist-rate digital-to-analog converter circuits,Nyquist-rateanalog-to-digitalconvertercircuits,Oversamplingconverters. Translinear principles. Anague multipliers and dividers.Phase-lockedloops(PLL).Precisionrectification.

EES432 Digital Integrated Circuits 3(3-0-6) Prerequisite:Have earned credits of EES332or consent of HeadofSchoolDesignprinciplesofdigitalintegratedcircuits.NMOSinverters,



pseudo NMOS, pass transistors, CMOS inverters, transmission gates. Logic families and their characteristics. Sources ofpropagationdelay.Noisemargins.Dynamicloads.Crosstalk. Transmission line effects. Advanced design concepts, Programmablegatearrays(PLAs).

EES433 Introduction to VLSI Design 3(3-0-6)Prerequisite:Haveearnedcreditsof(EES371andEES332)or consentofHeadofSchoolIntroduction to design and fabrication of very large scale integratedsystemsusingNMOSandCMOStechnologies.CADtoolsandcomputer-aideddesign.Useofstate-of-theartdesignmethodologies and tools. Testing and design for testability. Modularity,parallelism,localcommunications,faulttolerance.

EES435 Physical Electronics 3(3-0-6)Prerequisite:Have earned credits of EES331or consent of HeadofSchoolQuantummechanical principles. Atomic structure. Crystal structure. Energy band theory. Energy bands and charge carriersinsemiconductorsandmetals.Equilibriumandtransport propertiesofsemiconductors.p-njunctionanddiodeequations.Diodes,bipolarandfield-effecttransistors.Physicalprinciplesofothersemiconductordevicesofcurrentinterest.

EES436 Chaotic Circuits and Systems 3(3-0-6)Prerequisite:Have earned credits of EES332or consent of HeadofSchoolEmergenceofchaostheory,classicalandmodernhistoryofchaos theory.Chua’scircuit.Chaoticcircuitsandsystems.Chaotic jerk circuits and systems. Hyperchaotic circuitsand systems.Hyperchaotic hyperjerk circuits and systems. Applications of chaotic circuits and systems to secure communications and others. Bifurcations, spectrum of Lyapunov exponents, homoclinic orbits, Poincare sections.Self-excitedattractorsandhiddenattractors.

EES441 Electrical System Design 3(3-0-6)Prerequisite:Haveearnedcreditsof(EES203orEES216)or consentofHeadofschoolBasic design concepts; codes and standards; power distributionschemes;electricalwiresandcables;raceways;electricalequipmentandapparatus; loadcalculation;powerfactorimprovementandcapacitorbankcircuitdesign;lighting and appliances circuit design; motor circuit design; load,feeder,andmainschedule;emergencypowersystems;shortcircuitcalculation;groundingsystemsforelectricalinstallation.

EES442 Power Electronics 3(3-0-6)Prerequisite:Have earned credits of EES331or consent of Headofschool

Characteristics of power electronics devices; principles ofpowerconverters-ACtoDCconverter,DCtoDCconverter,ACtoACconverter,DCtoACconverter.

EES443 High Voltage Engineering 3(3-0-6) Prerequisite:Haveearnedcreditsof(EES203orEES216)or consentofHeadofschoolUses of high voltage and overvoltage in power systems; generation of high voltage for testing; high voltage measurementtechniques;electricfieldstressand insulationtechniques, breakdown of gas; liquid and solid dielectrics; high voltage testing techniques; lightning and protection;insulationcoordination.

EES444 Power System Protection 3(3-0-6) Prerequisite:Have earned credits of EES341or consent of HeadofschoolFundamentalofprotectionpractices;instrumenttransformerandtransducers;protectiondevicesandprotectionsystems;overcurrentandearthfaultprotection;differentialprotection;transmissionlineprotectionbydistancerelaying;transmissionlineprotectionbypilotrelaying;motorprotection;transformer protection; generator protection; bus zone protection; introductiontodigitalprotectiondevices.

EES445 Renewable Energy 3(3-0-6)Prerequisite:NoneIntroductiontoenergysystemsandrenewableenergyresources; potentialof renewableresources;differenceofconventionalandrenewableenergytechnologies;renewabletechnologies,suchassolar,wind,biomass,geothermal,biogas,municipalsolidwaste,waveenergy,andfuelcell;energystorages;laws, regulations, and policies of renewable energy; economicsaspects.

EES446 Energy Conservation and Management 3(3-0-6)Prerequisite:NoneFundamentals of energy efficiency; principles of energy efficiency in building and industry; loadmanagement; lawsandregulationsofenergyconservation;energymanagementand analysis in buildings and industry; technical aspectsto use energy efficiently in lighting systems, heating and ventilating and air-conditioning (HVAC) systems, industrialmotors; co-generation; energy conservation and economicanalysis.

EES447 Power Plants and Substations 3(3-0-6)Prerequisite:Have earned credits of EES341or consent of HeadofschoolLoadcurve;diesel powerplants; steampowerplants; gasturbinepower plants; combined cycle power plants; hydropowerplants;nuclearpowerplants;renewableenergysources;typesofsubstations;substationequipment;substationlayout;


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substation automation, lightning protection for substations;grounding systems.

EES448 Electrical Safety 3(3-0-6)Prerequisite:NoneElectricalHazardsandsafetymeasures;causesofelectricalaccidentsandinjuries;electricshock;stepandtouchpotentials;electrostaticdischarge(EDS);electricalarcflashandprotection;electricalisolation;practicalgrounding,bonding,andshielding;electrical safety testing; circuitprotectiondevices; electricalsafety guidance for low-voltage and high-voltage systems;electricalsafetyintheworkplaces.

EES450 Signal Processing and Communication 1(0-3-0) LaboratoryPrerequisite:Haveearnedcreditsof(EES351andEES472)or consentofHeadofSchoolSampling and reconstruction of signals, digital filter designand hardware implementation, real-time filtering, AM-FMmodulation/demodulation, basic digital communication techniques, spectrum analysis, power measurement, DSPsystem simulation.

EES451 Data Communications and Networks 3(3-0-6)Prerequisite:NoneIntroductiontodatacommunicationsandnetworks; layerednetworkarchitecture;point-to-pointprotocolsandlinks;delaymodelsindatanetworks;medium-accesscontrolprotocols;flow control; error control; local area networks; switchingnetworks;routingindatanetworks;networksecurity;cloudnetworks,architectureandsystems;standards.

EES452 Digital Communication Systems 3(3-0-6)Prerequisite:Have earned credits of EES351or consent of HeadofSchoolReviewofprobabilityandrandomprocesses;signalspace;minimumNyquistbandwidth;signaldetection;AWGN,digitalmodulation techniques, sigma-delta, performance analysis;synchronization; equalization; introduction of informationtheory; source coding; channel coding; multichannel andmulticarriersystems;spreadspectrumtechniques;multipathfadingchannels.

EES453 Satellite Communication Systems 3(3-0-6)Prerequisite:Have earned credits of EES351or consent of HeadofSchoolIntroductiontospacecommunicationsandfrequenciesused.Satellite orbits and their effect on communication systems design. Communication satellites and their principal subsystems.Multipleaccess.Earthstations.Satellitenetworks.Techniquesinsatellitecommunications.

EES454 Communication Networks and 3(3-0-6) Transmission Lines Prerequisite:Have earned credits of EES351or consent of HeadofschoolWire and wireless communication; wire communication network;Y,Z,F,G,Hmatrix,relation;connectionandbasiccircuits,networktransformation,transmissionquantities,signal transmission circuit techniques, wave filters, attenuator, impedance matching, transmission line theory, equation, solution for low, medium, high frequencies, primary andsecondaryconstant; incidentandreflectedwaves,standingwaveratio,linecharacteristicsforopen,short,terminatedload,lossless,andlossylines;reflectionsintimedomain,bouncediagrams,near-endandfar-endcrosstalk,differentialsignaling,compositeline,typesofcable,andunshieldedtwistedpair,coaxialcable;currentcablestandards.

EES455 Mobile Communications 3(3-0-6)Prerequisite:Have earned credits of EES351or consent of HeadofSchoolWirelesscommunicationsystem; theory,principleofmobilecommunication system; characteristic and impact of radiopropagation;modulationtechniques;speechcoding;diversity channel coding; multiplexing technique; interconnection components for mobile communication system; standardsofcurrentmobilecommunication,3G,4G,5G,andbeyond;cellularsystems:multipleaccessandinterferencemanagement,capacityofwirelesschannels,multiusercapacity;MIMOsystem.

EES456 Optical Communications 3(3-0-6) Prerequisite:Have earned credits of EES212or consent of HeadofSchoolCylindricaldielectricwaveguidesandpropagatingconditions;structureandtypesofopticalfiber;opticalfiberparameters;opticalfiberproduction;opticalcabletypes;opticaltransmitters; opticalreceivers;signaldegradations,attenuationanddispersion in fiber link; optical repeaters and amplifiers; link budget calculation;multiplexing in optical link system; introductiontoFTTX.

EES457 Broadband Communication 3(3-0-6)Prerequisite:Have earned credits of EES351or consent of headofschoolPrinciplesofbroadbandcommunicationnetworksforswitchingtelephonesystem,VoIPtelephone,WANinfrastructure;ATM,VPN,FDDI,DSL,andcurrent techniques; Internet, intranet;SDH,trafficengineeringandQoS;FITH,WLANS,PONDWDMnetwork; theory of power line communications (PLC) for narrowband, broadband communications, standards of PLC-based Networking.



EES458 Communication Electronics 3(3-0-6)Prerequisite:HaveearnedcreditsofEES332andEES351or consentofHeadofSchoolRFandpoweramplifiers,oscillators,phase-lockedloops,filters,carriermodulators and demodulators, analog-to-digital anddigital-to-analogconverters,examplesofcommerciallyavailableintegratedcircuitsforcommunicationsystems.

EES461 Microwave Principles 3(3-0-6)Prerequisite:Have earned credits of EES212or consent of HeadofSchoolReview of Maxwell’s equations, plane waves; microwave transmissionlinesandwaveguides;microwavenetworkanalysis; impedanceandequivalentvoltageandcurrent;s-matrix;signal flow graphs, impedance matching and tuning, microwave resonators;powerdividersanddirectionalcouplers;microwavefilters;point-to-pointmicrowavelink;radarsystems;microwavepropagation;basicsofmicrowavemeasurement;applications.

EES462 Antennas 3(3-0-6)Prerequisite:Have earned credits of EES212or consent of HeadofSchoolBasic definitions and theory; isotropic point source; powerandfieldpatterns;directivityandgain;efficiency,polarization;inputimpedanceandbandwidth;Friistransmissionequation,radiation from current elements; ground effects; radiationpropertiesofwireantenna;arrayantenna;Yagi-Udaantennas and log-periodic antennas; aperture antenna; microstripantenna;modernantennasforcurrentapplications;antennacharacteristicsmeasurement.

EES465 Biomedical Instrumentation 3(3-0-6)Prerequisite:Have earned credits of EES211or consent of HeadofSchoolOverviews of human body. Electrodes and biotransducers.Bioelectric amplifiers. Instrumentation for heart and brain parameters.Magneticresonanceimaging.Medicallaboratoryi nstrumentation.Medicalultrasound.Bioelectricandbiomagnetic measurement. Biochemical measurement. Chemical transducers: electrochemical, optical, and biosensor basedchemicaltransducers,etc.Continuousmeasurementofchemical qualities.Computersinbiomedicalequipment.Opticalbasedchemicalequipmentforenvironmentmonitoring.

EES472 Digital Signal Processing 3(3-0-6) Prerequisite:Have earned credits of EES281or consent of HeadofSchoolContinuous-timeanddiscrete-timesignals,spectralanalysis; decimation and interpolation; sampling rate conversion;DFT;probabilisticmethodsinDSP;designofFIR,IIRdigitalfilters,multirate systems and filterBanks;DiscreteWavelet Transform; introduction to some DSP applications suchas image processing, speech and audio processing, array processingandfurthercurrentapplications.

EES475 Digital Image Processing 3(3-0-6)Prerequisite:Have earned credits of EES281or consent of HeadofSchoolDigital image fundamentals. Image transformations. Image enhancement.Imagerestoration.Imagecompression.Imagesegmentation.Representationschemesanddescriptors.

EES477 Signal Processing for Communication 3(3-0-6) Systems Prerequisite:Have earned credits of EES472or consent of HeadofSchoolSpeechcodinganddecoding,imagecodinganddecoding,transmultiplexers, filter banks, channel estimation, channelequalization,synchronization,arrayprocessing,powerspectralestimation,adaptivefiltering,ADCandDACalgorithms.

EES478 Introduction to Computer Vision 3(3-0-6) and Pattern RecognitionPrerequisite:None (EES475 Digital Image Processing is recommended)Opticsand imageacquisition. Imagesequenceprocessing.Stereo vision. Texture segmentation. Multivariate data analysis. Discriminantfunctions.Unsupervisedlearningandclustering.Self-organizingmap(SOP).3-Dmedicalimaging(computedtomography),Rangedataandsurfaceanalysis.3-Dstructureanalysis.

EES481 Introduction to Robotics 3(3-0-6)Prerequisite:Have earned credits of EES381or consent of HeadofSchoolOperationprinciples,analysis,anddesignofrobots.Mechanical manipulators: kinematics, dynamics, trajectory planning,and control. Robotic vision and visual feedback. Robot programming languages. Control algorithm design. Current topicsofinterestfromtheliterature.

EES482 Introduction to Mechatronics 3(3-0-6)Prerequisite:NoneIntroduction to integration of mechanical, electrical, andcomputersystemsforinformationprocessingandcontrolofmachinesanddevices.Basicelectronics,signalprocessing,micro-controllerandmicroprocessor,sensorsandactuators.Control architecture in mechatronic systems. Overview ofelectro-mechanicaldesignandembeddedsystemsintopicsofcurrentinterestinmechatronics.

EES483 Linear System Theory 3(3-0-6)Prerequisite:Have earned credits of EES381or consent of HeadofSchoolMathematicaldescriptionofsystems.State-spacedescriptionoflineardynamicalsystems.Controllabilityandobservability. Stabilityanalysis.Stabilizabilityanddetectability.Statefeedbackand observers.Introductiontooptimalcontrol.


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EES485 Dynamic Systems and Control 3(3-0-6)Prerequisite:HaveearnedcreditsofMES351orconsentof HeadofSchoolMathematicalmodelingofmechanical,electrical,pneumatic, hydraulic and combined physical systems using a unifiedapproach such as theBond graph technique. Introductionstate-variables, system response, stability using laplacetransform technique. System characteristics; controllabilityandobservability.Openandclosedloopresponsesofcontrolsystems. Solution to state equation by direct analysis anddigitalcomputermethods.

EES491 Electrical Engineering Seminar I 1(0-3-0) Prerequisite:SeniorstandingorconsentofHeadofschoolPresentationanddiscussionofrecentadvancesandresearchinelectricalengineeringbyguestlecturers,faculty,andstudents.Topicsmayvaryfromsemestertosemester.S/Ugrading.

EES492 Electrical Engineering Seminar II 1(0-3-0)Prerequisite:SeniorstandingorconsentofHeadofschoolPresentationanddiscussionofrecentadvancesandresearchinelectricalengineeringbyguestlecturers,faculty,andstudents.Topicsmayvaryfromsemestertosemester.S/Ugrading.

EES493 Special Topics in Electrical 3(3-0-6) Engineering I Prerequisite:NoneNewtopicsorareasofstudynotoffered inotherelectrical engineering courses. Topics may vary from semester to semester.

EES494 Special Topics in Electrical 3(3-0-6) Engineering II Prerequisite:NoneNewtopicsorareasofstudynotoffered inotherelectrical engineering courses. Topics may vary from semester to semester.ThecoveredtopicisdifferentfromEES493.

EES495 Special Studies in Electrical 3(3-0-6) Engineering II Prerequisite:NoneCurrent development and/or fundamental knowledge in electricalengineeringtechnologies.

EES496 Special Studies in Electrical 3(3-0-6) Engineering I Prerequisite:NoneCurrent development and/or fundamental knowledge in electricalengineeringtechnologies. EES497 Special Studies in Electrical 2(2-0-4) Engineering III Prerequisite:None

Current development and/or fundamental knowledge in electricalengineeringtechnologies.

EES498 Electrical Engineering Project 5(0-15-0)Prerequisite:SeniorstandingorconsentofHeadofSchoolPracticalprojectsorproblemsinelectricalengineeringforindividualstudentsorgroupsofstudentsundersupervisionoffacultymembers. Studentsarerequiredtosubmitcompleteprojectreportsandpresenttheprojectresultstotheirprojectcommitteeappointedby the program.

EES499 Extended Electrical Engineering 6(0-40-0) Training Prerequisite:SeniorstandingorconsentofHeadofSchoolFull-timeresearchorpracticaltrainingunderclosesupervision of faculty members and assigned supervisors from the ElectricalEngineering-relatedcompanyforatleast16weeks(640 hours). Evaluation basedon the project achievement,projectreportandfinaloralpresentation.

GTS111 Probability for Technologists 3(3-0-6)Prerequisite:NoneCombinatorialanalysis.SampleSpace.AxiomsofProbability.ConditionalProbability and Independence.Bayes’ theorem.Introductionofrandomvariables.Introductionofcontinuous random variables. Jointly distributed random variables. Propertiesofexpectation.Poissonprocess.Markovchains.Random walks. Examples and applications selected for technologists.

GTS112 Principles of Linear Algebra 3(3-0-6)Prerequisite:NoneElementarymatrices:Matrixaddition,Matrixmultiplication,Matrix inversion.Applicationsinpopulationdynamics.Matricesand systemsof linearequations.Hermitianmatricesandunitary matrices.Determinant.Cramer’srule.Vectorspaces.Linearindependence.Bases. Dimensions. Rank of matrices. Orthogonality. Eigenvalues and eigenvectors. Reduction of matrices to diagonal forms.

GTS116 Mathematics for Technologists I 3(3-0-6)Prerequisite:NoneIntroductorycalculus:acourseonthedifferentialandintegralcalculusoffunctionsofonevariable.Topicsincludelimitsandcontinuityoffunctions,originanddefinitionofthederivative;exponential, and logarithmic forms; origin and definition ofanti-derivative; integral calculus; indefinite integrals. Taylor’sTheorem for a function of two variables; introduction to differentialequations.



GTS117 Mathematics for Technologists II 3(3-0-6)Prerequisite:HaveearnedcreditsofGTS116orconsentof HeadofSchoolIntroductiontovectors,curves,andsurfacesinspace;partialdifferentiation;directionalderivativesandthegradientvector;integration,techniquesofintegration,andlogarithmicfunctions.Three-dimensionalanalyticgeometry.Differentialandintegralcalculusoffunctionsoftwoorthreevariables:partialderivatives,multipleintegrals,Lagrangemultipliers,andGreen’sTheorem.

GTS121 General Science I 3(3-0-6)Prerequisite:NoneElements of mechanics: concepts of vectors, forces,motion, energy and conservation laws. Elements ofelectromagnetism, electric field and potential, magnetic f ie ld, Faraday’s law of induct ion, electromagnetic waveandapplications,introductiontocircuitanalysis.

GTS122 General Science II 3(3-0-6)Prerequisite:NoneAn introduction to chemistry: states of matter, chemical reactions,organicchemistryandtheirapplications.Introductionto biology, interplay between structure and function at themolecular,cellular,andorganismalleveloforganization,studyof major systems in human body.

GTS133 Environmental Studies 3(3-0-6)Prerequisite:NoneTheecologyofnaturalsystems,ecosystems,andgrowth.Foodproductionandlanduse.Extinctionandgeneticresources.Sources ofenergy,energyutilization,andrelatedenvironmentalissues. Control of pest and weeds. Water resources and water pollution. Air pollution. Solid waste. The environment and human health.

GTS202 English Language Structures 3(3-0-6)Prerequisite:NoneThe course aims to further develop students’ English proficiency. The course emphasizes academicwriting frombasicsentencesandparagraphstomorecomplexstructures.TheEnglishstructurescoveredinthiscoursewillaidstudentsinpreparingforstandardizedEnglishexaminations.

GTS210 Mathematics for Technologists III 3(3-0-6)Prerequisite:HaveearnedcreditsofGTS117orconsentof HeadofSchoolVectorsintheplaneandspace,systemsoflinearequations,vectors,vectorspaces,lineartransformations,innerproducts,eigenvaluesandeigenvectors. Introduction tomatricesanddeterminantsandcomplexnumbers.

GTS212 Calculus for Technologists I 3(3-0-6)Prerequisite:NoneRealnumbers,functionsandtheirgraphs:polynomial,rational,exponential,logarithmic,andtrigonometricfunctions.Analytic trigonometry. Limitsandcontinuityof functions.Derivatives.Rules of differentiation. Product and quotient rules. Higherorderderivatives.Chainrule.Derivativeof implicitfunctions.Indefiniteintegrationandtechniquesofintegration.Integrationbysubstitution.Integrationbyparts.Examplesinclass,selectedfortechnologists.

GTS213 Calculus for Technologists II 3(3-0-6)Prerequisite:HaveearnedcreditsofGTS212orconsentof HeadofSchoolApplications of differentiation. Partial derivatives-chain rule. Optimization. Integration by partial fractions. Applications of integration for technologists: areas, consumer surplus. Separable differential equations: population growth, flowprocesses, finance and investmentmodels. Sequence andseries-power series. Taylor series.

GTS231 Law and Technology 3(3-0-6)Prerequisite:NoneAstudyoftherelationbetweenlawsandtechnology:explorationofissuesinbothprivateandpubliclawspertainingtotheapplication oftechnology.Implicationoftechnologyonlawdevelopment internationally.Legalissuesinvolvinge-commerce,e-contracting, intellectual property, privacy, torts, consumer protection,product liability, professional negligence, professional liability,environmentalandnaturalresources,legalprinciplesoncommoncommercialtransactionandbusinessorganizations.

GTS302 Technical Writing 2(2-1-3)Prerequisite:NoneStudentslearnandpracticewritingandpresentationoftechnical reports,whichincludereportsoflaboratoryexperiments,in-depth technicalreports,overviewarticlesoftechnicaltopicsforthegeneralpublic,aswellasexecutivesummaries.

GTS303 Communications in Business 2(2-1-3)Prerequisite:Have earned credits of TU105 or consent of HeadofSchoolThiscoursepreparesstudentstocommunicateeffectivelyin various types of business situations. Students learn how to write professional letters and emails with an emphasis on tone, format, and formality. Students also make a resume and cover letter, and give a business style presentation.By expressing ideas in a thoughtful and professional manner,studentsgainimportantskillsthatarenecessaryforsuccessinthebusinessworld.ideas in a thoughtful and professional manner, students gain importantskillsthatarenecessaryforsuccessinthebusinessworld.


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GTS401 IntensiveEnglishProficiency 6(6-0-12)Prerequisite: 1.Student has completed all course work according to respectivecurriculum. 2.Student has taken at least 5 times an acceptable Englishproficiencytest(TOEFL,TU-GET,IELTS,TOEIC, orInstitutionalTOEFL). 3.Student should have a minimum score of 400 for paper-based TOEFL, or equivalent score when using other tests.StudentswhopassthiscoursewillhavesimilarEnglishskillstothosestudentswhosatisfytheEnglishProficiencyrequirement.ThecoursecontentisbasedprimarilyontheInstitutionalTOEFL(ITP)exam;however,materialsmaybedrawnfromothertests(e.g.,IELTSorTOEIC).Strategiesforansweringthedifferenttypesofexamquestionsarediscussedandpracticedinclass.Specialemphasisisplacedonhelpingstudentsimprovetheirindividualweaknesses in the listening, reading,orstructuresectionsoftheexam.AnS(satisfactory)orU(unsatisfactory)grade is given.

IES201 Industrial Engineering Mathematics 3(3-0-6)Prerequisite:HaveearnedcreditsofMAS117orconsentof HeadofSchoolThis course presents elementary differential equations andnumerical methods for industrial engineers. Emphases areplaced on first-order ordinary differential equations, linearordinarydifferentialequationsofhigherorder,powerseriesrepresentation and gamma functions, Laplace and inversetransformmethods,mathematicalmodeling,computers,anderroranalysis;fundamentalsofunconstrainedandconstrainedoptimizations, such as golden-section search, quadratic interpolation, gradient methods, and linear programming; least-squares regression; interpolation. Some heuristic algorithms such as Simulated Annealing, Particle Swarm Optimization,etc.,arealso introduced.The implementation ofthesetechniquesusingmathematicalsoftwarepackages, e.g., MATLAB and/or LINGO, for industrial engineering applicationsisalsocovered.

IES301 Manufacturing Tools and Operations 3(2-3-4)Prerequisite:NoneThis course emphasizes fundamentals of engineering and measurement,particularlythecorrectandsafeuseofmachinetools.Studentsareprovidedwithhands-onexperienceinfitting,welding,foundry,andfabrication.

IES302 Engineering Statistics 3(3-0-6)Prerequisite:Haveearnedcreditsof(MAS117orGTS117)or consentofHeadofSchoolThiscoursediscusses fundamentalsofprobability,discrete andcontinuousprobabilitydistributions,conditionalprobability, moment generating functions, discrete and continuous

random variables, sampling distributions, hypothesis testing ofmeans,variances,andproportions.Regressionanalysisisalsointroduced.

IES303 Engineering Management and Cost 3(3-0-6) Analysis (ForNon-IndustrialEngineeringStudents)Prerequisite:NoneThecoursepresentsabroadandfundamentalviewofmanagement systems(inbothitsclassicalandmodernaspects),including structuresandfunctionsofinterrelateddepartments.Philosophyandquantitativeaspectsofinventorymanagement,qualityassurance, projectmanagement,etc.areemphasized.Studentsarealsointroducedtobasicconceptsandapplicationsofaneconomicevaluation of engineering projects. Topics covered includeinterest formulas, time value ofmoney, economic decisionmakinginvolvingseveralalternatives,etc.Thiscourseisnotintended for industrial engineering students.

IES304 Industrial Engineering Training 1(0-40-0)Prerequisite:JuniorstandingStudents are provided with on-the-job training at selectedmodernindustrialorservicefacilities.Thepurposeofthecourseis to allow the students opportunities to observe how industrial engineersfunction,tolearnhowtocollaboratewithco-workers,and to develop self-responsibility. The training period must not be less than 240 hours. Students must submit a report at the endofthetrainingperiod.ASatisfactory(S)orUnsatisfactory(U)gradewillbegivenbasedonstudent’sperformance,qualityofthereport,andsupervisor’scomments.

IES305 Industrial Engineering Project I 1(0-3-0)Prerequisite:SeniorstandingorconsentofHeadofSchoolThefirstcourseintheseniorprojectcourseseries.Astudentteamisgivenarealworldproblemwhichtheymustdetermineappropriateapproachesandactionstoobtainfeasiblesolutions.Thisinvolvesestablishmentofinitialcontacts,projectproposal development, preliminary data collection, data analysis, verification of the results, and practical implementation. A presentation of the progress and submission of a status report are due at the end of the semester.

IES312 Methods Analysis and Work 3(3-0-6) Measurement Prerequisite:NoneThis course emphasizes themeasurement and evaluationofworkmethodsandhowimprovementcanbeintroduced. Topicsincludevisualandmicromotionstudytechniques,motioneconomy,timestudy,andworksampling.Thedevelopmentanduseofstandardtimedataandcomputerizedtechniquesarecovered.



IES313 Industrial Plant Design 3(3-0-6)Prerequisite:NoneModernmethodsappliedtofacilitylayoutandlocationdesignarediscussed.Logisticsofmotionofpeopleandmaterials,flowanalysis,plantlayout,andmaterialhandlingtechniquesarecovered.Studentswillstudythemathematicalapproachesandcomputerpackagesapplicableforsolvingfacilitylayoutandlocationproblems.

IES315 Methods Analysis and Work 1(0-3-0) Measurement LaboratoryCorequisite:TakingIES312inthesamesemesterorconsentof HeadofSchoolThislaboratorycoursedemonstratesapracticaluseofmodernapparatusavailable formotionandtimestudyapplications.Processchartsanda timestudyboardareutilized to,notonlyanalyzemanufacturingandserviceoperations,butalsotoimproveproductivity.

IES321 Operations Research I 3(3-0-6)Prerequisite:Haveearnedcreditsof(MAS210andIES302)or consentofHeadofSchoolBasic operations research models, algorithms, and their applicationsarediscussedinthiscourse.Topicscoveredarelinearprogramminganditsextensions;transportationmodels;game theory; network flow analysis; queueing theory; andsimulation modeling.

IES323 Production Planning and Control 3(3-0-6)Prerequisite:NoneA study of the components and functions of integrated production,planning,andcontrolsystems.Consideration isgiven tomaterial, equipment, andmanpower requirementsfor optimizing continuous and intermittent manufacturing operations. Topics discussed include demand forecasting, hierarchical production planning, capacity planning, line balancing,operationsequencing,andscheduling,etc.

IES324 Production Sequencing and Scheduling 3(3-0-6)Prerequisite:Haveearnedcreditsof IES323orconsentof HeadofSchoolThiscoursediscussestechniquesofsequencingandschedulingforjobshops,flowlines,andothergeneralmanufacturingandproductionsystems.Bothdeterministicandstochasticmodelsareintroduced.

IES331 Quality Control 3(3-0-6)Prerequisite:Have earned credits of IES302 or consent of HeadofSchoolMethodsusedtoachievehigherproductquality,topreventdefects, to locate chronic sources of trouble, tomeasureprocess capability, and to use inspection data to regulatemanufacturing processes, are emphasized. Preparation of statistical control charts and selection of suitable sampling

plansarediscussed.Totalqualitycontrol,qualitycontrolcircles,and ISO 9000 standards are also studied.

IES332 Factory Automation and Control 3(3-0-6) Methods Prerequisite:NoneThis course discusses the design, automation, and integration of supporting subsystems in the overall manufacturing environment. These subsystems includeflexible manufacturing system (FMS) cells, robotic cells, automatedwarehousing(AS/RS),automatedmaterialhandlingsystems (conveyor, AGV, etc), and automated inspectionsystems. Their functional characteristics and computerized controlsarecovered.Additionally,thecoursediscusseslinear and proportion-integral-differential (PID) control systems, system reliability analysis, open and closed loop control systems,systemresponse,etc.

IES334 Industrial Robotics and Applications 3(3-0-6)Prerequisite:Have earned credits of ITS100 or consent of HeadofSchoolIntendedtoprovidestudentswithknowledgeofrobotics in manufacturingsystems.Thefieldofroboticsisstudiedwithemphasisontheroleofprogrammablerobotsinmanufacturing. Students obtain hands-on experience with hardware and software available for various industrial robot systems.

IES335 Metrology 3(3-0-6)Prerequisite:HaveearnedcreditsofSCS139orconsentof HeadofSchoolThiscourse isaproblem-basedcourseonmetrology.Thiscourseinvolvestheprinciplesandapplicationsofprecisionorfine measuringequipment,e.g.,optical,laser,andelectro-magneticdevices.Standardsandaccuracyofmeasurementarealsodiscussed.

IES336 Industrial Instrument and 3(3-0-6) Controlling Systems Prerequisite:NoneThiscoursecoversprinciplesandapplicationsofinstruments,particularlymeasuringandcontrollinginstruments,employedin variouskindsof industrialprocessesandmanufacturing. Measuring instruments are typically used for electrical measurement, distance measurement, color detection, pressure measurement, level measurement, and temperature measurement.Additionally, thiscourse includesmechanicalandelectricalcontrollingdevice,suchasProgrammableLogicControl(PLC).Thedrivingsystemisalsomentioned.Finally,thedesignofmeasuringandcontrollingsystemsisdiscussedtointegrateallindustrialinstrumentsmentionedinthecoursetogether.


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IES341 Engineering Economy 3(3-0-6)Prerequisite:NoneIntroduction to the principles of engineering economics forutilizationandevaluationofcapitalinvestments.Thiscoursecoverstimevalueofmoney,netpresentvalue,rateofreturn,depreciation,andselectionofthebesteconomicinvestmentalternative.Decisions involvingmultiplechoice replacement,uncertainty, risk, and estimating income tax consequencesarealsodiscussed.

IES342 Industrial Cost Analysis and Control 3(3-0-6)Prerequisite:NoneThe course provides an understanding of the tools andtechniquesapplicable for cost analysis andcontrol. Topicsdiscussedincludefinancialanalysisoftheaccountingsystem, standard costs, variance analysis, cost-volume-profit relationships, cost estimation, and utilization of accountingdataforcontrolofoperations.

IES343 Safety Engineering 3(3-0-6)Prerequisite:NoneTheprinciplesandpracticesofsafetyengineeringinproductandfacilitiesdesignarediscussed.Amongthetopicstreated are loss prevention principles, safe practices and hazardcontrol,safetystandardsandcodes,inspectionprocedures, governmentalregulations,andsafetystatistics.TheOccupational SafetyandHealthAct(OSHAct)andThai legislationwillbeexaminedandcompared.Engineeringethics,moralprinciples,andsocialresponsibilityarealsocovered.

IES345 Project Feasibility Study 3(3-0-6)Prerequisite:Have earned credits of IES341 or consent of HeadofSchoolThiscourseisaproblem-basedcourseonaprojectfeasibility study. Fundamental concepts of a project feasibility studyis discussed in detail. The course emphasizes essential qualitativeandquantitativeaspectsofthefeasibilitystudy,suchasmarketingevaluation,proposaldevelopment (preparationandpresentation), economic analysis, project planning andscheduling,etc.

IES351 Maintenance Engineering 3(3-0-6)Prerequisite:NoneThiscoursefocusesonthekeycomponentsofmaintenanceengineering,whichcanbeclassifiedintothesefollowingtopics: Introduction and objective of maintenance management;Responsibility of maintenance, Management and structureof themaintenance function; Total ProductiveMaintenance(TPM);TypesofMaintenanceactivities(Preventive/Corrective/Predictive/Schedule)Maintenancemeasurement(Mathematicalmodels);Softwaremaintenance,bothinindustrialorganization and service industries; Definition of key terminologies: Reliability, System reliability, Failure rate, Mean time between

failure, Mean time to failure, Mean time to repair, Availability, Downtime loss, Improvingsystemreliability,Equipmentand machinery life cycle, Failure rate, Exponential probability distribution and mathematical analysis; Designing for maintainability;Human error inmaintenance; Application ofFaultTreeAnalysis(FTA).

IES353 Pollution Control and Waste Treatment 3(3-0-6)Prerequisite:NoneDiscussionofthephysical,chemical,andbiologicalprocesseswhich influencetheextentofair,water,and landpollution;methodsformonitoring,controlling,andpreventingpollution;methodsofwastetreatment;chemicalwastesandhazardouswastes.

IES361 Manufacturing Process Design 3(3-0-6)Prerequisite:Have earned credits of IES301 or consent of HeadofSchoolIntroduction to the theory and practice of manufacturingprocesses.Studycoversvarioustypesofcasting,andmetalformingprocessesandtechnologies.Thiscourseemphasizesprocessselectionanddesignofcosteffectivemanufacturingprocesses.Linkagesbetweenprocessdesign,andproductionplanning,andcontrolareconsidered.

IES362 Manufacturing Engineering 1(0-3-0) Laboratory I Prerequisite:JuniorstandingThiscourseprovideshands-onexercisesonCAD/CAM,CNCmachineprogrammingandcontrol(latheandmilling),androbotprogrammingandcontrol.

IES363 Manufacturing Engineering 2(1-3-2) Laboratory II Prerequisite:SeniorstandingThelaboratorycourseprovidespracticalintegrationbetweenmeasuringandcontrollinginstrumentusedinamanufacturingenvironment.Physicalpropertymeasuringsuchaspressure,temperature,andlevelisfocusedon.Mechanicalandelectricalcontroldevices,suchasProgrammableLogicControl(PLC),areemphasized.

IES364 Manufacturing Processes and 3(3-0-6) Technologies Prerequisite:Have earned credits of IES361 or consent of HeadofSchoolThiscoursecoversnon-traditionalmanufacturingprocesses andtechnologiesformetalparts,andthoseforplasticandcomposite-material parts. Manufacturing processes for electronic devices, and printed circuit boards are studied.



IES365 Jig, Fixture, and Mold Design 3(3-0-6)Prerequisite:Haveearnedcreditsof(IES301andMES302)or consentofHeadofSchoolThis course covers fundamentals of jig, fixture, andmold design.Thetopicsincludetypes,classifications,functions,and applications of jig, fixture, and mold, and also design economics. Computer aided design (CAD) concept is introducedtodevelopjig,fixture,andmold.Hands-onexercisesof CAD are provided.

IES371 Engineering Management 3(3-0-6)Prerequisite:NoneThiscourseisspecificallydesignedforindustrialengineeringstudentstoappreciatetheapplicationsofindustrialengineering techniques in managing both manufacturing and servicesystems. Students learn the fundamentals of engineering economicsandgainanunderstandingof themanagementprocess.Majortopicscoveredincludeconceptsandtheories of modern management, capital investment justification methods,projectorganizationandmanagement,legal,quality,andstaffingissues.

IES372 Materials Management and Inventory 3(3-0-6) Control Prerequisite:Have earned credits of IES323 or consent of HeadofSchoolThis course emphasizes the philosophy of materials managementandquantitativetechniquesusedincontrollinginventoriesinanorganization.Classificationsofinventoryfromdifferentperspectivesarepresented.Bothdeterministicandprobabilisticinventorymodelsarediscussed.Modernmaterialsmanagement systems, e.g., MRP-II and JIT, are also studied.

IES374 Management Information Systems 3(3-0-6)Prerequisite:Have earned credits of ITS100 or consent of HeadofSchoolStructureanddesignofcomputer-basedinformationsystemsarediscussed.Topicsincludedarecomputerhardwareandsoftware, database models, database management systems, system analysis, design, and implementation.

IES376 Logistics and Supply Chain 3(3-0-6) Management Prerequisite:NoneThiscourseisspecificallydesignedforstudentstounderstandtheprinciplesoflogisticsandsupplychainmanagement.Majortopicsincludelogisticplanning,cooperationandmanagementinthesupplychain,transportation,materialpurchasingandinventorycontrol,packaging,integrationbetweenproductionplanninganddistributionamongpartners in thechain,andinformationsystems.Thepresentandfuturerolesoflogisticsinthesupplychainmanagementarealsodiscussed.

IES377 Distribution Network Models: 3(3-0-6) Warehouse, Inventory, and TransportationPrerequisite:NoneThis course coversguidelines for design andmanagementofdistributionnetworks,anddescribesrolesofwarehouses, distribution centers, inventory, and transportation in multi- echelonsupplychains.Thecourseemphasizesoptimizationmodelsforwarehouselocation,size,andmarketallocation.Otherrelevanttopics includewarehousedesignandlayout,types of distribution networks, inventory management models, simulation models for studying and evaluating of inventory models, analysis of transportation systems, transportation modes,andvehicleroutingproblems.Casestudiesofmodelimplementation are also provided.

IES391 Applied Statistical Methods 3(3-0-6)Prerequisite:Have earned credits of IES302 or consent of HeadofSchoolThiscourseemphasizesstatisticalanalysistechniquesandtheirapplications.Topicsdiscussedincludeareviewofhypothesistesting,goodness-of-fittests,regressionanalysis,andanalysisofvariance.Specialattentionisgiventotheirapplicationsinengineeringfields.

IES392 Systems Simulation 3(3-0-6)Prerequisite:Have earned credits of IES302 or consent of HeadofSchoolThiscourseisaproblem-basedcourseonsystemssimulation. This course introduces the application of discrete time simulationmodelingfortheanalysisofcomplexmanufacturingandservicesystems,usingcaseexamples inwarehousing,materialhandling,banking,etc.Applicationsofcontinuoustimeand combined discrete-continuous simulationmodelingwillalsoillustrated.Studentswillgainfirst-handpracticeonhowto use state-of-the-art simulation software through a series of laboratoryexercisesorarealisticsemesterproject.

IES394 ArtificialIntelligenceinIndustrial 3(3-0-6) Engineering Prerequisite:NoneToprovideinsightintoconceptsandtechniquesofintelligentsystems. Topics covered include search methodologies,knowledgerepresentation,componentsofknowledge-basedsystems, design of knowledge bases, and inferencing. Applicationsofknowledge-basedsystemsindesignofproducts, processes, and systems, as well asmachine diagnostics,productionplanningandschedulingwillalsobeintroduced.

IES395 Special Topics in Industrial 3(3-0-6) Engineering I Prerequisite:NoneThis course is designed for topics related to industrial engineering, but not presently offered as either a required ortechnicalelective.


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IES396 Special Topics in Industrial 3(3-0-6) Engineering II Prerequisite:NoneThis course is designed for topics related to industrial engineering,butnotpresentlyofferedaseitherarequiredortechnicalelective.TopicscoveredaredifferentfromIES395.

IES401 Industrial Engineering Project II 5(0-15-0)Prerequisite:Have earned credits of IES305 or consent of HeadofSchoolAcontinuationofIES305.Anindividualstudentorateamofstudentswillworkontheindividualorgroupprojectsassignedtothem.Theprojectscanbeintensivelyconductedinindustryorwithintheinstitute.Afteraprojectiscompleted,studentsareresponsibleforsubmittingtheirfinalreportandgivingapresentation.

IES402 Special Study in Industrial 3(3-0-6) Engineering I Prerequisite:ConsentofHeadofSchoolThiscourseisintendedforstudentswhowishtoparticipateintheexchangeprogram. Itcoversnewtopicsorareasofstudyrelatedtoindustrialengineering,butnotpresentlyofferedaseitherarequiredortechnicalelective.TopicscoveredaredifferentfromIES403.

IES403 Special Study in Industrial 3(3-0-6) Engineering II Prerequisite:ConsentofHeadofSchoolThiscourseisintendedforstudentswhowishtoparticipateinanexchangeprogram. It coversnew topicsorareasofstudyrelatedtoindustrialengineeringbutnotpresentlyofferedaseitherarequiredortechnicalelective.TopicscoveredaredifferentfromIES402.

IES404 Extended Industrial Training 6(0-40-0) (ForExtendedIndustrialTrainingTrack)Prerequisite:SeniorstandingorconsentofHeadofSchoolStudents are provided with extensive on-the-job training at selectedmodernindustrialfacilities.Thepurposeofthecourseis to allow the students opportunities, to work and intensively conductanindividualresearchorpracticalprojectforatleast16weeks(640hours)undertheclosesupervisionoffacultymembers and main supervisors assigned by the training company. After the project is completed, students are responsible for submitting their final reports and giving a presentation.

IES405 Special Studies in Industrial 2(2-0-4) Engineering III Prerequisite:ConsentofHeadofSchoolThiscourseisintendedforstudentswhowishtoparticipateintheexchangeprogram. Itcoversnewtopicsorareasof

studyrelatedtoindustrialengineering,butnotpresentlyofferedaseitherarequiredortechnicalelective.TopicscoveredaredifferentfromIES402andIES403.

ITS100 Introduction to Computers and 3(2-3-4) ProgrammingPrerequisite:NoneComputer systemcomponentsandorganization.Hardwareand software interaction. Introduction to data processingand databases. Algorithms and programming languages. Programming in high-level languages. Program design and development.Practicallaboratoriesareessentialpartsofthecourse,designedtodevelopstudents’programmingskillsandunderstandingofcomputersystems.Theseskillsareimportantfoundationsforothertechnicalcourses.

ITS101 Programming and Algorithms 3(3-0-6)Prerequisite:Have earned credits of ITS100 or consent of HeadofSchoolHigh-level programming languages. Types, control flows, iteration,functionsandprocedures.Programstructure.Storageallocation.Stringprocessing.Recursiveprograms.Algorithmdesign. Program debugging.

ITS102 Object Oriented Programming 3(3-0-6) Prerequisite:Have earned credits of ITS100 or consent of HeadofSchoolConceptsofobjectorientedprogrammingandintroductiontosoftwareengineeringprinciples.Topicsincludedatastructure fundamentals; abstraction; encapsulation; inheritance; polymorphism;overloading;pointerandreferencevariables;recursion and various important algorithms.Modeling andapplications with classes, member functions, constructorsanddestructors,public,privateandprotectedaccess,staticandnon-staticmembers,virtualfunctions,andstandardI/O.

ITS103 Object-oriented Programming 1(0-3-0) Laboratory Prerequisite:Have earned credits of ITS100 or consent of HeadofSchoolHands-onpracticeandexperimentsoftopicsinobject-orientedprogramming.

ITS201 Discrete Mathematics 3(3-0-6)Prerequisite:NoneSetsandProjections.Booleanalgebras.Relations.Automation.Formalgrammars.Graphsandalgorithms.

ITS221 Data Structures and Algorithms 3(3-0-6)Prerequisite:Have earned credits of ITS102 or consent of HeadofSchoolConceptsofdatastructures;datastructuresandprogramming;basicdatastructures:stacks,queues,linkedlists,trees,graphs,etc.;recursion;hashtables;sortingandsearchingalgorithms.



ITS224 Numerical Computation 3(3-0-6)Prerequisite:Have earned credits of ITS100 or consent of HeadofSchoolBasic concepts of problem analysis, computation, and solution. Using computers to find numerical solutions of scientific equations. Algorithms. Programming methods.Polynomial interpolation; numerical differentiation, numericalintegration.

ITS227 Algorithm Design 3(3-0-6)Prerequisite:Have earned credits of ITS221 or consent of HeadofSchoolDefinitions of algorithm, analysis of algorithm, divide andconquer, dynamic programming, graph algorithms, greedyalgorithms, state space searches, NP-completeness andintractability. Hands-on practice on algorithm design andimplementation.

ITS229 Human Computer Interface Design 3(3-0-6)Prerequisite:Have earned credits of ITS100 or consent of HeadofSchoolDesign concepts of hardware and software interface. Overviewofthetrendsinhumaninterfacesdesign.Graphicaluserinterface,interactivesoftwaredesign.Hardwaretechnologyforhumaninterfaces.

ITS231 Data Structures and Algorithms 1(0-3-0) Laboratory Prerequisite:HaveearnedcreditsofITS221orCorequisite:TakingITS221orconsentofHeadofSchoolHands-on practice and experiments on topics on data structuresandalgorithms

ITS300 Information Technology Training 1(0-40-0)Prerequisite:JuniorstandingorconsentofHeadofSchoolPractical training in the private sector or governmental departmentsinthefieldofInformationTechnology.Notlessthan 240 hours during the summer vacation of the thirdyear. Students must submit a report to his/her supervisor whowilldecideforthefinalgradeofeithersatisfactory(S)or unsatisfactory(U).

ITS323 Introduction to Data Communications 3(3-0-6)Prerequisite:NoneAnoverviewofbasic knowledge related to theprocessofdataexchangebetweencomputers.Topicsincludeanaloganddigital data transmission systems, various network topologies, client-servermodels,andstructure/mechanismofthe5-layersimplifiedOSImodel:application,transport,network,data-link,andphysicallayers.

ITS327 Computer Network Architectures 3(3-0-6) and ProtocolsPrerequisite:NoneNetworkmodels;OSIlayers;transmissionmedia;localareanetworks;designconceptsofprotocols;routingalgorithms;applicationsofnetworks.

ITS329 System Analysis and Design 3(3-0-6)Prerequisite:Have earned credits of ITS100 or consent of HeadofSchoolSoftware models and software modeling methodologies. Basicabstractionmechanismsinsoftwaremodeling.Modeling techniques, processes, and languages. Software development process.Object-oriented systemanalysis and design.Hands-onpracticeonsoftwaredevelopmentprocessand system analysis and design.

ITS335 IT Security 3(3-0-6)Prerequisite:NoneIntroductiontocomputersecurityandcryptography:securityservices,threatsandattacks,encryption,authentication,digitalsignatures.Softwaresecurity:databasesecurity,securityofgeneral purpose operating systems, trusted operating systems, malicioussoftware,safeprograms.Networksecurity:firewalls, intrusion detection systems, Internet security protocols, Denial-of-Serviceattacks.Securitymanagement:organizational policies, physical security, planning and risk analysis, emergencyresponseanddisasterrecovery,securityaudits,legalandethicalissues.

ITS341 Management Information Systems 3(3-0-6)Prerequisite:Have earned credits of ITS100 or consent of HeadofSchoolStructureanddesignofcomputer-basedinformationsystems.Topicsincludedarecomputerhardwareandsoftware,databasemodels, database management systems, system analysis, design and implementation.

ITS342 Computer Animation 3(2-3-4)Prerequisite:HaveearnedcreditsofCSS221orconsentof HeadofSchoolIntroduction to techniques for computer animation suchas keyframing, procedural methods, motion capture, and simulation. Overview and implementation of story-boarding, scenecomposition,lightingandsoundtrackgeneration.2D&3Dimagesandanimationsoftware.

ITS344 Web and Business Application 3(3-0-6) Development Prerequisite:Have earned credits of ITS100 or consent of HeadofSchoolIntroduction to integrated web-based system, concepts ofweb programming in business application development,


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programming with an emphasis on business applications.Transaction processing systems andmanagement supportsystems.Principlesofweb-basedapplicationdesign;includingprogramming structures, data structures, program testing,debugging, implementationofprogramswithgraphicaluserinterfaces,andeventdrivencode.

ITS352 Networking Laboratory 1(0-3-0)Prerequisite:Have earned credits of ITS323 or CSS331 or consentofHeadofSchoolHands-on practice with the administration of computer networksandthedevelopmentofcomputernetworkapplications. Topicsinclude:configuringnetworkinterfaces,designingandbuildingswitchedandroutednetworks,monitoringnetworkactivities,andprogrammingclient/serverapplications.

ITS353 Graphic and Game Programming 1(0-3-0) Laboratory Prerequisite:Have earned credits of ITS231 or consent of HeadofSchoolHands-onpracticeandexperimentsoftopicsongraphicdesignandmodeling.Applicationsofgraphicstogameprogramming.Game programming. Graphic design tools. Design of userinterfaceforgameapplications.Designofgameapplications.

ITS400 Project Development 1(0-3-0)Prerequisite:SeniorstandingorconsentofHeadofSchoolPracticalprojectsorproblems in informationtechnologyforindividual students or groups of students under supervision of facultymembers.Studentsarerequiredtosubmitandpresenttheprojectproposaltotheirprojectcommitteeappointedbytheschool.

ITS403 Information Technology Project 5(0-15-0)Prerequisite:SeniorstandingorconsentofHeadofSchoolPracticalprojectsorproblems in informationtechnologyforindividual student or group of students under supervision of facultymembers.Studentsarerequiredtosubmitandpresentaprojectreporttotheirprojectcommittee,appointedbytheschool.

ITS412 Tele-services and Services Architecture 3(3-0-6)Prerequisite:HaveearnedcreditsofITS327orCorequisite:TakingITS327inthesamesemesterorconsentof HeadofSchoolInmoderntelecommunications,serviceprovidersexperience market expansion and changes in service provisioning technologies.Thiscoursepresentsstudentswithanarchitectural foundation,whichisbasedontheconvergenceofcomputer,telecommunication,anddigitalcontenttechnologies.TopicsincludeIntelligentNetworks,CommonObjectRequestBrokerArchitecture (CORBA), and common service architecturesavailableinseveraltelecommunicationstandards.

ITS413 Internet Technologies and Applications 3(3-0-6)Prerequisite:HaveearnedcreditsofITS327orCorequisite:TakingITS327inthesamesemesterorconsentof HeadofSchoolAnoverviewofInternettechnologiesandapplications.TopicstobecoveredincludeTCP/IPfirstgeneration(IPv4),TCP/IPnewgeneration(IPv6),integrationwithATMs,newinfrastructures(e.g.,Internet2,gigapops,IPoverSONET,andIPoverWDM),IPtelephony,videooverIP,andmultimediaapplicationsoverIP.

ITS423 Data Warehouses and Data Mining 3(3-0-6)Prerequisite:HaveearnedcreditsofCSS325orconsentof HeadofSchoolThecoursewillintroducedatawarehousinganddatamining,to study their principles, algorithms, implementations, and applications.Topicsincludedatawarehousingtechnology:datacubemethods,datawarehouseconstructionandmaintenance; data mining techniques: characterization, association, classification,clustering,andsimilarity-basedmining.

ITS424 Electronic Commerce 3(3-0-6)Prerequisite:NoneThecoursewillintroducestudentstotheunderlyingeconomic aspectsoftheelectronicmarketplaceinordertoprovidethemwith an understanding of its foundations for the development of new business models. Topics included are electronic commerceandtheInternet,characteristicsofdigitalproducts and processes, product information, market efficiency, copyrightprotection,andelectronicpaymentsystems.

ITS 425 Business Innovation 3(3-0-6)Prerequisite:NoneThiscourseprovidesanoverviewanddiscussionofdesignthinking principlesandservicescienceconceptsfordevelopingbetterproducts,services,processes,strategies,spaces,architecture,andexperiences forcustomers-centricorganization.Designthinkinghelpsorganizationtodeveloppracticalandinnovativesolutionsfortheirproblems.Designthinkingandservicescienceare essential knowledge for transforming traditional business to human-focused, prototype-driven, and service-orientedbusiness.Thiscoursewillhelpsstudentstodevelopasolidunderstandingofthefundamentalconceptsofdesignthinking,servicescience,andserviceDominantLogic(SDL)andhowtoapplythesemulti-disciplinaryknowledgetoservice-orientedbusiness innovation.

ITS432 Mobile Application Programming 3(3-0-6)Prerequisite:Have earned credits of ITS100 or consent of HeadofSchoolProblem-based learning; principles of mobile application development; programming languages, for mobile devices,such as JAVA, .NET, C/C++, Object-C; syntax and libraryusage;hands-onpracticeonasuitablesoftwaredevelopmentkit(SDK);currentandfuturetrendsofmobileapplications.



ITS433 Location-based Services and 3(3-0-6) Digital Mapping Prerequisite:NoneThiscoursedescribesacomprehensivepictureoftheLocation- basedServices(LBS)worldandcoverskeytechnologies,key markets,verticalindustries,applications,solutions,valuechains,andkeystakeholders.Thiscourseprovidesan introductiontodigitalmappingandlocationtechnologies,satellitebasedlocationmethods(GNSS),mapping,andnavigation.

ITS434 Web Services and Service Architecture 3(3-0-6) Prerequisite:Have earned credits of ITS327 or ITS329 or consentofHeadofSchoolThiscourseaimsatpresentingstudentswithanarchitectural foundation of software as Web services, basing on the convergenceofcomputer,communication,anddigitalcontent. Topics include notations, models and specifications for designingservice-baseddistributedsoftwaresystems.Studentsacquireaclearunderstandingofthemaintypesofestablishedservice design elements and technologies, such as RESTservices,SOAPservices.

ITS441 Accounting Information Systems 3(3-0-6)Prerequisite:Have earned credits of ITS100 or consent of HeadofSchoolAnintroductiontoinformationsystemsforaccountingandfinance,includingtheirroles,inidentifying,recording,andclassifying financialtransactions;characteristicsofvarioustypesofaccounts;accounting principles and concepts formeasuring financial transactions; preparation of financial statements. Financialanalysisandthebasicprinciplesoffinancialmanagementintheallocationandacquisitionoffunds.

ITS442 Entrepreneurship for IT Business 3(3-0-6) Development Prerequisite:NoneTechnologyviabilityassessment,legalissuesassociatedwithforming a new company, competitive positioning, marketanalysisandmarketopportunityassessment,productlife-cycle planning, marketing strategy, organization management, intellectualpropertymanagement,patenting,technopreneurship, businessplan,venturecapital,entrepreneurialethics.

ITS443 Business Process Model 3(3-0-6) and ManagementPrerequisite:NoneThiscourseprovidesanoverviewanddiscussionoftheprinciples, concepts and techniques required to transform businessfromatraditional,functionalorganizationtoaprocess-centricorganization.Thecourseintroducesasystematicapproachandmethodologyforplanning,monitoring,measuringandmanagingorganizational businessprocessperformanceandforredesigningandimproving specific processes. The studentswill understand the value

andbenefitsofbusinessprocessmanagement,theprinciplesofbusinessprocessmanagementandhowtoapply them.BusinessProcessModelandNotation(BPMN)willbeusedasastandardlanguageforprocessanalysisanddesign,processreengineering,processimprovementandprocessautomation. Examples and exercises of process model and process managementinthiscourseincludefinancial,accounting,humanresourcemanagement,CRMprocesses,etc.

ITS481 Topics in Hardware and 3(3-0-6) Communications I Prerequisite:ConsentofHeadofSchoolTopicsofcurrentinterestinHardwareandCommunications.

ITS482 Topics in Hardware and 3(3-0-6) Communications II Prerequisite:ConsentofHeadofSchoolTopicsofcurrentinterestinHardwareandCommunications.

ITS483 Topics in Hardware and 3(3-0-6) Communications III Prerequisite:ConsentofHeadofSchoolTopicsofcurrentinterestinHardwareandCommunications.

ITS484 Topics in Software Technology I 3(3-0-6)Prerequisite:ConsentofHeadofSchoolTopicsofcurrentinterestinSoftwareTechnology.

ITS485 Topics in Software Technology II 3(3-0-6)Prerequisite:ConsentofHeadofSchoolTopicsofcurrentinterestinSoftwareTechnology.

ITS486 Topics in Software Technology III 3(3-0-6)Prerequisite:ConsentofHeadofSchoolTopicsofcurrentinterestinSoftwareTechnology. ITS487 Topics in Computer Information 3(3-0-6) Systems I Prerequisite:ConsentofHeadofSchoolTopicsofcurrentinterestinComputerInformationSystems.

ITS488 Topics in Computer Information 3(3-0-6) Systems II Prerequisite:ConsentofHeadofSchoolTopicsofcurrentinterestinComputerInformationSystems.

ITS489 Topics in Computer Information 3(3-0-6) Systems III Prerequisite:ConsentofHeadofSchoolTopicsofcurrentinterestinComputerInformationSystems.

ITS495 Special Studies in Information 3(3-0-6) Technology I


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Prerequisite:NoneSpecial study on current topics related to Information andCommunicationTechnology.

ITS496 Special Studies in Information 3(3-0-6) Technology II Prerequisite:NoneSpecial study on current topics related to Information andCommunicationTechnology.

ITS497 Special Studies in Information 2(2-0-4) Technology III Prerequisite:NoneSpecialstudiesoncurrenttopicsrelatedtoInformationandCommunicationTechnology.

ITS499 Extended Information Technology 6(0-40-0) Training Prerequisite:SeniorstandingorconsentofHeadofSchoolExtensiveon-the-jobtrainingofatleast16weeks(640hours)ataselectedorganizationthatprovidesinformationtechnologyservices.An individual comprehensive researchorpracticalprojectmustbeconductedunderclosesupervisionoffacultymembersandsupervisorsassignedbythetrainingorganization.At the end of the training, the student must submit a report oftheprojectandalsogiveapresentation.

MAS116 Mathematics I 3(3-0-6)Prerequisite:NoneMathematicalinduction;functions;limits;continuity;differential calculus: derivatives of functions, higher order derivatives,extrema, applications of derivatives, indeterminate forms;integral calculus: integrals of functions, techniques of integration, numerical integration, improper integrals; introduction to differential equations and their applications;sequenceandseries:Taylor’sexpansion,infinitesums.

MAS117 Mathematics II 3(3-0-6)Prerequisite:HaveearnedcreditsofMAS116orconsentof HeadofSchoolAnalyticgeometryincalculus:polarandcurvilinearcoordinates;three-dimensionalspace:vectors,lines,planes,andsurfacesinthree-dimensionalspace;functionofseveralvariables;calculusofreal-valuedfunctionsofseveralvariablesanditsapplications:partialderivatives,extremesoffunctions,functionsofhigherderivatives,Lagrangemultipliers;topicsinvectorcalculus:lineandsurfaceintegrals,Green’stheorem.

MAS210 Mathematics III 3(3-0-6)Prerequisite:HaveearnedcreditsofMAS117orconsentof HeadofSchoolLinearalgebra:vectorspaces,lineartransformation,matrices, determinants,systemsoflinearequations,Gaussianelimination,

eigenvalue problems, eigenvalues and eigenvectors, diagonalization, complexmatrices; introduction to complexanalysis: complex numbers, analytic functions, complex integration, conformal mapping; calculus of variations; introduction to tensor analysis:Cartesian tensors and theiralgebra.

MAS215DifferentialEquations 3(3-0-6)Prerequisite:HaveearnedcreditsofMAS117orconsentof HeadofSchoolOrdinarydifferentialequationsofthefirstorder;linearordinary differential equations of higher order: matrix notation, homogeneoussolutions,methodofvariationofparameters; general ordinary differential equations: series solutions, Bessel functions, Laplace transformation; Fourier analysis: Fourier series, integrals and transforms; partial differential equations: method of separating variables, applications ofLaplace and Fourier transforms; applications to initial-valueand boundary: value problems.

MES211Thermofluids 3(3-0-6)Prerequisite:Haveearnedcreditsof(SCS138orGTS121)or consentofHeadofSchoolFundamental concepts in thermodynamics. The first andsecond lawof thermodynamics.Basicconceptsandbasicpropertiesoffluids.Fundamentalsoffluidstatics.Fundamentalsoffluiddynamics.Characteristicsoffluidssuchaslaminarandturbulentflows.

MES231 Engineering Mechanics 3(3-0-6) (Fornon-mechanicalengineeringstudents)Prerequisite:HaveearnedcreditsofSCS138orconsentof HeadofSchoolForce systems; resultants; equilibrium; trusses; frames andmachines; internal force diagrams; mass and geometricpropertiesofobjects;fluidstatics;kinematicsandkineticsofparticlesandrigidbodies;Newton’ssecondlawofmotion;work and energy, impulse and momentum.

MES300 Engineering Drawing 3(2-3-4)Prerequisite:NoneIntroductiontobasicprincipleofengineeringdrawing,includinglettering,appliedgeometry,orthographicdrawingandsketching, sectional views and conventions, detail drawing, assembly drawing,dimensioning,threedimensioning,basicdescriptive geometry dealing with points, lines & planes and their relationshipsinspaceandbasicdevelopedviews.IntroductiontoComputerGraphics.

MES302 Introduction to Computer 2(1-3-2) Aided Design Prerequisite:HaveearnedcreditsofMES300orconsentof HeadofSchoolUse of industrial Computer Aided Design software for detail designanddrafting invariousengineeringfieldssuchas in



mechanical, civil, and electrical engineering. Introduction tothree-dimensional wireframe, surfacing and solid modelingusing CAD tools.

MES303 Mechanical Engineering Training 1(0-40-0)Prerequisite:JuniorstandingorconsentofHeadofSchoolStudentsarerequiredtoobtainpracticaltraininginthefieldof mechanical engineering at selected private sectors or governmental departments for not less than 240 hours during summervacationofthethirdyear.Theobjectiveistoallowthestudentstohaveopportunitiestoexperienceactualworkingconditionsotherthanwhatislearnedintheclassroomsandlaboratories. Students must submit a report at the end of the trainingperiod.ASatisfactory(S)orUnsatisfactory(U)gradewillbegivenbasedonstudent’sperformance,qualityofthereportandsupervisor’scomments.

MES311 Thermodynamics 3(3-0-6)Prerequisite:NoneFirstlawofthermodynamics;secondlawofthermodynamicsandtheCarnotcycle;energy;entropy;basicheattransferandenergyconversion.

MES312 Combustion and Emission Control 3(3-0-6)Prerequisite:HaveearnedcreditsofMES311orequivalentor consentofHeadofSchoolPropertiesof fossil fuels.Productionofsynthetic fuels frombiomass, coal, oil shales, and tar sands. Stoichiometry, Combustionprocessesandemissioncontrol inboilersandfurnaces, internal combustion engines and gas turbines, turbulentflame,laminarflame.

MES313 Internal Combustion Engines 3(3-0-6)Prerequisite:HaveearnedcreditsofMES311orConsentof HeadofSchoolInternalcombustionenginefundamentals,spark-ignitionand compression-ignitionengines,fuelsandcombustion,ignition systems, idealfuelaircycle,superchargingandscavengingperformanceandtesting,lubrication.

MES321 Heat Transfer 3(3-0-6)Prerequisite:Haveearnedcreditsof(MES211orMES311)or consentofHeadofSchoolSteady-state conduction. Natural convection. Forced convection. Thermal radiation. Unsteady-state conduction.Combined heat transfer problems. Condensation and boiling heattransfer.Heatexchangers.

MES331 Solid Mechanics I 3(3-0-6)Prerequisite:HaveearnedcreditsofSCS138orconsentof HeadofSchoolConceptsofinternalforceandstress,anddeformationandstrain.Analysisofstressandstrain,Mohr’scirclesforstress

and strain, stress-strain relationship. Stress and strain in thin-walled pressure vessels. Thermal stresses. Energy method. Torsionofcircularshaft,thin-walledtubes,andclose-coiledhelical spring. Shear force, bendingmoment and bendingstressinbeams.Deflectionofbeams.

MES332 Solid Mechanics II 3(3-0-6)Prerequisite:HaveearnedcreditsofMES331orconsentof HeadofSchoolGeneralizedconceptsofstrainandHooke’slaw.Thick-walled cylindersandshrinkfits.Rotatingdiscs.Open-coiledhelicalspringsand impact loads.Axisymmetricbendingofcircular plates. Buckling of columns. Use of Mohr’s circles for transformationofstressandstrain,yieldandfracturecriteria.Virtualworkandenergymethods.

MES333 Design of Machine Elements 3(3-0-6)Prerequisite:HaveearnedcreditsofMES331orconsentof HeadofSchoolTheoriesoffailureforstaticanddynamicloading.Designof mechanical components such as rotating shafts, bearings,welding, screw, springs, and power transmission devices.Introduction to theuseofcomputersasa tool inproblemsolvingofmechanicaldesign,designproject.

MES341 Fluid Dynamics 3(3-0-6)Prerequisite:HaveearnedcreditsofSCS138orconsentof HeadofSchoolMotion of fluid particles and stream lines. Momentum equationsandapplications.Energyequationsandapplications.Laminarandturbulent internalflows.Flowoffluidaroundabody. Boundary layers. Similarity and dimensional analysis. Theories and designs of centrifugal and axial-flow pumps,fans,waterturbinesandcavitation.Flowsinopenchannels.Compressibleflow.

MES342 Refrigeration and Air Conditioning 3(3-0-6)Prerequisite:HaveearnedcreditsofMES311and(MES211or MES341)orconsentofHeadofSchoolRefrigerationcyclesandpropertiesofrefrigerants.Evaporativecooling and cooling towers. Refrigeration load estimation. Design of refrigeration systems. Equipment selection and design. Psychometric properties and processes of air. Criteriaforthermalcomfort.Coolingloadestimation.Designof air-conditioningsystems.Equipmentselectionanddesign.

MES350 Engineering Statics 3(3-0-6)Prerequisite:HaveearnedcreditsofSCS138orconsentof HeadofSchoolMethod of solving engineering problem using fundamental principles of mechanics, resultant and resolution of forcesandcouples,equilibriumofparticles,rigidbodiesandvariousstructures,conceptoffriction,centroid,masscenterandcenterof gravity, moment of inertia of area and mass, virtual work.


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MES351 Engineering Dynamics 3(3-0-6)Corequisite:TakingSCS138inthesamesemesterorconsentof HeadofSchoolDynamicsofparticles:velocity,acceleration,force,momentum, lawsofmotion,work,power,energy,impulse,impactofelastic bodies,projectiles,circularmotion.Dynamicsofrigidbodies:moment of inertia and radius of gyration of various rigid bodies, rigid-bodymotion,forceandacceleration,workandenergy,impulse and momentum.

MES352 Mechanics of Machinery 3(3-0-6)Prerequisite:HaveearnedcreditsofMES351orconsentof HeadofSchoolKinematicsanddynamicsofmachines;displacementvelocity, acceleration, and forceanalysisof linkage, camsandgearsystems. Balancing of rotating and reciprocatingmachineparts;gyroscopiceffects,criticalspeeds;energyvariationinmachinery.Mechanismdesign.

MES371 Material Science for Engineers 3(3-0-6)Prerequisite:NoneThecoursediscussespropertiesandstructureofmaterials,includingmetals,alloys,ceramics,polymers,wood,concrete,composites,andsolid-statematerials.Studyofmicrostructuresin relationship withmechanical properties ofmaterials andphaseequilibriumdiagrams.Effectsofproductionprocessesonmicrostructureofmaterials,degradationandfailureanalysis.

MES381 Measurements and Instrumentation 3(3-0-6)Prerequisite:HaveearnedcreditsofMES311orconsentof HeadofSchoolMeasurements of temperature, pressure, time, speed, area, volumeandmeasuringdevices.Fluidflowmeasurements.Power measurements.Heatingvaluesoffuels,calorimeterandexhaustgasanalysers.Datamonitoringandacquisitionsystems.

MES382 Vibration and Noise Control 3(3-0-6)Prerequisite:HaveearnedcreditsofMES351orconsentof HeadofSchoolVibration:linearsystemequations,freeandforcedresponses,systems with two degrees of freedom. Behaviour of sound waves.Sourcesofenvironmentnoiseandvibrationandtheirimpacts. Instrumental and practical measurement. Generalphysiologicalandsubjectiveresponsestonoiseandvibration.Regulations,criteria,methods,andtechniquestoreduceandcontrolenvironmentalnoiseandvibration.

MES383 Hydraulic and Pneumatic Control 3(3-0-6)Prerequisite:HaveearnedcreditsofMES341orconsentof HeadofSchoolStatic and dynamicmodeling of hydraulic and pneumaticcomponents and systems. Energy andpower transfer and

impedancematching concepts. Dynamic performance andstabilityofopenandclosed-loopservodrives.Introductiontohydraulicandpneumaticcontrolsystemdesign.

MES390 Basic Mechanical Engineering 1(0-3-0) Laboratory (Fornon-mechanicalengineeringstudents)Prerequisite:Haveearnedcreditsof(MES211orMES311)or consentofHeadofSchoolAservicecourseforstudentswithmajoroutsidemechanicalengineering. Experimental practices cover fluidmechanics,heat transfer, thermodynamics, combustion and emissions,mechanisms,physicalandmechanicalpropertiesofmaterials.Technicalnotesontheexperimentaltestshavetobesubmittedfor grading.

MES391 Mechanical Engineering Laboratory I 2(1-3-2)Prerequisite:HaveearnedcreditsofMES311orconsentof HeadofSchoolStudentsarerequiredtoconducttestsandexperimentsonphysicalandmechanicalpropertiesofmaterials,mechanisms,fluidmechanics,thermodynamicsandheattransfer,combustionandinternalcombustionengines.Reportsortechnicalnotesonthe tests and experiments have to be submitted for grading.

MES392 Mechanical Engineering Laboratory II 2(1-3-2)Prerequisite:HaveearnedcreditsofMES311orconsentof HeadofSchoolStudentsarerequiredtoconducttestsandexperimentsonphysicalandmechanicalpropertiesofmaterials,mechanisms,fluidmechanics,thermodynamicsandheattransfer,combustionandinternalcombustionengines.Reportsortechnicalnotesonthe tests and experiments have to be submitted for grading.

MES403 Mechanical Engineering Project I 1(0-2-1)Prerequisite:SeniorstandingorconsentofHeadofSchoolStudents are required to present seminars on current developmentofmechanicalengineeringtotheirclassmatesandfacultymembers.Theseminarsmayleadtoseniorprojectslater on. The reports of the seminars have to be submitted for grading.

MES405 Special Studies in Mechanical 3(3-0-6) Engineering I (ForForeignExchangeTrack)Prerequisite:ConsentofHeadofSchoolThis course is intended for studentswish to participate intheexchangeprogram. It isdesigned for topics related tomechanicalengineering,butnotpresentlyofferedaseitherarequiredortechnicalelective.Thecoveredtopicisdifferentfrom MES406.



MES406 Special Studies in Mechanical 3(3-0-6) Engineering II (ForForeignExchangeTrack)Prerequisite:ConsentofHeadofSchoolThiscourseisintendedforstudentswhowishtoparticipatein the exchange track. It is designed for topics related tomechanicalengineering,butnotpresentlyofferedaseitherarequiredortechnicalelective.Thecoveredtopicisdifferentfrom MES405.

MES407 Mechanical Engineering Project II 5(0-15-0) (ForSeniorProjectTrack)Prerequisite:SeniorstandingorconsentofHeadofSchoolAfinalcourseinvolvingindividualorgroupprojectsincludingdesign,analysisandimplementationofmechanicalsystemsselected from various interesting areas within mechanicalengineering.Studentsarerequiredtoproposetheirprojectsduringthefirstsemesteroftheirsenioryear.Afteraprojectiscompleted,studentsareresponsibleforsubmittingtheirfinalreport and giving a presentation.

MES408 Extended Mechanical Engineering 6(0-40-0) Training (ForExtendedTrainingTrack)Prerequisite:SeniorstandingorconsentofHeadofSchoolStudents are provided with extensive on-the-job training at selectedmodernmechanicalengineeringfacilities.Thepurposeofthecourseistoallowthestudentsopportunities,toworkandintensivelyconductanindividualresearchorpracticalprojectforatleast16weeks(640hours)undertheclosesupervisionof facultymembers andmain supervisors assignedby thetraining company. After the project is completed, studentsareresponsibleforsubmittingtheirfinalreportandgivingapresentation.

MES409 Special Studies in Mechanical 2(2-0-4) Engineering III (ForForeignExchangeTrack)Prerequisite:NoneThiscourseisintendedforstudentswishtoparticipateintheexchangetrack.Itisdesignedfortopicsrelatedtomechanicalengineering,butnotpresentlyofferedaseitherarequiredortechnicalelective.ThecoveredtopicisdifferentfromMES405and MES406.

MES413 Advanced Thermodynamics 3(3-0-6)Prerequisite:Haveearnedcreditsof(MES211orMES311)or consentofHeadofSchoolReviewofbasicconceptsanddefinitions, thefirst-lawand energy, the second law and entropy. Thermo-mechanicalavailabilityandirreversibility.Availabilityequationsforacontrolmassandapplications.Energyandmassequationsforacontrolvolumeandapplications.Secondlawefficienciesforacontrol

massandcontrolvolumeapplications.Chemicalavailability.Energyanalysisofengineeringcycles.Thermoeconomics.

MES422 Thermal System Design 3(3-0-6)Prerequisite:Haveearnedcreditsof(MES321andMES341) orconsentofHeadofSchoolDesignprocedures.Comparisonbetweenaworkablesystem and optimum system. Equation fitting for equipment andprocesses characterization. Modeling of equipment and processes based on physical laws. Simulation of thermalsystems.SelectedoptimizationtechniquessuchasLagrangemultiplier,searchmethods,linearprogramming,etc.

MES434 Mechanical System Design 3(3-0-6)Prerequisite:HaveearnedcreditsofMES333orconsentof HeadofSchoolMechanical engineering system design involving practicalproblems in various industries. Students, working in groups, willinvestigatethedesignmethodologyandprocessesfromconceptsthroughfinaldesignincludingdetailedanalysisofallmechanicalcomponentsofthesystem,bywhichknowledgeofallengineeringdisciplines,isrequired.Projectsareproposedfromvariousareasof studywithinmechanical engineering.Studentssubmitafinalreportandpresenttheirprojectsatthe end of semester.

MES444 Alternative and Renewable Energy 3(3-0-6) Resources Prerequisite:NoneGlobalandregionalresources,conversiontechnologiesandeconomicsofrenewableenergysuchashydropower,biomassenergy, solar energy, wind energy, and geothermal energy.

MES462 Turbomachinery 3(3-0-6)Prerequisite:Haveearnedcreditsof(MES311andMES341)or consentofHeadofSchoolReviewofthermodynamicsofcompressibleflow.Principles, designsandapplicationsofcentrifugalandaxialflowmachines,i.e.centrifugalturbinesandcompressors,axialflowturbinesand compressors,impulseandreactionsteamturbinesandLavalnozzles.Steamandgasturbineplants:theories,applications, performance characteristics of practical cycles. Erosion problemsinsteamandgasturbinecomponents.

MES471 Electrical Energy Management 3(3-0-6)Prerequisite:SeniororjuniorstandingorconsentofHeadof SchoolBasicconcepts.Managementofelectricalenergy.Distributioncircuits and equipment. Electrical tariff. Load and demandmanagement.Powerfactorandlossmanagement.Applicationsofthermodynamicstotheanalysisofelectromagneticcircuits,transformers, motors and generators.


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MES473 Energy Economics 3(3-0-6)Prerequisite:NoneDepletion of energy resources. Energy pricing. Fiscal instrumentsofenergypolicy.Uncertaintyandenergypolicy.Energyanalysisandenergypolicy.Environmentalpolicyandenergydevelopment.Energyanalysisandenergypoliciesofselectedcountries.Energyprojectappraisal.

MES474 Thermal Energy Management 3(3-0-6)Prerequisite:SeniororjuniorstandingorconsentofHeadof SchoolEfficient uses of thermal equipment and systems such asboilersandsteamequipment,evaporatorsandcondensers,pre-heatersandeconomisers,dryersanddryingsystems,etc.

MES481 Power Plant Engineering 3(3-0-6)Prerequisite:NoneEnergyconversionprinciplesandavailabilityconcepts:fuels,andcombustionanalysis,andcomponentstudyofgasturbinesandinternalcombustionenginepowerplants,combinedcycleandcogeneration,hydropowerplant,nuclearpowerplant,control and instrumentation, power plant economics, andenvironmentalimpacts.

MES482 Power Generation and Environment 3(3-0-6)Prerequisite:NoneThermal power plants: steam turbines, gas turbines, and cogeneration,hydropowerplants,nuclearsafetyandwastetreatment;atmospheric,landandwaterenvironmentforpowerplants, introduction to environment impact assessment forpower plants MES483 Dynamic Systems and Control 3(3-0-6)Prerequisite:HaveearnedcreditsofMES351orConsentof HeadofSchoolMathematicalmodelingofmechanical,electrical,pneumatic, hydraulic, and combined physical systems using a unifiedapproach,suchas theBondgraph technique. Introductionto state-variables, system response, stability using Laplacetransforms technique. System characteristics: controllabilityandobservability.Openandclosedloopresponsesofcontrolsystems. Solution to state equation by direct analysis anddigitalcomputermethods.

MES484 Automatic Control 3(3-0-6)Prerequisite:NoneAutomaticcontrolprinciples,analysisandmodelingoflinearcontrolelements,stabilityof feedbacksystems,designandcompensationofcontrolsystems.

MES485 Mechatronics 3(3-0-6)Prerequisite:None

Basic electronics, connectivity between computer and electromechanical systems, hydraulic systems, pneumaticsystems, analysis and design of those systems.

MES493 Extended Mechanical Engineering 3(1-6-2) Laboratories Prerequisite:Haveearnedcreditsof(MES391andMES392)or consentofHeadofSchoolStudentsarerequiredtoconductextendedtestsandexperimentsonthermo-fluidsystems,suchasfluidmachinerysystems,gas turbines,refrigerationandairconditioningsystems,etc.Component modelingandsystemsimulationareexpectedinthereports submitted for grading.

MES494 Special Topics in Mechanical 3(3-0-6) Engineering I Prerequisite:NoneNewtopicsorareasofstudynotofferedinothermechanical engineering courses. Topics may vary from semester to semesterandwillnotbethesameastheoneofferedinSpecialTopicII,MES495.

MES495 Special Topics in Mechanical 3(3-0-6) Engineering II Prerequisite:NoneNewtopicsorareasofstudynotofferedinothermechanical engineering courses. Topics may vary from semester to semesterandwillnotbethesameastheoneofferedinSpecialTopicI,MES494.

MTS213 Principles of Business and Management 3(3-0-6)Prerequisite:NoneAn overview of the world of business preparing students for various business-related subjects. A comprehensive introductionofinanyaspectsofbusinessandtheenvironment inwhichbusinessoperates.Thefundamentalsofbusiness,covering functional areas of management: accounting, marketing,operations,informationsystems,finance,andlegalstudies.Astudyoforganizationandmanagement.Evolutionofthoughtandtheoryofmanagement.Managementfunctions:planning,organizing,directing,andcontrolling.Humanfactorsinorganizations.Managementethics.

MTS214 Business Law 3(3-0-6)Prerequisite:NoneA basic understanding of legal issues that corporationsface during their existence. Legal systems and basic legal principles affecting various forms of business. Review of contracts: sales, hiring, purchasing, agency, mortgages, leasing, creditors’ rights, and bankruptcy, etc. The applications of law to financial instruments. Laws on



management of business organizations. A broad array oflaw-sensitiveissues:intellectualproperty,patent,labor,dutiesofdirectorsandofficers,businessdisputes,andbankruptcyandreorganization.

MTS231 Statistical Methods for Managers 3(3-0-6) Prerequisite:Haveearnedcreditsof(GTS111orMAS117)or consentofHeadofSchoolFundamentals of statistics: discrete random variables and probabilitydistributionfunctions,continuousrandomvariables and probability distributions, point estimation, interval estimation, tests of hypotheses, analysis of variance, and regression analysis. Examples and applications in class, selectedformanagers.

MTS232 Production and Operations Management 3(3-0-6)Prerequisite:NoneFunctionsinmodernmanufacturingandserviceorganizations:operationstrategy,decisionanalysis,operatingsystemdesign,facilitydesign,projectmanagement,supply-chainmanagement, forecasting, capacity and aggregate planning, inventory management,scheduling,andqualitymanagement.

MTS233 Introduction to Supply Chain 3(3-0-6) Management Prerequisite:NonePrinciplesofdomesticandinternationalsupplychainsystems:introductiontologistics,transportation,productionplanning,inventory control, purchasing and procurement, packaging,supplychainintegration,andinformationtechnologyforsupplychainmanagement.

MTS235 Statistics for Data Science and 3(2-2-5) Empirical StudyPrerequisite:Have earned creditsMTS231 andMTS254 or consentofHeadofschoolLinearparametricandnon-parametricmethodsofregressionandclassification.Simpleregression.Multipleregression.Binarylogisticregression.Multinomial (nominalandordinal) logisticregression.Discriminantanalysis.Non-parametricregressionandclassification.Principalcomponentsanalysisanddimensionreduction.Timeseries.Hand-onexperienceusingsoftwaresuchasRorotherequivalentsoftware.Examples inclass,selectedfordatascientists. MTS252 Materials Science 3(3-0-6)Prerequisite:NoneA study of structural materials; metallic alloys, ceramics, polymersandcomposites.Functionalmaterials:semiconductors, superconductors,magneticmaterials,smartmaterials.Propertydegradation and failure analysis.

MTS254 Introduction to Management Science 3(3-0-6)Prerequisite:HaveearnedcreditsofGTS111orconsentof HeadofSchoolApplications of quantitative methods: linear programming modeling, graphical method for linear programming and sensitivity analysis, assignment problems, network models, integer linear programming, goal programming, analytichierarchy process, decision analysis, project management,simulation,andforecastingmodels.

MTS256FundamentalsofThermofluids 3(3-0-6)Prerequisite:HaveearnedcreditsofGTS121orconsentof HeadofSchoolBasicprinciplesofThermofluidScience,mass-energyequation,conservationofmassandenergy,energy transferbyheat,work andmass, thermodynamic properties, properties ofpuresubstances,FirstandSecondLawforclosedandopen systems,flowinpressureconduit, entropy,fluidproperties,fluidstatics,momentum equation,andmechanismsofheattransfer.

MTS257 Fundamentals of Electrical and 3(3-0-6) Electronics Engineering Prerequisite:NoneAnoverviewofElectricalandElectronicsEngineering:electricalsignals,basiccircuittheory,DCandACanalysis,Kirchoff’slaw,Thevenintheorem,three-phasecircuits,basicelectronicdevicesandcircuits, fundamentalsofoperationalamplifiers,fundamentalsofpowersystems,Schematicdiagram,one-line diagram, DC and AC motor and generator modeling, transformermodeling,lossandefficiencyofDC/ACmachinery,and household/industry wiring.

MTS258 Economics for Technologists 3(3-0-6)Prerequisite:NoneTheprinciplesofmicroandmacroeconomicswithapplicationsinbasiceconomicproblemsandapplicationsfortechnologists. Factors that influence supply and demand of products. Consumerbehavior.Individualandmarketdemand.Production. Costofproduction.Profitmaximizationandcompetitivesupply. Analysis of competitive markets. Market structures and competitivestrategy.Pricingwithmarketpower.Marketswithasymmetricinformation.AnalysisofGrossNationalProduct.DeterminationofNationalIncome.Fiscalandmonetarypolicies.Importanceofinternationaltradeandfinanceonbalanceofpaymentsandnationalincome.

MTS280 Introduction of Algorithms and 3(2-2-5) Object Oriented Programming Prerequisite:Have earned credits of ITS100 or consent of HeadofSchoolBasicprinciplesofalgorithmsandobjectorientedprogrammingfortechnologists.High-levelprogramminglanguages.Typesofdata.Controlflows.Iterationoffunctionsandprocedures.Program


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structures. Storage allocation. String processing. Recursive programs. Algorithm design. Program debugging. Sorting and searchingalgorithms.ConceptsofObjectOrientedProgramming. Class, inheritance andmessage passing. Practice using a programminglanguagecurrentlybeingusedintheindustry,suchasPython,R,JAVA,orC++.

MTS301 Management Technology Training 1(0-40-0)Prerequisite:JuniorStandingorconsentofHeadofSchoolStudents are provided with on-the-job training at selected industrialorserviceorganizations.Thepurposesofthiscourse are to allow the students opportunities to learn through hands-on experience how various modern technologiescanbeappliedtomanagefacilitiesandsystems.Moreover, studentslearnhowtocollaboratewithco-workers,coordinate projectactivities,anddevelopself-responsibility.Thetrainingperiod must not less than 240 hours. Students must submit a writtenreportattheendofthetrainingperiod.Satisfactory(S)orunsatisfactory(U)gradewillbegivenbasedonthestudent’sperformance,thequalityofthereport,andthesupervisor’scomments.

MTS302 Extended Management 6(0-40-0) Technology Training Prerequisite:SeniorstandingorconsentofHeadofSchoolThis extended management technology training providesstudents with intensive on-the-job training at selected industrial or service organizations. The training period must not be less than 16 weeks (640 hours). This intensive training enables students to work with company personnel to solve real problems, not simulated ones. Studentsgainhands-onexperienceonhowvariousmodern technologies are appl ied to manage faci l i t ies and systems. Moreover, they learn how to collaborate withcolleagues, coordinate project activities, and develop se l f - respons ib i l i t y . In add i t ion to a des igna ted supervisor at the company, a faculty member is assignedtoco-superviseastudent’s trainingprogram.Anapproved industrialprojectisexpectedtobecarriedoutbythestudent.At the end of the training period, the student must give an oral presentation of his/her work and submit a written report oftheassignedprojecttothecompanyandtheMTProgram.

MTS304 Extended Engineering 6(0-40-0) Management Training Prerequisite:SeniorstandingorconsentofHeadofSchoolThe extended engineering management training provides students with intensive on-the-job training at selected industrial or service organizations. The training period must not be less than 16 weeks (640 hours). This intensive training enables students to work with company personnel to solve real problems, not simulated ones. Studentsgainhands-onexperienceonhowvariousmodern

technologies are appl ied to manage faci l i t ies and systems. Moreover, they learn how to col laborate with col leagues, coordinate project activ it ies, and develop self-responsibility. In addition to a designated supervisoratthecompany,afacultymemberisassignedto co-supervise a student’s training program. An approved industrialprojectisexpectedtobecarriedoutbythestudent.At the end of the training period, the student must give an oral presentation or his/her work and submit a written report totheassignedprojecttothecompanyandtheengineeringmanagement Program.

MTS309 Engineering Management Training 1(0-40-0)Prerequisite:JuniorStandingorconsentofHeadofSchoolStudents are provided with on-the-job training at selected industrialorserviceorganizations.Thepurposesofthiscourseare to allow the students opportunities to learn through hands-on experiencehowvariousmoderntechnologiescanbeappliedtomanagefacilitiesandsystems.Moreover,studentslearnhowtocollaboratewithco-workers,coordinateprojectactivities,and develop self-responsibility. The training period must not less than 240 hours. Students must submit a written report at theendofthetrainingperiod.Satisfactory(S)orunsatisfactory(U)gradewillbegivenbasedonastudent’sperformance,thequalityofthereport,andthesupervisor’scomments.

MTS312 Principles of Marketing 3(3-0-6)Prerequisite:NoneDefinitionandrolesofmarketing,modernmarketingconcepts;marketingsystem,consumerbehavior,marketingmix,toolsformarketingmanagementandresponsibility,ethicsofmarketers.

MTS313 Organizational Behavior 3(3-0-6)Prerequisite:HaveearnedcreditsofMTS213orconsentof HeadofSchoolAstudyofthehumanbehaviorinavarietyoforganizations: organizational culture, socialization, individual differences, motivation, leadership, performance improvement, groups and teams, decision making, conflict and negotiation, communications,powerandpolitics,managingchange.

MTS314 International Trade and Business 3(3-0-6)Prerequisite:HaveearnedcreditsofMTS213orconsentof HeadofSchoolAnintroductiontointernationalandglobalizationofbusiness;globaltrade;globaltradetheories;globalbusinessenvironment(cultural,political,social,etc.), internationalcompetitiveness,international operations, international marketing, international financial management, global strategic planning, strategy adaptations(marketing,humanresources,etc.).



MTS315 Fundamentals of Financial and 3(3-0-6) Managerial Accounting Prerequisite:NoneAnintroductiontobothfinancialandmanagerialaccounting.Analysisandevaluationofaccountinginformationaspartofthemanagerialprocessesofplanning,decision-making,and control.Abasicoverviewoffinancialaccounting:basicaccounting conceptsandprinciples,andstructureoffinancialstatements.A basic overview of managerial accounting: developmentanduseofaccountinginformationforinternaldecisions,cost behaviorandanalysis,productandservicecosting,andrelevantcostsforinternaldecision-making.

MTS316 Innovation and Entrepreneurship 3(3-0-6)Prerequisite:HaveearnedcreditsofMTS213orconsentof HeadofschoolStudyofproblemsolvinginorganizationsbyusinginnovation. Creativity and innovation skills. Thinking tools. Creative organizations, teams, individuals, and communities. An introductiontothebigpictureofentrepreneurship.Techniquesof analysis of starting up a business and managing the risk. Decisionanalysisandeconomicanalysisoffailureconsequences. Howtocreate,design,find,assess,andshapeopportunitiestodefineandmanagetherisk.

MTS317 Financial Technologies 3(3-0-6)Prerequisites:NoneOverviewoffinancialtechnologies.Changesinhowtoborrow, save, invest, and other financial operations. Analysis ofcompetitionunderthechangesandnewstrategiesadopted.Digital platform economics. Network effects. Economies ofscale.Areasofpayments.Alternativecredit.Virtualcurrencies.Relatedtechnologiesusedintheimplementationoffinancialtechnology,suchasBitcoinandBlockchain.

MTS318 Operations Strategy 3(3-0-6)Prerequisites:HaveearnedcreditsofMTS213orconsentof HeadofschoolManagementofoperationsatmanufacturingandservicefirms.Thestructureoftheirglobalsupplychains,internalprocesses,andsourcingstrategyinresponsetotheuncertaintiesandriskstheyfaceintheseturbulenttimes.Evolvingpatternsofoperationstrategiesadoptedbyfirmsforproducingproducts,sourcing, manufacturing,distributingproducts,deliveringservices,andmanagingproducts.Programsforenhancingquality,productivity andflexibility.Formulationandexecutionofsuchstrategiesforacollectionoffirmsinthecontextofthecurrentdynamicsofglobalcompetition.

MTS319 Lean Manufacturing and Supply Chain 3(3-0-6) Management Prerequisites: HaveearnedcreditsofMTS213orconsentof Headofschool

Leanconceptsappliedwithinacompanyandthroughoutasupplychain.Leanbasics.Wastereduction.HouseofToyotaframework.Toyotaproductionsystems.Leanphilosophy invarious areas: sales and operations planning, forecasting,customerrelationships,leveling,dependentdemandmaterials, capacity management, shop floor control, lean inventorymanagement, lot sizing, warehousing and logistics, qualitycontrol,purchasing,suppliermanagement,dealeranddemandfulfillment,supplychainmanagement.

MTS320 Digital Marketing 3(3-0-6)Prerequisite:HaveearnedcreditsofMTS312orconsentof HeadofschoolUsage of a customer database to analyze customer information, to help create strategies for marketing. Applicationofmarketingschemesaimedatconsumers,usingdigital channels from general advertising to closing a sale. Introductionofdirect,database,anddigitalmarketing.Usingdirectanddatabasemarketing toanalyzemarketsituation.Settingobjectivesandstrategieswithindirectanddatabasemarketing.Creatingsegmentationusingdatabase,direct,anddatabasemarketing.Implementationandcontrol.Introductiontodigitalmarketingtechnology:Internet,Socialmedia,Customer databases.InformationsystemssuchasCRMandDemand GenerationSystems.

MTS331 Economic Decision Analysis 3(3-0-6)Prerequisite:NoneFundamentalconceptsandtoolsforeconomicdecision-making for business projects: money–time relationships and equivalence, cash flowanalysis,minimumattractive rateofreturn (MARR) of an investment, methods for investmentappraisal,presentworthanalysis(PW),annualworthanalysis(AW), internal andexternal rateof return analysis (IRRandERR),benefit-costratio(B/C),effectsofinflation,depreciation techniques, impacts of depreciation and tax on decisionanalysis, sensitivity analysis and risk analysis for investment alternatives.

MTS332 Quality Management 3(3-0-6)Prerequisite:HaveearnedcreditsofMTS231orconsentof HeadofSchoolQualitycontrolandmanagementinbothmanufacturingandserviceenvironments;strategicimportanceofquality,qualityand productivity relationships; statistical process statisticalcontrol methods; techniques for design of experiments,problemsolvingtoolsforqualityassurance,andtotalqualitymanagement.

MTS333 Production and Inventory Management 3(3-0-6)Prerequisite:Haveearnedcreditsof(GTS212orMAS116)or consentofHeadofSchoolRelationship between inventory and production; qualitativeand quantitative approaches for production and inventory


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management of both dependent and independent demands: economicorderquantity(EOQ),economiclotsizing(EPSO,just in time (JIT), materials requirement planning (MRP), manufacturingresourcesplanning(MRPII),enterpriseresourcesplanning(ERP),productionplanning,andcapacityplanning.

MTS335 Enterprise Planning and Control 3(3-0-6) Systems Prerequisite:NoneThe design, analysis, and implementation of enterprise-wide resourceplanningandcontrolsystems;demandforecasting, aggregateplanning,decisionsupportmodelsforproductionplanning,masterscheduling, shopfloorcontrol; applicationof information technologies, such as ERP andMRP II, tooperationsplanningandcontrol.

MTS336 Operations Scheduling 3(3-0-6)Prerequisite:NoneThiscourseemphasizesmodelsforsequencingandschedulingactivitiesincluding:staticanddynamicproblems,deterministicand stochasticmodels, singlemachine processing, parallel machine processing, flow-shop and job-shop scheduling, projectscheduling,workforcescheduling,exactandheuristic solution methods, and applications in manufacturing environments.

MTS337 Transportation, Warehouse and 3(3-0-6) Logistics Management Prerequisite:NoneTheories, tools, techniques, and technologies to manage transportation,warehouse,andlogisticssystems.Introduction tologisticsmanagement.Supplychaindrivers.Rolesoflogistics insupplychain.Transportationmodes:motor,railroad,air,water, and intermodal modes. Inventory models with transportation choices. Global transportation. Designing of distribution networks. Information technology in transportation. Logistic strategies and other advanced topics in logistics andsupply chain management. Fundamentals of warehouse managements,suchaswarehousing,warehousetechnology,andbestpracticeofmodernwarehouseoperations.

MTS338 Warehouse Operations Management 3(3-0-6)Prerequisite:NoneFundamentaloperationsinwarehousemanagement,includingroles of warehousing and warehouse technology, such asbarcodes,radiofrequencyidentification(RFID)forinventorycontrol system, modern warehouse operations, classifyingproducts,materialshandlingequipmentandsystems,rackingandshelving,aislewidthdecision,informationtechnologyforwarehouse operations, health and safety issues.

MTS339 Strategic Sourcing and Supply 3(3-0-6) Management Prerequisite:None

Cooperativeeffortsacrossinternalfunctionsandexternalbusinesspartnerstoeliminateinefficienciesinthesupplychain.Purchasingaspects:purchasingprocess,policy,supplychainintegration,andpurchasinginorganizations.Sourcingtopics:conceptsand principles of strategic sourcing, internal analysis, strategicapproach in procuring different inputs, supplier strategy, fact-based negotiation, required infrastructure of supply management,supplierevaluation,selectionanddevelopment,contractmanagement,outsourcingissuesandglobalsourcing.

MTS340 Introduction to Inventory Management 3(3-0-6)Prerequisite:NoneIntroductiontoinventorymanagement,typesofinventory,inventory problemclassifications;inventorycost;independentdemand systems;deterministicandprobabilisticmodels;singleorderquantities,dependentdemandsystems,materialrequirementplanning(MRP),just-in-time(JIT),inventoryvaluation.

MTS342 Time Series Analysis and Forecasting 3(3-0-6)Prerequisites:HaveearnedcreditsofMTS231orconsentof HeadofschoolPrinciplesofappliedtimeseriesanalysisandotherforecastingtechniques.Choosingrighttypesofforecastingmodels,toolsforpracticalbusinessforecasting.Generallinearregressionmodels.Testsforautocorrelation,heteroscedasticity,andmulticollinearity. Basictime-seriesmethods:Linearandnonlineartrends.Methods of smoothing, exponential moving average, Holt-Winters method,methodsforseasonaladjustment,Box-Jenkinsapproach, ARMA model, ARIMA model, combining structural andnon-structuralmethods,short-termsalesforecastingmodel,long-termforecasting,simultaneous-equationmodel.

MTS343 Decision Analysis 3(3-0-6)Prerequisites:HaveearnedcreditsofMTS231orconsentof HeadofschoolFoundationsofdecisionmodeling.Decisionprocesses.Decisiontrees.Payoffmatrix.Utilitiesandrewards.Subjectiveprobability. Bayesian inference for decision analysis. Multi-dimensional decision modeling. Multi-attribute utility theory. Bayesian networks. Multi-dimensional learning. Decision under competitionsusingagametheoreticapproach.

MTS351 Management Systems Optimization 3(3-0-6)Prerequisite:Have earned credits of (GTS112 orMAS210), MTS231andMTS254orconsentofHeadofSchoolBasicoperationsresearchmodelsandtheirapplications.Linear programming. Simplex method. Duality and sensitivity analysis. Transportation model. Nonlinear programming. Non-linear optimization.Gametheory,andQueuingmodels.

MTS352 Ergonomics and Work Design 3(3-0-6)Prerequisite:NoneEssentialconceptsinoperationanalysis:simplificationofwork procedures,workmeasurement,integratedsystemsofhumans,



andmachines (Equipment), andwork environment (H-M-E)systems,factorsinfluencingworkers’physicalwell-being,issuesinworkplaceergonomicsandsafety. MTS370 Applied Business Analytics and 3(2-2-5) Optimization for Decision MakingPrerequisite:HaveearnedcreditsofMTS231andMTS254or consentofHeadofSchoolBasic theories andmodels used in optimization, decisionmaking, data analytics, machine learning, forecasting, andsimulation.Hands-onexperienceusingselectedsoftwareorspreadsheet tools: Basic to advanced spread-sheet skills,basicformulasinspreadsheets,vlookup,pivottable,simpleVBA, Solver, time-series and panel data forecasting tools,decisiontrees,MonteCarlosimulation,businessintelligencesoftwaresuchasPowerQuery/BI/Pivotand/orothermachinelearning tools.

MTS371 Data Visualization 3(3-0-6)Prerequisite:HaveearnedcreditsofMTS280orconsentof HeadofschoolPrinciples and techniques for data visualization. Graphical depictions of data that can improve comprehension,communication, and decision-making. Understanding data and suitable data visualization. Representing data. Exploring data visuality. Visualizing with clarity: hierarchy, readability, highlighting. Designing for an audience. Visualizationtools.

MTS381 Business Information Systems 3(3-0-6)Prerequisite:Have earned credits of ITS100 or consent of HeadofSchoolRelationshipsbetweeninformationsystemsandorganization: information systems in global business, strategic uses of information systems; information systems in business functions,ITinfrastructure,telecommunicationsandnetworks,Informationsystemssecurity,electroniccommerce,dataandknowledge management, decision support systems, andsystems development.

MTS382 Database Systems and Applications 3(3-0-6)Prerequisite:HaveearnedcreditsofMTS280orconsentof HeadofSchoolLogicaldatamodels,relationaldatabasesystems,structuredquerylanguage(SQL),conceptualmodeling;databasedesign,Web-connected databases, transaction management, datawarehousing,datamining,anddatabaseapplication.

MTS383 E-Business 3(3-0-6)Prerequisite:Have earned credits of ITS100 or consent of HeadofSchoolThis course offers the learning that is needed to develop electronic business. Topics include: developing a strategy;

business-to-consumer(B2C)andbusiness-to-business(B2B)marketing;pricing;customerrelationshipmanagement(CRM);supply chainmanagement;bar codesand radio frequency identification (RFID) for inventory management system; planning, developing, and maintaining websites and supporting information systems; business processes; online paymentsandinternational,legal,privacy,andsecurityissues.Auniquefeatureisanongoingprojectwithinthecoursethatprovidesan opportunitytodevelopelectroniccommerceimplementationplans.

MTS386 Distributed and Collaborative 3(3-0-6) Computing Prerequisite:NoneDistributed computing concepts. Social networks and their applications.Toolsforcollaborativecomputing,suchasGoogle Documents,GoogleSite,andBlogger. IntroductiontoWebapplicationdevelopment. Introduction toWebServicesand Service-Oriented Architecture. Introduction to Cloud Computing.

MTS387 Business Data Communications 3(3-0-6) and Networking Prerequisite:HaveearnedcreditsofMTS386orconsentof HeadofSchoolIntroduction to data communications. Network layers: application, transport, network, data link, and physical. Networktechnologies:LocalAreaNetworks,WirelessLocalAreaNetworks,BackboneNetworks.Introductiontonetworksecurity.

MTS388 Business Information Systems Analysis 3(3-0-6)Prerequisite:Have earned credits of ITS100 or consent of HeadofSchoolSystemsdevelopmentlifecycle,projectplanning,investigation, requirements definition, system specifications, alternative selection.Toolsandtechniquesofobject-orienteddevelopmentandstructureddevelopment.

MTS389 Application Programming 3(3-0-6) for Technologists Prerequisite:Have earned credits of ITS100 or consent of HeadofSchoolIntroductiontobusinessprogramming,programmingprocesses, programmingenvironments,object-orientedandevent-orientedmodels, and database programming.

MTS391 Special Topics in Management 3(3-0-6) Technology Prerequisite:NoneThis course is designed for topics related toManagementTechnology,butnotpresentlyofferedaseitherarequiredortechnicalelective.


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MTS392 Current Topics in Management 3(3-0-6) Technology I Prerequisite:NoneThis course is designed for current topics related to ManagementTechnology,butnotpresentlyofferedaseitherrequiredorelectivecourses.

MTS393 Current Topics in Management 3(3-0-6) Technology II Prerequisite:NoneThis course is designed for current topics related to ManagementTechnology,butnotpresentlyofferedaseitherrequiredorelectivecourses.TopicscoveredaredifferentfromMTS392.

MTS394 Introduction to Research Methodology 3(3-0-6) in Management TechnologyPrerequisite:HaveearnedcreditsofMTS231orconsentof HeadofSchoolAnintroductiontoresearchmethodology:basicterminology,ethicalconsiderationsinresearch,problemdefinition,literaturereview,researchproposal,collectingprimarydata,samplingand fieldwork, tools and techniques for analyzing researchdata,communicatingresearchfindings.

MTS395 Current Topics in Management 3(3-0-6) Technology IIIPrerequisite:NoneCurrent topics related toManagementTechnology,butnotpresentlyofferedaseitherrequiredorelectivecourses.TopicsaredifferentfromMTS392orMTS393.

MTS396 Current Topics in Management 3(3-0-6) Technology IVPrerequisite:NoneCurrent topics related toManagementTechnology,butnotpresentlyofferedaseitherrequiredorelectivecourses.TopicscoveredaredifferentfromMTS392,MTS393,orMTS395.

MTS397 Current Topics in Management 3(3-0-6) Technology V Prerequisite:NoneCurrent topics related toManagementTechnology,butnotpresentlyofferedaseitherrequiredorelectivecourses.Topicscovered are different fromMTS392,MTS393,MTS395, orMTS396.

MTS403 Management Technology Seminar 1(0-3-0)Prerequisite:SeniorstandingorconsentofHeadofSchoolEachstudentgroupisassignedareal-worldorresearch-likeproblemasitsseminartopic.Undersupervisionandguidanceof a facultymember, the groupmust conduct a thoroughliteraturereviewandcollectpublishedarticlesrelevanttothe

assignedtopic.Theymustdevelopaprojectproposalwhichconsistsoftheprojectscope,objectives,feasibleapproach,projectactivities,Ganttchart,andexpectedresultsandtheircontributions. The groupmust submit the proposal to theprojectadvisorandgiveapublic seminaron theassignedtopicattheendofthesemester.

MTS404 Management Technology Project 5(0-15-0)Prerequisite:HaveearnedcreditsofMTS403orconsentof HeadofSchoolAcontinuationofMTS403.Anindividualstudentorateamof studentswork on the senior project. The projects can be intensivelyconductedinindustryorwithintheinstitute.Afteraprojectiscompleted,studentsareresponsibleforsubmittingtheirfinalreportandgivingapresentation.

MTS412 Business Finance 3(3-0-6)Prerequisite:HaveearnedcreditsofMTS315orconsentof HeadofSchoolBasicprinciplesinfinancialmanagement:roles,functions,andobjectivesoffinancialmanagement,varioustypesofbusinessorganizations, financial statement analysis, time value of money,managementofcashflow,riskandreturn,andsourcesoffinancing.

MTS413 Human Resources Management 3(3-0-6)Prerequisite:HaveearnedcreditsofMTS213orconsentof HeadofSchoolA study of concepts and practices of human resource management: roles and responsibilities of human resource manager,staffacquisition;recruitment,selection,orientation, training and development. Staffmanagement; performancemanagement,rewardsandcompensation,benefits,counseling, employment legislation, safety and health issues, labor retentions,releaseofstaff,andmultinationalhumanresources.

MTS415 Strategic Management 3(3-0-6)Prerequisite:HaveearnedcreditsofMTS213orconsentof HeadofSchoolTheroleoftopmanagementinintegratinganorganization’sinternalfunctionalactivitiesandexternalenvironmentalforces.Economic, technological,ethical,political,andsocialfactorsthataffect an organization and the consideration in setting goalsand strategies. The relationships of organizations to their environments. The hierarchy of organizational objectives.Structured and informal approaches to strategic planning. Theintegrationofbusinessfunctions.Organizationalstructure. Policy implementation and evaluation. Assessing the competitivedynamicsoffirms.

MTS431 Facility Location and Layout Planning 3(3-0-6)Prerequisite:Haveearncreditsof(MTS232andMTS351)or consentofHeadofSchool



A study of production facilities, location, planning, designandmaintenance, production systems,machine selection, automation, material handling, storage and warehousing, quality,retrofitting,andpreventativemaintenance.

MTS433 Analysis Techniques for 3(3-0-6) Complex Supply Chain Management Problems Prerequisite:NoneThis course deals with real-world complex supply chainmanagement (SCM)problems fromboth the individualandintegratedviewpointsoftheSCMcomponents.Well-knownheuristic and meta-heuristic techniques, such as greedyheuristics,geneticalgorithms(GA),simulatedannealing(SA),antcolonyoptimization(ACO),etc.areintroduced.SelectedSCMproblemsareillustratedandtheirsolutionapproachesare explained.

MTS451 Project Management 3(3-0-6)Prerequisite:NoneBasicprinciplesofprojectmanagement: initiating,planning, executing, monitoring & controlling, and closing processgroups; projectmanagement knowledge areas: integration,scope,time,cost,quality,humanresources,communications,risk,andprocurement.

MTS455 Business Process Management 3(3-0-6)Prerequisite:NoneThe Process Perspective. Process Management. ProcessModeling,AnalysisandDesign.BusinessProcessManagementFramework.BusinessProcessManagementSystems(BPMS).Enterprise Process Management Program Planning. BPM Implementation Strategies. Key Skills, Roles and Responsibilities in implementingBPM.BusinessProcessArchitecture.BPMValueProposition.

MTS481 Business Process Simulation 3(3-0-6)Prerequisite:HaveearnedcreditsofMTS231orconsentof HeadofSchoolAstudyoftheapplicationofcomputersimulationsoftwareto business decision making problems, statistics problems, discrete-eventsimulationapproaches,simulateddataanalysis,simulationvariancereductiontechniques.

MTS483 Information Systems Implementation 3(3-0-6)Prerequisite:HaveearnedcreditsofMTS388orconsentof HeadofSchoolLogicalandphysicaldesignofcomputer-based informationsystems; tools and techniques that underline the design processes.Designofanenterprise informationsystemwithCASEtools.Alternativeapproachestosystemsdesignwithemphasisonobject-orientation.

MTS484 Intelligent Systems and Machine 3(3-0-6) Learning for BusinessPrerequisite:Have earned credits of ITS100 or consent of HeadofSchoolIntroduction tobusinessapplicationsof IntelligentSystems.Case-based systems. Rule-based systems. Uncertainty management.Fuzzysystems.Neuralnetworks.Evolutionary computation. Machine learning. Data mining. Collective intelligence.Hands-onexperienceusingsoftware.

MTS486 Introduction to Enterprise Resource 3(3-0-6) Planning Prerequisite:NoneIntroductiontotheintegratedbusinessplanningandexecutionsystems currently in use bymost large andmedium-sizedorganizations.The focusof thiscourse ison fundamentalsof enterprise resource planning (ERP) systems, and the importanceofintegratedinformationsystemsinanorganization.TheimplementationprocessofERPisdiscussed.Anillustrationofasmallbusinessfirmwiththefunctionsofprocurement,production,andsales,usingcommercialERPsoftware.

MTS487 Business Intelligence and Analytics 3(3-0-6)Prerequisite:HaveearnedcreditsofMTS381orconsentof HeadofSchoolAnoverviewofbusinessintelligence,analytics,anddecisionsupport.Technologiesfordecisionmaking.Datawarehousing.Businessreporting.Visualanalytics.Datamining.Techniquesforpredictivemodeling.Textanalytics.Textmining.Sentiment analysis. Web analytics. Web mining. Social analytics. Model-based decision making using optimization and multi-criteriasystems.Modelingandanalyticsusingheuristicsearchmethodsandsimulation.Automateddecisionsystemsand expert systems. Knowledge management systems. Big data analytics. Emerging trends and future impact ofbusinessanalytics.

MTS488 Principles of Data Warehousing 3(3-0-6) and Data Mining Prerequisite:HaveearnedcreditsofMTS382orconsentof HeadofSchoolTheprinciplesofdatawarehousinganddatamining.Relatedprinciples,algorithms,implementations,andapplications.Datawarehousingtechnology:datacubemethods,datawarehouseconstruction and maintenance. Data mining techniques:characterization, association, classification, clustering, andsimilarity-basedmining.Hands-onexperienceusingsoftware.

MTS489 Big Data Analytics 3(3-0-6)Prerequisites:HaveearnedcreditsofMTS235andMTS382or consentofHeadofschoolKeyITtechnologiesthatyoucanusetomanipulate,store,andanalyzebigdata.Basictoolsforstatisticalanalysis,R,Pythonor


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equivalentlanguage,andafewkeymethodsusedinMachineLearning.Thereviewoftechniquesforparallelprocessingand technologiesthatallowanalysisofdatanearrealtime.Bigdatasystemsthatcanaccept,store,andanalyzelargevolumesofunstructureddatainbatchmodeand/orrealtime.

MTS491 Special Study in Management 3(3-0-6) Technology I Prerequisite:ConsentofHeadofSchoolThiscourseisintendedforstudentswhowishtoparticipate in theexchangeprogram. Itcoversnewtopicsorareasof studyrelatedtomanagementtechnology,butnotpresentlyofferedingeneralbasiccourses,basiccoursesinscienceandmathematics, compulsory courses, or compulsory electivecourses of themanagement technology curriculum. TopicscoveredaredifferentfromMTS492.

MTS492 Special Study in Management 3(3-0-6) Technology II Prerequisite:ConsentofHeadofSchoolThiscourseisintendedforstudentswhowishtoparticipate in theexchangeprogram. Itcoversnewtopicsorareasof studyrelatedtomanagementtechnology,butnotpresently offered in general basic courses, basic courses in science andmathematics,compulsorycourses,orcompulsoryelectivecourses of themanagement technology curriculum. TopicscoveredaredifferentfromMTS491.

MTS493 Special Study in Engineering 3(3-0-6) Management I Prerequisite:ConsentofHeadofSchoolThiscourseisintendedforstudentswhowishtoparticipate in the exchange program. It covers new topics or areas of study related to engineering management, but not presently of fered in genera l bas ic courses, bas ic courses in science and mathematics, compulsory courses, or compulsoryelectivecoursesoftheengineeringmanagementcurriculum.Topicscoveredaredifferent fromMTS494andMTS496.

MTS494 Special Study in Engineering 3(3-0-6) Management II Prerequisite:ConsentofHeadofSchoolThiscourseisintendedforstudentswhowishtoparticipateintheexchangeprogram.Itcoversnewtopicsorareasofstudyrelatedtoengineeringmanagement,butnotpresentlyofferedingeneralbasiccourses,basiccoursesinscienceandmathematics, compulsorycourses,orcompulsoryelectivecoursesof the engineering management curriculum. Topics covered aredifferentfromMTS493andMTS496.

MTS495 Special Study in Management 2(2-0-4) Technology IIIPrerequisite:ConsentofHeadofSchool

Thiscourseisintendedforstudentswhowishtoparticipate in the exchange program. It covers new topics or areas ofstudyrelatedtomanagementtechnology,butnotpresentlyofferedingeneralbasiccourses,basiccoursesinscienceandmathematics, compulsory courses, or compulsory electivecourses of themanagement technology curriculum. TopicscoveredaredifferentfromMTS491andMTS492.

MTS496 Special Study in Engineering 2(2-0-4) Management III Prerequisite:ConsentofHeadofSchoolThiscourseisintendedforstudentswhowishtoparticipateintheexchangeprogram.Itcoversnewtopicsorareasofstudyrelatedtoengineeringmanagement,butnotpresentlyofferedingeneralbasiccourses,basiccoursesinscienceandmathematics, compulsorycourses,orcompulsoryelectivecoursesof the engineeringmanagementcurriculum.TopicscoveredmustbedifferentfromMTS493andMTS494.

SCS126 Chemistry for Engineers 3(3-0-6)Prerequisite:NoneProperties of gases, liquids, solids; properties of solutions;chemicalequilibrium;acidandbases;electrochemistry;organicchemistryandpolymer;atomicstructureandbonding.

SCS138 Applied Physics I 3(3-0-6)Prerequisite:NoneMechanicsofparticlesandrigidbodies:staticsofparticlesandrigidbodies,analysisofsimplestructures,friction,work, momentum, rotation, vibrations, and waves;Mechanics offluids:propertiesoffluids,pressuremeasurement,forcesonplane and curved areas, buoyancy and stability of bodies,fluidflowconcepts,heat,thermalproperties,andmodesofheat transfer.

SCS139 Applied Physics II 3(3-0-6)Prerequisite:HaveearnedcreditsofSCS138orconsentof HeadofSchoolElements of electromagnetism: electric fields andmagneticfields, dielectrics and capacitors, magnetic induction and Faraday’slawofinduction,inductors,electromagnetictheoryandapplications,ACcircuits,fundamentalelectronics;Optics:reflection, refraction, interference, diffraction, polarization,opticalequipment,applicationofopticsandLASER;modernphysics. SCS140 Pre-Mathematics and Sciences 3(3-0-6)This course is designed for studentswho have insufficientbackgroundinmathematics,physics,orchemistry.Itsobjectiveistoimprovebasicknowledgeofstudentstobeabletostudymathematics,physics,andchemistry,effectively.Differentialand Integral calculus, Trigonometric functions, Logarithmicfunctions,Limits,chainrule,L’Hospitalrule;Motioninthree



dimensions,Rotationalmotion,Angularmomentum,Equilibrium of rigid bodies, Fluid mechanics, Harmonic oscillation; Thermodynamics,Chemicalequilibrium,Atomicstructure.

SCS176 Chemistry Laboratory 1(0-3-0)Corequisite:TakingSCS126inthesamesemesterorconsentof HeadofSchoolThislaboratorycourseisdesignedto,notonlyprovidehands-onexperiencetostudentstakingSCS126,butalsostrengthentheunderstandingofthesubjectstaughtinthecourse.Throughaseriesof laboratoryexercises,students learnhowtouseselectedapparatusessential forchemistryexperimentsandhowtosafelyhandlechemicalsubstances.

SCS183 Physics Laboratory I 1(0-3-0)Corequisite:TakingSCS138inthesamesemesterorconsentof HeadofSchoolAseriesofphysicsexperimentsisdesignedtodemonstratetheories taught in SCS138. Students have opportunities to use state-of-the-artapparatusinamodernlaboratorytorecapitulatefundamentalconceptscoveredintheSCS138course.

SCS184 Physics Laboratory II 1(0-3-0)Corequisite:TakingSCS139inthesamesemesterorconsentof HeadofSchoolAseriesofphysicsexperimentsisdesignedtodemonstratetheories taught in SCS139. Students have opportunities to use state-of-the-artapparatusinamodernlaboratorytorecapitulatefundamentalconceptscoveredintheSCS139course.

TU050 English Skill Development 3(3-0-6) Prerequisite:NonePracticebasicskillsforlistening,speaking,reading,andwritinginEnglishthroughanintegratedmethod.StudentswillacquireabasistocontinuetostudyEnglishatahigherlevel.

TU100 Civic Engagement 3(3-0-6)Prerequisite:NoneInstillationofsocialconscienceandawarenessofone’sroleanddutiesasagoodglobalcitizen.Thisisdonethroughavariety ofmethods such as lectures, discussion of variouscasestudiesandfieldstudyoutings.Studentsarerequiredtoorganiseacampaign to raiseawarenessorbringaboutchangeinanareaoftheirinterest.

TU101 Thailand, ASEAN, and the World 3(3-0-6) Prerequisite:NoneStudy of significant phenomena around the world, in the ASEAN region and in Thailand in terms of their political, economicandsocioculturaldimensions.Thisisdonethrough approaches,theoriesandprinciplesofsocialscienceresearchvia discussion and raising examples of situationsor people ofinterest. The purpose of this is to create a perspective of diversity,tounderstandthecomplexityofglobalinterrelationships, to build a globalmindset and tobe able to challengeold

paradigms and open up a new, broader worldview.

TU102 Social Life Skills 3(3-0-6)Prerequisite:NoneHolistichealthcare,addressingthephysical,emotional,social,andspiritualneeds,whichisconsidered.Importantskillsforsuccessinleadingahappylifeinsociety.Studentslearntodeveloptheirabilityinphysicalhealthcaretomanagestress,buildemotionalsecurity,understandthemselvesandadapttopsychological,emotionalandsocialproblems.Studentsalsolearntounderstandthemeaningofaesthetics,experiencingandappreciatingtherelationshipbetweenartandhumanityindifferentfields,namelyvisualarts,music,performingartsandarchitecture.

TU103 Life and Sustainability 3(3-0-6)Prerequisite:NoneThis course provides an introduction to the importanceof life-cycle systems perspectives in understanding major challenges and solutions to achieving more sustainable societiesinthischangingworld.Studentswilllearnaboutthe relationship between mankind and the environment in the context of energy and resource use, consumption and development,andenvironmentalconstraints.Furthermore,anexaminationofsocialconflictandchangefromthelife-cycleperspective will be used to develop an understanding of potential solution pathways for sustainable l ifestyle modifications.

TU104 Critical Thinking, Reading, and Writing 3(3-0-6)Prerequisite:NoneDevelopmentofcriticalthinkingthroughquestioning,analytical,synthetic andevaluation skills.Students learnhow to readwithoutnecessarilyacceptingalltheinformationpresentedinthetext,butratherconsiderthecontentindepth,takingintoaccounttheobjectives,perspectives,assumptions,biasandsupporting evidence, aswell as logic or strategies leadingto the author’s conclusion. The purpose is to apply these methods to students’ own persuasive writing based on informationresearchedfromvarioussources,usingeffectivepresentationtechniques.

TU105 Communication Skills in English 3(3-0-6)Prerequisite:NoneDevelopment of English listening, speaking, reading and writing skills,focusingontheabilitytoholdaconversationinexchanging opinions,aswellasreadingcomprehensionofacademictextsfromvariousdisciplinesrelatedtostudents’fieldofstudy.

TU106 Creativity and Communication 3(3-0-6)Prerequisite:NoneCreative thought processes, with critical thinking as an importantpart,aswellascommunicationofthesethoughtsthatleadtosuitableresultsinsocial,culturalandenvironmentalcontexts,atpersonal,organisationalandsociallevels.


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Board of Trustees

Academic Review and Rank

Assessment Committee

Advisors and Auditors

Executive Committee

Academic Committee

Chiefs of Divisions and Sections

School Secretaries

SIIT DIRECTORY



Board of Trustees

Thammasat University

•AssociateProfessorDr.NopadolRompho Trustee •AssociateProfessorPornchaiTrakulwaranont Trustee

Federation of Thai Industries (F.T.I.)

• Chairman of the Federation of Thai Industries Trustee •Dr.KatiyaGreigarn Trustee • Mr. Kitti Tangjitrmaneesakda Trustee

Nippon Keidanren (Japan Business Federation)

•ManagingDirector,NipponKeidanren,Japan Trustee •Director,JapaneseChamberofCommerce(JCC),Bangkok Trustee

Scholars Nominated by Thammasat University

•President,theNationalScienceandTechnologyDevelopmentAgency(NSTDA) Trustee •ProfessorDr.NaksitteCoovattanachai Trustee • Mrs. Kobkarn Wattanavrangkul Trustee

Sirindhorn International Institute of Technology

•DirectorofSirindhornInternationalInstituteofTechnology Chairman •AssistantDirectorforAcademicAffairs ofSirindhornInternationalInstituteofTechnology Trustee •AssistantDirectorforGeneralAdministration ofSirindhornInternationalInstituteofTechnology Trustee&Secretary


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Academic Review and Rank Assessment Committee (ARRAC) 1.ProfessorDr.NaksitteCoovattanachai Chairman Ph.D.inHeatTransfer,King’sCollegeLondon,UK MemberofThammasatUniversityCouncil 2. Professor Dr. Pramuan Tangboriboonrat Member Ph.D.inChemistry,UniversitédeHauteAlsace,France DepartmentofChemistry,FacultyofScience,MahidolUniversity 3.ProfessorDr.SomchaiChucheepsakul Member Ph.D. in Civil Engineering, University of Texas, USA DepartmentofCivilEngineering,FacultyofEngineering, KingMongkut’sUniversityofTechnologyThonburi(KMUTT) 4.ProfessorDr.SomchartSoponronnarit Member Dr.Ing.inProductionandProcessingofVegetableRawMaterials, EcoleNationaleSupérieureAgronomiquedeToulouse,France SchoolofEnergy,EnvironmentandMaterials, KingMongkut’sUniversityofTechnologyThonburi(KMUTT) Fellow of the Royal Institute 5. Professor Dr. Uthai Tanlamai Member Ph.D. in Business Administration, University of Illinois at Urbana Champaign, USA DepartmentofAccountancy, FacultyofCommerceandAccountancy,ChulalongkornUniversity 6. Professor Dr. Wanlop Surakampontorn Member Ph.D.inElectronics,UniversityofKentatCanterbury,Kent,UK CollegeofAdvancedManufacturingInnovation. KingMongkut’sInstituteofTechnologyLadkrabang 7.DirectorofSIIT Secretary

Advisors and Auditors RectorofThammasatUniversityAdvisor of the SIIT Board of Trustees ViceRectorforAcademicAffairs,TUAdvisoroftheSIITAcademicReviewandRankAssessmentCommittee Prof. Dr. Pairojana KampusiriViceRectorforLegalAffairsandAdministration(LampangCenter)LegalAdvisor

Asst. Prof. Rawewan PeyayopanakulFacultyofCommerceandAccountancy,TUExternal Auditor

Mr. Nuttapol SribunruangritA.S.K.N.InternationalAuditServicesInternalProcessesAuditor



Executive Committee

1.DirectorofSIIT Prof.Dr.SomnukTangtermsirikul

2.DeputyDirectorforAcademicAffairs Prof.Dr.PruetthaNanakorn

3.DeputyDirectorforGeneralAdministration Assoc.Prof.Dr.AliceSharp

4.DeputyDirectorforBuilding,GroundandProperties Assoc.Prof.Dr.ChawalitJeenanunta

5.DeputyDirectorforAdmissionandPublicRelations Assoc.Prof.Dr.WareeKongprawechnon

6.DeputyDirectorforInternationalAffairsandCorporateRelations Asst.Prof.Dr.ItthisekNilkhamhang

7.DeputyDirectorforResearchandAcademicQualityAssurance Assoc.Prof.Dr.PakornOpaprakasit

8.DeputyDirectorforStudentAffairsandAlumniRelations Asst.Prof.Dr.SuthathipSuanmali

9.ActingHeadofDepartmentofCommonandGraduateStudies(CGS) Asst.Prof.Dr.PaiboonSreearunothai

10.Head,SchoolofBio-ChemicalEngineeringandTechnology(BCET) Assoc.Prof.Dr.PisanuToochinda

11.Head,SchoolofCivilEngineeringandTechnology(CET) Assoc.Prof.Dr.TaweepChaisomphob

12.Head,SchoolofInformation,Computer,andCommunicationTechnology(ICT) Assoc.Prof.Dr.EkawitNantajeewarawat

13.Head,SchoolofManagementTechnology(MT) Asst.Prof.Dr.AussadavutDumrongsiri

14.Head,SchoolofManufacturingSystemsandMechanicalEngineering(MSME) Assoc.Prof.Dr.PisalYenradee

Academic Committee

1.DirectorofSIIT Prof.Dr.SomnukTangtermsirikul

2.DeputyDirectorforAcademicAffairs Prof.Dr.PruetthaNanakorn

3.ActingHead,DepartmentofCommonandGraduateStudies(CGS) Asst.Prof.Dr.PaiboonSreearunothai

4.Head,SchoolofBio-ChemicalEngineeringandTechnology(BCET) Assoc.Prof.Dr.PisanuToochinda

5.Head,SchoolofCivilEngineeringandTechnology(CET) Assoc.Prof.Dr.TaweepChaisomphob

6.Head,SchoolofInformation,Computer,andCommunicationTechnology(ICT) Assoc.Prof.Dr.EkawitNantajeewarawat

7.Head,SchoolofManagementTechnology(MT) Asst.Prof.Dr.AussadavutDumrongsiri

8.Head,SchoolofManufacturingSystemsandMechanicalEngineering(MSME) Assoc.Prof.Dr.PisalYenradee

9.ChairpersonofChemicalEngineering(ChE)Curriculum Assoc.Prof.Dr.PisanuToochinda

10.ChairpersonofCivilEngineering(CE)Curriculum Assoc.Prof.Dr.TaweepChaisomphob

11.ChairpersonofComputerEngineering(CPE)Curriculum Asst.Prof.Dr.GunSrijuntongsiri

12.ChairpersonofElectricalEngineering(EE)Program Asst.Prof.Dr.PrapunSuksompong

13.ChairpersonofEngineeringManagement(EM)Curriculum Assoc.Prof.Dr.PisitChanvarasuth

14.ChairpersonofIndustrialEngineeringandLogisticsSystems(IE)Curriculum Assoc.Prof.Dr.PisalYenradee

15.ChairpersonofInformationTechnology(IT)Curriculum Assoc.Prof.Dr.EkawitNantajeewarawat

16.ChairpersonofManagementTechnology(MT)Curriculum Asst.Prof.Dr.AussadavutDumrongsiri

17.ChairpersonofMechanicalEngineering(ME)Program Dr.ThunyasethSethaput

18. ChairpersonofMasterofEngineeringinInformationandCommunication Prof.Dr.ThanarukTheeramunkong

TechnologyforEmbeddedSystems(ICTES)Curriculum

19.ChairpersonofMasterofEngineeringinLogisticsandSupplyChainSystems Assoc.Prof.Dr.NaveeChiadamrong

Engineering(LSCSE)Curriculum


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Chiefs of Divisions and Sections Rangsit Campus

Tel: +66-2-986-9009, +66-2-564-3221~29; Fax: +66-2-986-9112

Director Office Mr. Patsakorn Puangpaiboon ext.1104Secretary Ms. Narumol Weerayangkul ext.1108Secretary Ms. Wasinee Meekul ext. 1101 SIIT Internal Auditor

Academic Services and Registration Division Ms.CholthichaPradidkwan ext.1330ChiefofAcademicServicesandRegistrationDivision Mr. Samrit Sriboonthieng ext.1336 ChiefofAcademicServicesSection Ms.RatchaneekornVisudthimark ext.1339 ChiefofCurriculumSection Ms. Waraporn Hinkaew ext.1332 ChiefofRegistrySection

Accounting Division Ms. Areerat Boonboot ext.1220ChiefofAccountingDivision Ms.VanatchapornSutthanasarn ext.1221ChiefofAccountingSection(Bangkadi) Ms.WoralukPetchtaeh ext.1222ChiefofFinancialAccountingSection(Rangsit)

Admission and Public Relations Division Ms. Poonsri Mitjaroentawon ext.1000ChiefofAdmissionandPublicRelationSection Mr. Peerasak Raksanont ext.1117ChiefofMultimediaSection

Building and Ground Division Mr. Kitipol Sutayasaranakom ext.1701ChiefofBuildingandGroundDivision Mr. Jedsada Sangnak ext.1702ChiefofBuildingandGroundSectionandEngineer

Central Coordinating Division Ms. Boontiwa Thongkham ext. 1208 Chief of Central Coordinating Division Ms. Hansa Teppathankit ext.1206ChiefofPersonnelSection Ms. Orapin Khaewtham ext.1202ChiefofAdministrativeSection Ms. Rapeepan Narkruksa ext.1204GeneralDocumentationCoordinator

Computer and Audiovisual Center Assoc.Prof.Dr.KomwutWipusitwarakun ext. 1600 System Manager Ms. Saowaphan Srisophon ext.1609Secretary

Finance and Budget Division Ms.YaowapaNaLamphun ext.1317ChiefofFinanceandBudgetDivision Ms.YaowalukLaothoh ext.1319ChiefofFinanceandBudgetSection Ms.PunyanuchYimmuang ext.1316 ChiefofInvestmentPlanningSection

International Affairs and Corporate Relations Division Ms.PeechalikaSertsirikul ext.1520ChiefofInternationalAffairsandCorporateRelationsDivision Ms.PairunyaChaichana ext.1522 ChiefofCorporateRelationsandInternationalAffairsSection

Library and Information Services Center Mr.SiwarajRajchabhat ext.1503HeadofLibraryandInformationServicesCenter Ms. Chotika Praphrutthikul ext. 1508 Chief Librarian

Research and Academic Quality Assurance Division Ms.PrapasiriKajorncheeppunngam ext.1411ChiefofResearchandAcademicQualityAssuranceDivision Ms.MonthichaAuysakul ext.1413 ChiefofResearchandAcademicQualityAssuranceSection

Student Affairs and Alumni Relations Division Ms. Waraporn Thongthua Lee ext.1401ChiefofStudentAffairsandAlumniRelationsDivision Ms.SuchayaRattanangam ext.1402ChiefofStudentActivities,Welfare,andAlumniRelationsSection

Supplies and Procurement Division Ms. Chanpen Huabnarin ext.1421ChiefofSuppliesandProcurementDivision Ms. Naphak Supasorn ext.1422ChiefofSuppliesandProcurementSection



Chiefs of Divisions and Sections Bangkadi Campus

Tel: +66-2-501-3505~20; Fax: +66-2-501-3524

Director Office Ms.AroonkamolSamanchuen ext.6013Secretary

Academic Services and Registration Division Ms.CholthichaPradidkwan ext.4330ChiefofAcademicServicesandRegistrationDivision Mr. Samrit Sriboonthieng ext.4331ChiefofAcademicServicesSection

Building and Ground Division Mr. Kitipol Sutayasaranakom ext.4700ChiefofBuildingandGroundDivision Mr.KanokchatChoungcham ext.4701ChiefofTransportationsandGardeningSection Mr. Teerasak Ngoksakda ext.4702ChiefofBuildingandGroundSection

Central Coordinating Division Ms. Boontiwa Thongkham ext. 4208 Chief of Central Coordinating Division Ms. Sukannika Maitreepan ext.4201ChiefofGeneralServicesSection

Computer and Audiovisual Center Assoc.Prof.Dr.KomwutWipusitwarakun ext. 5006 System Manager Mr. Kamol Sumhiran ext. 4602 System Engineer

Finance and Budget Division Ms.YaowapaNaLamphun ext.4317ChiefofFinanceandBudgetDivision Ms. Netnapa Anutarakul ext.4312ChiefofFinanceandBudgetSection

Library and Information Services Center Mr.SiwarajRajchabhat ext.4501HeadofLibraryandInformationServicesCenter Student Affairs and Alumni Relations Division Ms. Waraporn Thongthua Lee ext.4401ChiefofStudentAffairsandAlumniRelationsDivision

Property Management Division Mr. Saengjan Kwang-khwang ext. 4801 Chief of Property Management Division


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School Secretaries Rangsit Campus

Tel: +66-2-986-9009, +66-2-564-3221~29; Fax: +66-2-986-9112

School of Bio-Chemical Engineering and Technology (BCET) Ms.NachchaRodphotong ext. 2308 Ms. Suwanna Punyadee ext. 2303

School of Civil Engineering and Technology (CET) Ms.KanchisaJantakaew ext. 1901 Ms.PattanunManachitrungrueng ext. 1903

School of Manufacturing Systems and Mechanical Engineering (MSME) Ms. Jutamas Thuankruaval ext. 2202 Ms. Mayuree Phan-On ext. 2203 Ms. Pareena Thaibumrungwiwat ext. 2102

Department of Common and Graduate Studies (CGS) Ms. Naree Chankeaw ext. 1802 Ms. Wilaiwan Siri-umpai ext. 1801 Ms. Mathawee Wiritanont ext. 1803

Bangkadi Campus

Tel: +66-2-501-3505~20; Fax: +66-2-501-3524

School of Information, Computer, and Communication Technology (ICT) Ms. Charinnarat Mongkolthalang ext. 5018 Ms. Naratsita Trirathanun ext. 5025 Ms.NichchaPuakanokhiran ext. 5019 Ms. Sirinart Sirijorn ext. 5020 Mr.WitchaponJomprapan ext. 5036

School of Management Technology (MT) Ms.AroonkamolSamanchuen ext. 6013 Ms. Chitra Pimnan ext. 6010 Ms. Pavinee Jongjaitate ext. 6011 Ms. Usanee Koedlapmeesuk ext. 6012



Dr. Alice Sharp Nationality: Thai

Education:Ph.D. NaturalResourceManagement, Hiroshima University, JapanM.S. NaturalResourceManagement, Hiroshima University, JapanM.S. EnvironmentalRiskAssessmentofTropicalEcosystems, Chiang Mai University, ThailandB.S. Biology, Chiang Mai University, Thailand

Academic Awards: • 2002BestTeachingAward,SirindhornInternationalInstituteofTechnology • JapaneseGovernment(Monbukagakusho)Scholarship,1995-2000 • GTZ(GermanTechnicalCooperation)Scholarship,1993-1995

Research Areas: • Communitybasednaturalresourcemanagement • EnvironmentalImpactAssessment • Pollution monitoring • Solid waste management

Dr. Khanin Nueangnoraj Nationality: Thai

Education:Ph.D. Applied Chemistry, Tohoku University, JapanM.Eng. Applied Chemistry, Tohoku University, JapanB.Eng. ChemicalEngineering, (1stclasshonors)Kasetsart University, Thailand

Academic Awards: • TUoutstandingYoungResearcher2017. • Best poster award at the 3rdSymposiumonGrapheneOxide,Tokyo(Japan),2014. • BCSJAwardArticlefromBulletinoftheChemicalSocietyofJapan,2014. • RecipientofSatoYoInternationalScholarship,2011-2013. • BestposterawardattheAnnualWorldConferenceonCarbon,Shanghai(China),2011. • Best poster award at the 37th JapaneseCarbonConference,Himeji(Japan),2010. • RecipientofJapaneseGovernment(Monbukagakusho)Scholarship,2008-2010.

Research Areas: • Carbon-basedmaterialsandtheirsurfacefunctionalization. • Electrochemicalcapacitorsandrelatedhybridsystemsforenergystorage

Academic Rank:AssociateProfessorE-mail:[email protected]

Faculty Members School of Bio-Chemical Engineering and Technology

86

Academic Rank:LecturerE-mail:[email protected]


87

Dr. Luckhana Lawtrakul Nationality: Thai

Education:Dr.rer.nat.TheoreticalBiochemistry, UniversityofVienna,AustriaM.Sc. PhysicalChemistry, Kasetsart University, ThailandB.Sc. Chemistry, Kasetsart University, Thailand

Academic Awards: • 2013GoldMedal,41stInternationalExhibitionofInventionsofGeneva • 2007BestTeachingAward,SirindhornInternationalInstituteofTechnology • 2001ResearchAward,NationalResearchCouncilofThailand(NRCT) • 1997 Outstanding Thesis Award, Kasetsart University • 1987-2000DevelopmentandPromotionofScienceandTechnologyTalentsProject (DPST)Scholarship

Research Areas: • Computer-aidedmolecularmodelingandmoleculardesign

Dr. Paiboon Sreearunothai Nationality: Thai

Education:Ph.D. Physics, University of Cambridge, UKM.Sc. Physics, University of Cambridge, UKB.A. Physics, University of Cambridge, UK

Academic Awards: • DevelopmentandPromotionofScienceandTechnologyTalentsProject(DPST)Scholarship, 1996-2006

Research Areas: • Nanomaterials • Photo-ActiveMaterials • Sensors • EnvironmentalTechnology • OpticalandTime-ResolvedInstrumentation


Academic Rank:Assistant ProfessorE-mail:[email protected]



Dr. Pakorn Opaprakasit Nationality: Thai

Education:Ph.D. MaterialsScienceandEngineering,ThePennsylvaniaStateUniversityPennsylvania,USAM.S. MaterialsScienceandEngineering:PolymerOption, The Pennsylvania State, University Pennsylvania, USAB.Sc. Chemistry,(1stClassHonors) Chiang Mai University, ThailandAcademic Awards: • NRCTresearchawards2015,NationalResearchCouncilofThailand(NRCT) • Researchgrantaward2009,ThailandTorayResearchFoundation • YoungResearcherAward2008,ThammasatUniversity • GoldMedalPrize,1997,ChiangMaiUniversity • GoldMedalPrize,1997,TheThabFoundation,ChulalongkornUniversity • DevelopmentandPromotionofScienceandTechnologyTalentsProject(DPST)Scholarship, 1990-2003

Research Areas: • Infraredspectroscopy • Biocompatible/biodegradablepolymers • Nanomaterials/functionalmaterials • Materialscharacterization • Sensors

Present Academic and Professional Activities: • Executiveboard–TheMaterialsResearchSociety(MRS)ofThailand • Executiveboard–ThePolymerSocietyofThailand(PST) • Executiveboard–TheScience,Mathematics,andTechnologyTeachersAssociationof Thailand(SMTAT) • Head–CenterofExcellenceinMaterialsandPlasmaTechnology(CoEM@PTech), Thammasat University.

Dr. Pisanu Toochinda Nationality: Thai

Education:Ph.D. ChemicalEngineering, The University of Akron, Ohio, USAM.S. ChemicalEngineering, The University of Akron, Ohio, USAB.Sc. Chemistry, Mahidol University, Thailand Academic Awards: • 2014OutstandingteacherAward,ThammasatUniversity • 2013BestteachingAward,SIIT • 2013DistinguishedteacherAward,SIIT • 2013GoldMedal,41stInternationalExhibitionofInventionsofGeneva • 2008BestTeachingAward,SirindhornInternationalInstituteofTechnology • 2004BestTeachingAward,SirindhornInternationalInstituteofTechnology

Research Areas: • Hydrogenproductionfromalcoholreformingandammoniadecomposition • Heterogeneouscatalysisandreactordesign • Molecularencapsulation/zeolitesyntheses • PreservationofActivecompoundsfromplantsbyNanoencapsulation




89

Dr. Rachnarin Nitisoravut Nationality: Thai

Education:Ph.D. Civil/Environmental Engineering, North Carolina State University, NC, USAM.S. Biosystem Engineering, University of Hawaii at Manoa, HI, USAB.S. ChemicalTechnology/ChemicalEngineering,ChulalongkornUniversity,Thailand DiplomaAnalyticalChemistry, (Honors)InstituteofAnalyticalChemistryTraining,MinistryofScience,Technologyand Environment, Thailand

Research Areas: • Biosystem engineering • Water and wastewater treatment/management • Low-carbontechnologies

Dr. Sandhya Babel Nationality: Indian

Education:D.Tech.Sc. EnvironmentalTechnologyandManagement,AsianInstituteofTechnology(AIT),ThailandM.Sc. EnvironmentalTechnologyandManagement,AsianInstituteofTechnology(AIT),ThailandM.Sc. Biochemistry,UniversityofIndore,IndiaB.Sc. Biology/Chemistry, (1stClass)UniversityofIndore,India

Academic Awards: • FirstpositioninorderofmeritawardinMasterofScience(Biochemistry)Program, University of Indore, India

Research Areas: • Adsorption • Bio-hydrogenproduction • Phytoremediation • Solidandhazardouswastemanagement • Wastewater treatment


Academic Rank:Professor E-mail:[email protected]



Academic Rank:AssociateProfessorE-mail:[email protected]@gmail.com

Dr. Siwarutt Boonyarattanakalin Nationality: Thai

Education:Ph.D. OrganicChemistry, The Pennsylvania State University, USAB.S. Chemistry, (Distinction)ColoradoStateUniversity,USA

Academic Awards: • AsianCOREProgram(ACP)LectureshipAwardforJapan • AsianCOREProgram(ACP)LectureshipAwardforTaiwan • YoungScientistAwardbyThammasatUniversity • ResearchGrantAward,ThailandTorayResearchFoundation • BestThesisinChemistryandPharmacy,NationalResearchCouncilofThailand(NRCT) • RocheResearchFoundationPostdoctoralFellowship

Research Areas: • Design,synthesis,andevaluationofbiologicallyactivemolecules • Biomassconversionsintochemicalcommoditiesbychemicalandbiologicalmethods. • Designandvalidationofassaystoevaluatebiologicallyactivemoleculesandassaysto studycellularprocesses • Developmentsofbiologicalandchemicalmethodsforcarbonrecycling • Organicsynthesis

Dr. Wanwipa Siriwatwechakul Nationality: Thai

Education:Ph.D. ChemicalEngineering, PrincetonUniversity,USAM.S. ChemicalEngineering, PrincetonUniversity,USAB.S. ChemicalEngineering, MassachusettsInstituteofTechnology,USA

Academic Awards: • King’sScholarship,1993 • BronzeMedal,InternationalChemistryOlympiad,1992

Research Areas: • Polymers and biomaterials

Academic Rank:Assistant Professor E-mail:[email protected]


91


Dr. Amin Eisazadeh Otaghsaraei Nationality: Iranian

Education:Ph.D. Geotechnic, UniversityofTechnology,MalaysiaM.Sc. Geotechnic, TehranPolytechnic,IranB.Sc. CivilEngineering, Tehran University, Iran

Academic Awards: • 2012UTMICONAward(BestResearcherwithIFPublication) • 2005MastersDegree(Hons)(GPAof16.89/20) • 2003Ranked119inIran’sCivilEng.MastersDegreeQualificationTest • 1999SecondarySchoolDiploma(Hons)(GPAof19.23/20)

Research Areas: • TropicalSoilEngineering • SoilStabilization • Geochemistry • Water Treatment

Present Academic and Professional Activities: • MemberofCivilEngineeringSocietyofIran (2010–present)

School of Civil Engineering and Technology

Dr. Chariya Kaewsaneha Nationality: Thai

Education:Ph.D. PolymerScienceandTechnology,MahidolUniversity,ThailandM.Sc. PolymerScienceandTechnology,MahidolUniversity,ThailandB.Sc. Chemistry, Mahidol University, Thailand

Academic Awards: • RoyalGoldenJubileePh.D.Program,TheThailandResearchFundand TheFrenchEmbassyofBangkok • DistinguishedThesisAward,FacultyofGraduateStudies,MahidolUniversity • JuniorResearchFellowshipProgram,TheFrenchEmbassyofBangkok

Research Areas: • Polymer Colloid • CompositeMagnetic/PolymerParticles • Bionanotechnology

Academic Rank:ResearcherE-mail:[email protected]



Academic Rank:Assistant Professor E-mail:[email protected]

Dr. Kriengsak Panuwatwanich Nationality: Thai

Education:Ph.D. ConstructionEngineeringandManagement, GriffithUniversity,AustraliaM.Eng. EngineeringConstructionandManagement, University of New South Wales, AustraliaB.Eng. Civil Engineering, SirindhornInternationalInstituteofTechnology,ThammasatUniversity,Thailand

Academic Awards: • Best Paper Award at the 7thInternationalConferenceonEngineering,ProjectandProduction Management, 21st-23rd September 2016, Bialystok, Poland • Award for Innovation in Learning and Teaching by Griffith School of Engineering, Griffith University, 2014 • Dean’sHighlyCommendedAward - Learning and TeachingCitations byGriffithSciences, GriffithUniversity,2014 • ProViceChancellor’sLearningandTeachingExcellenceAwardbytheScience,Environment, EngineeringandTechnologyGroup,GriffithUniversity,2013 • GriffithUniversity’sLearningandTeachingCitationsbytheScience,Environment,Engineering andTechnologyGroup,GriffithUniversity,2013 • GrandAwardforResearchExcellence(SustainabilitySpecialistGroupPrize)bytheInternational WaterAssociation(IWA),2010 • EmeraldLiteratiAwardforExcellence:OutstandingPaper2010byEmeraldLiteratiNetwork, JournalofConstructionInnovation,2010 • EmeraldPrizeforBestConferencePaperbytheEmerald’sJournalofConstructionInnovation at the 8thInternationalPostgraduateResearchConferenceintheBuiltandHumanEnvironment, 26th-27thJune2008,Prague,CzechRepublic

Research Areas: • Innovationdiffusionandmanagementwithinprojectandorganizationalenvironments • Building Information Modeling • Augmented/MixedRealityapplicationinconstruction • Applicationsof3DTerrestrialLaserScanninginconstruction • Greenbuilding/sustainableconstruction • Safetymanagementinconstruction • EngineeringEducation • BigDatainconstructionengineeringandmanagement

Present Academic and Professional Activities: • President–AssociationofEngineering,Project,andProductionManagement • ConferenceCo-Chair-The8thInternationalConferenceonEngineering,Projectand ProductionManagement(EPPM2017),19-21September2017,Amman,Jordan • EditorialBoard–TheJournalofEngineering,Project,andProductionManagement • ScientificCo-Chair–The7thInternationalConferenceonEngineering,Projectand ProductionManagement(EPPM2016),21-23September2016,Bialystok,Poland • ProgramCommitteeandInternationalAdvisoryBoard–The10thInternationalConference onProjectManagement(ProMAC2016),16-19November2016,GoldCoast,Australia • ConferenceChair–The6thInternationalConferenceonEngineering,ProjectandProduction Management(EPPM2015),GoldCoast,Australia


93

Dr. Mongkut Piantanakulchai Nationality: Thai

Education:Ph.D. Transportation, Tohoku University, JapanM.Eng. Transportation, AsianInstituteofTechnology(AIT),ThailandB.Eng. Civil Engineering, Chulalongkorn University, Thailand

Academic Awards: • ResearcherAwardsfromThammasatUniversity,2006and2015 • ThomasL.Saaty’sBestPaperAwardattheEighthInternationalSymposiumontheAnalytic HierarchyProcess(ISAHP),2005 • JapaneseGovernment(Monbukagakusho)Scholarship,1996-2000 • Barbara and John Hugh Jones Prize (Award for the Most Outstanding Transportation EngineeringStudent),1995,AsianInstituteofTechnology(AIT)

Research Areas: • Intelligenttransportationsystems(ITS) • Multicriteriadecisionmakingintransportationplanning • Activitybasedtraveldemandmodeling • Computablegeneralequilibriummodellingfortransportandenergypolicystudies • Evacuationplanning • Trafficsimulation

Present Academic and Professional Activities: • ExecutiveBoardMember,ThaiSocietyforTransportationandTrafficStudies • RegularMember,EasternAsiaSocietyforTransportationStudies

Dr. Pruettha Nanakorn Nationality: Thai

Education:D.Eng. Civil Engineering, The University of Tokyo, JapanM.Eng. StructuralEngineering, AsianInstituteofTechnology(AIT),ThailandB.Eng. Civil Engineering, (1stClassHonors)ChulalongkornUniversity,Thailand

Academic Awards: • 2003BestTeachingAward,SirindhornInternationalInstituteofTechnology • JapaneseGovernment(Monbukagakusho)Scholarship,1991-1994 • TheMaheshVarmaPrize(AwardfortheMostOutstandingStructuralEngineeringand ConstructionStudent),1991,AsianInstituteofTechnology(AIT),Thailand • GoldMedalPrize,1989,ChulalongkornUniversity,Thailand

Research Areas: • Computationalmechanics • Finiteelementtechnology • Structuraloptimization • Design automation


Academic Rank:ProfessorE-mail:[email protected]



Dr. Somnuk Tangtermsirikul Nationality: Thai

Education:D.Eng. Civil Engineering, The University of Tokyo, JapanM.Eng. Civil Engineering, The University of Tokyo, JapanB.Eng. Civil Engineering, (Honors)ChulalongkornUniversity,Thailand

Academic Awards: • ExcellentResearchAward,NationalResearchCouncil2016 • NationalDistinguishedResearcher,NationalResearchCouncil2013 • ChairProfessorofSiamCementGroup,since2012 • DistinguishedScholarofScienceandTechnologyofThammasatUniversity,2008 • OutstandingTechnologistAwardfromtheFoundationforthePromotionofScienceand TechnologyunderthePatronageofH.M.theKing,2002 • OutstandingResearcher1999,ThammasatUniversity,Thailand • Paper Award from JSCE, 1999 • YoshidaAwardfromJSCE,1993

Research Areas: • Modelingofconcretebehavior • Durabilityevaluationandservicelifedesignofconcretestructures • Highperformancecementitiousbasedmaterials • Specialconcrete • Useofwastesandrecycledmaterialsincementandconcrete • Repair,maintenance,andassessmentofconcretestructures

Present Academic and Professional Activities: • HonoraryMember,JapanConcreteInstitute • Advisor,ThailandConcreteAssociation • Advisor, Civil Engineering Committee, Engineering Institute of Thailand • Treasurer,AsianConcreteFederation • AdvisoryBoardoftheAdvancedConcreteTechnologyInternationalJournal • EditorialBoardofJournalofAsianConcreteFederation • Editorial Board of the ASEAN Engineering Journal • ChairmanofEditorialBoardoftheJournalofThailandConcreteAssociation



95



Dr. Taweep Chaisomphob Nationality: Thai

Education:D.Eng. Civil Engineering, The University of Tokyo, JapanM.Eng. Civil Engineering, The University of Tokyo, JapanB.Eng. Civil Engineering, (1stClassHonors)ChulalongkornUniversity,Thailand

Academic Awards: • Fellow,SchoolofEngineering,TheUniversityofTokyo,Japan,2007 • TheOutstandingResearcher1998,ThammasatUniversity • JapaneseGovernment(Monbukagakusho)Scholarship,1982-1987 • GoldMedalPrize,1982,ChulalongkornUniversity,Thailand

Research Areas: • Steelstructures • Structuralmechanics • Maintenanceinfrastructure • Compostingtechnology • Socialimpactsondevelopmentofinfrastructure

Present Academic and Professional Activities: • President,ThailandStructuralSteelSociety(TSSS) • Chairperson,SubcommitteeonHot-rolledStructuralSteel,ThailandIndustrialStandards Institute(TISI) • Chairperson,SubcommitteeonCold-formedStructuralSteel,ThailandIndustrialStandards Institute(TISI) • Member,SubcommitteeonCertifyingCivilEngineeringDegreeandCurriculum,Council of Engineers of Thailand

Dr. Winyu Rattanapitikon Nationality: Thai

Education:D.Eng. Civil Engineering, YokohamaNationalUniversity,JapanM.Eng. WaterResourcesDevelopment, AsianInstituteofTechnology(AIT),ThailandB.Eng. AgriculturalEngineering, Khon Kaen University, Thailand

Academic Awards: • 2011SIITDistinguishedTeacherAward,SirindhornInternationalInstituteofTechnology • 2011BestTeachingAward,SirindhornInternationalInstituteofTechnology • TUOutstandingTeacherinScienceandTechnologyAward2006,ThammasatUniversity • 2005BestTeachingAward,SirindhornInternationalInstituteofTechnology • 1998BestTeachingAward,SirindhornInternationalInstituteofTechnology • JapaneseGovernment(Monbukagakusho)Scholarship,1992-1995 • TheJamesA.LinenIIIMemorialPrize(AwardfortheMostOutstandingWaterResources DevelopmentStudent),1991,AsianInstituteofTechnology(AIT),Thailand

Research Areas: • Mathematicalmodeling • Sediment Transport • BeachDeformation



Academic Rank:ResearchFacultyMemberE-mail:[email protected]

Dr. Ganchai Tanapornraweekit Nationality: Thai

Education:Ph.D. Civil and Environmental Engineering, University of Melbourne, AustraliaM.Sc. Engineering, SirindhornInternationalInstituteofTechnology(SIIT),ThammasatUniversity(TU),ThailandB.Eng. Civil Engineering, Chulalongkorn University, Thailand

Academic Awards: • IPRS&MIRSscholarshipsfromAustralianGovernmentandUniversityofMelbourne (2006-2010) • HighlycommendedpresentationinPostgrad-seminarfromUniversityofMelbourne(2009) • SIITFullScholarship(2001-2004)

Research Areas: • Fiberreinforcedconcreteforhybridstructures • Degreeofrestraintandeffectsofrestrainedshrinkagecracksinconcretestructures • Repairandstrengtheningofconcretestructures • Finiteelementanalysis(FEA)ofreinforcedconcretestructures • Analysisanddesignofstructuresundershockandimpactincludingexplosion/blastloads • Explosion/blast wave propagation

Present Academic and Professional Activities: • CommitteeonConcreteMaterials,ThaiConcreteAssociation(TCA) • AdvisortotheCommitteeonDevelopmentofBuildingStructuresofMinistryofDefense

Construction and Maintenance TechnologyResearch Center (CONTEC)Research Faculty Members


97


Dr. Krittiya Kaewmanee Nationality: Thai

Education:Ph.D. Engineering, SirindhornInternationalInstituteofTechnology(SIIT),ThammasatUniversity(TU),ThailandM.Eng. Civil Engineering, KochiUniversityofTechnology,JapanB.Eng. Civil Engineering, SIIT, TU, Thailand

Academic Awards: • AnoutstandingoralpresentationawardattheRGJSeminarSeriesLXI:Innovationand SustainableDevelopmentinCivilEngineering(September4,2008) • RoyalGoldenJubileeScholarship(PhDProgram),TheThailandResearchFund(2007) • Master’sDegreeScholarship,KochiUniversityofTechnology,JAPAN(1999–2001)

Research Areas: • Designofconcretemixproportions • Multi-binderconcrete • Useofwasteandrecycledmaterialsinconcrete • Thermalanalysisofmassconcrete

Present Academic and Professional Activities: • Member,Subcommitteeonconcreteandmaterials,EngineeringInstituteofThailand • Secretariat,AsianConcreteFederation(ACF)

Dr. Lalita Yongchaitrakul Nationality: Thai

Education:Ph.D. ResourcesandEco-materials Engineering, Hokkaido University, JapanM.Sc. Engineering,Sirindhorn International Institute of Technology(SIIT),Thammasat University(TU),ThailandB.Eng. ChemicalEngineering,SIIT,TU, Thailand

Academic Awards: • MinistryofEducation,Culture,Sports,ScienceandTechnologyofJapan(MEXT)Scholarship (2013-2016) • AwardwinningpaperatconferenceofSustainableConstructionMaterialsandTechnologies (SCMT4),LasVegas,USA2016

Research Areas: • Cement Chemistry • Chemicalandmicrostructuralanalysisofhardenedconcrete • Durabilityofconcrete • Alkali-silicareactionofconcrete




Academic Rank:ResearchAssistantProfessorE-mail:[email protected]


Dr. Pakawat Sancharoen Nationality: Thai

Education:Ph.D. Civil Engineering, The University of Tokyo, JapanM.Eng. Civil Engineering, The University of Tokyo, JapanM.Sc. EnvironmentalManagement, Chulalongkorn University, ThailandB.Eng. Civil Engineering, (2ndClassHonors)ChulalongkornUniversity,Thailand

Academic Awards: • Outstandingyoungresearcheraward,ThammasatUniversity(2012) • ExcellentPresentationAwardatAnnualConventionofJapanConcreteInstitute(2006) • ExcellentPaperAwardatAnnualConventionofJapanConcreteInstitute(2006) • ExcellentPresentationAwardatAnnualMeetingofJapanCementAssociation(2003) • MinistryofEducation,Culture,Sports,ScienceandTechnologyofJapan(MEXT)Scholarship (2002-2007) • AsianDevelopmentBank(ADB)Scholarship(2001-2003) • 2ndclasshonors,DepartmentofCivilEngineering,FacultyofEngineering,Chulalongkorn University,Bangkok,Thailand(2001)

Research Areas: • Wasteutilizationinconcrete • Corrosionofreinforcingsteelinconcrete • Durabilityofconcreteandrepairingsystem • Repairingandmaintenancemanagementofreinforcedconcrete,pre-stressedconcreteand steelstructures • Non-DestructiveTestingsonstructures

Present Academic and Professional Activities: • Subcommitteemember(Maintenance),ThailandConcreteAssociation

Dr. Parnthep Julnipitawong Nationality: Thai

Education:Ph.D. CivilEngineering,HamburgUniversityofTechnology,GermanyM.Sc. Engineering, SirindhornInternationalInstituteofTechnology(SIIT),ThammasatUniversity(TU),ThailandB.Eng. BuildingFacilitiesEngineering, (2ndClassHonors)SIIT,TU,Thailand

Academic Awards: • 2ndClassHonorsforBachelor’sdegree

Research Areas: • Watertransportinconcrete • Bleedingofconcrete • Moisturemeasurementtechniquesinconcrete • Freshpropertiesofconcrete

Present Academic and Professional Activities: • Subcommittee-ThaiConcreteAssociation(TCA)


99

Academic Rank:ResearchAssistantProfessorE-mail:[email protected]

Dr. Qudeer Hussain Nationality: Pakistani

Education:Ph.D. Engineering, Sirindhorn, International InstituteofTechnology(SIIT),ThammasatUniversity(TU),ThailandM.Eng. Civil Engineering, UniversityofEngineeringandTechnology,Taxila,PakistanB.Eng. Civil Engineering, UniversityofEngineeringandTechnology,Taxila,Pakistan

Academic Awards: • Ph.D.’sdegreeScholarship,SirindhornInternationalInstituteofTechnology(SIIT),Thammasat University(TU),Thailand. • 1stClassHonorsforBachelor’sdegree

Research Areas: • Analysisanddesignofreinforcedconcreteandsteelstructures. • Seismicretrofittingandstrengtheningofreinforcedconcreteandsteelstructures. • Finiteelementanalysis(FEA)ofreinforcedconcretestructures • Useofwastesandrecycledmaterialsinconcrete. • Environmentalhydrology,hydraulicsandirrigationengineering. • GeotechnicalInvestigations

Dr. Warangkana Saengsoy Nationality: Thai

Education:Ph.D. ResourcesandEco-materialsEngineering, Hokkaido University, JapanM.Sc. Engineering, SirindhornInternationalInstituteofTechnology(SIIT),ThammasatUniversity(TU),ThailandB.Eng. Civil Engineering, (2ndClassHonors)SIIT,TU,Thailand

Academic Awards: • NRCTOutstandingResearchProjectAward2017 • OutstandingResearcherAwardforresearchawardrecipientsfromexternalorganizationsin 2014,ThammasatUniversity(2014) • ACF2014BestPaperAward(2014) • OutstandingYoungResearcherAward,ThammasatUniversity(2012) • MinistryofEducation,Culture,Sports,ScienceandTechnologyofJapan(MEXT)Scholarship (2005-2008) • SIITResearchAssistantScholarship(2001-2003) • 2ndClassHonorsforBachelor’sdegree(2001)

Research Areas: • Cement Chemistry • Hydrationreactionandmicrostructureofcementitioussystem • Chemicalandmicrostructuralanalysisofhardenedconcrete • Utilizationofpozzolansandeco-materialsinconcrete • Durabilityofconcrete

Present Academic and Professional Activities: • CommitteeonConcreteMaterials,ThaiConcreteAssociation(TCA) • TechnicalSubcommitteefordraftingThaiGreenLabel:PortlandCementandHydrolicCement, Thailand Environment Institute • CommitteefordraftingTISStandard:GroundCoalBottomAshuseasanAdmixtureinConcrete




Dr. Banlue Srisuchinwong Nationality: Thai

Education:Ph.D. ElectricalEngineering, TheUniversityofManchester,TheUK.M.Sc. ElectricalEngineering, TheUniversityofManchester,TheUK.B.Eng. ElectricalEngineering, (Honors)KingMongkut’sInstituteofTechnologyLadkrabang,Thailand.

Academic Awards: • TheTUDistinguishedResearchAward2016inScienceandTechnology,Thammasat University,26December2016. • TheGoldPaperAward2016,theIEEEManagementandInnovationTechnologyInternational Conference(MITicon2016),October2016. • TheSIITResearchAward2011,SIIT,28June2012. • TheICTAward2010,(the3rd-prizeaward),theMinistryofInformationandCommunication Technology(MICT),9March2011. • TheBritishCouncilScholarship,theUK,October1989-1991. • TheOverseasResearchStudentship(ORS)Award,CVCP,theUK,October1988-1989. • ThePhilipsScholarship,PhilipsInternationalInstituteofTechnologicalStudies(PII),andPhilips ResearchLaboratories,Eindhoven,theNetherlands,January1987-February1988.

Research Areas: • Microelectronics • Periodic/chaoticcircuitsandsystems

Present Academic and Professional Activities: • AssociateMember,ThaiAcademyofScienceandTechnologyFoundation • Researcher,NationalResearchCouncilofThailand(NRCT) • Member,AcademicCommitteeNo.900,ThaiIndustrialStandardInstitute,MinistryofIndustry, 1997-2013 • Treasurer,ElectricalEngineering/Electronics,Computer,TelecommunicationsandInformation Technology(ECTI)Association,2004-2010 • Secretary General, Electrical Engineering/Electronics, Computer, Telecommunications and InformationTechnology(ECTI)Association,2002-2003

Information, Computer, and Communication Technology



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Dr. Cholwich Nattee Nationality: Thai

Education:D.Eng. ComputerScience, TokyoInstituteofTechnology,JapanM.Eng. ComputerScience, TokyoInstituteofTechnology,JapanB.Eng. Computer Engineering, Chulalongkorn University, Thailand

Academic Awards: • Finalistof“TelecomPrototypeAward”fromtheTelecommunicationsResearchandIndustrial DevelopmentInstitute(withK.Zintus-art,S.Saetia,andV.Pongparnich) • YoungResearcherAward2009,ThammasatUniversity • VeryGoodResearchAward2008,ThammasatUniversity • JapaneseGovernment(Monbukagakusho)Scholarship,1998-2004

Research Areas: • Artificialintelligence • Machinelearning • Knowledgediscoveryanddatamining • Artificialintelligenceapplicationsindistancelearning • Patternrecognition

Dr. Chalie Charoenlarpnopparut Nationality: Thai

Education:Ph.D. ElectricalEngineering, The Pennsylvania State University, University Park, PA, USAM.S. ElectricalEngineering, The Pennsylvania State University, University Park, PA, USAB.Eng. ElectricalEngineering, (1stClassHonors)ChulalongkornUniversity,Bangkok,Thailand

Academic Awards: • 2011SIITResearchAward2011 • 2010DistinguishedTeacherAward,SIIT • 2010BestTeachingAward,SIIT • 2008OutstandingTeacherinScienceandTechnologyAward,ThammasatUniversity • 2006BestTeachingAward,SIIT • 2002BestTeachingAward,SIIT • BestPresenter-in-the-trackAward,AutomaticControlConference,USA,1998 • GoldMedalPrize,1993,ChulalongkornUniversity

Research Areas: • Multidimensionalsystemsandsignalprocessing • Imageprocessing/patternrecognition • Signalprocessingforcommunication • STEMEducation&Learning • SmartgridTechnology:renewableenergyandenergystorage

Present Academic and Professional Activities: • AssociateEditor,MultidimensionalSystemsandSignalProcessing,aninternationaljournal, Springer, USA • SigmaXi,TheScienceResearchSociety,USA,2000 • PhiKappaPhiHonorSociety,USA,1995





Dr. Ekawit Nantajeewarawat Nationality: Thai

Education:D.Eng. ComputerScience, AsianInstituteofTechnology(AIT),ThailandM.Eng. ComputerScience, AsianInstituteofTechnology(AIT),ThailandB.Eng. Computer Engineering, Chulalongkorn University, Thailand

Academic Awards: • VeryGoodResearchAward2008,ThammasatUniversity • 2001BestTeachingAward,SIIT • OutstandingDissertationAward1999,NationalResearchCouncilofThailand(NRCT) • 1997BestTeachingAward,SIIT

Research Areas: • Knowledge representation • Automated reasoning • Knowledge-based software engineering • Semanticweb • Informationextraction

Dr. Gun Srijuntongsiri Nationality: Thai

Education:Ph.D. ComputerScience, Cornell University, USAM.S. ComputerScience, Cornell University, USAB.S. ComputerScience, Cornell University, USA

Academic Awards: • NRCT Dissertation Award 2012 • ThammasatUniversityYoungResearcherAward2012 • 22ndPlaceinthe2000ACMProgrammingContestWorldFinals • King’sScholarship,1997

Research Areas: • Scientific computing and numerical analysis, with focus on intersection problems and optimization



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Dr. Itthisek Nilkhamhang Nationality: Thai

Education:Ph.D. Integrated System Design Engineering, Keio University, Tokyo, JapanM.Eng. Integrated System Design Engineering, Keio University, Tokyo, JapanB.Eng. ElectricalEngineering, (1stClassHonors)SirindhornInternationalInstituteofTechnology,ThammasatUniversity,Thailand

Academic Awards: • OutstandingYoungResearcherAward,ThammasatUniversity,2014 • BestTeachingAward,SirindhornInternationalInstituteofTechnology,2014 • JapaneseGovernment(Monbukagakusho)Scholarship,2005-2008 • KeioGraduateScholarship,2002-2005

Research Areas: • Robustandadaptivecontrol • Iterativecontrol • Systemidentification • Nonlinear systems • Mechatronics • Robotics

Dr. Komwut Wipusitwarakun Nationality: Thai

Education:Ph.D. CommunicationEngineering, Osaka University, Osaka, JapanM.Eng. CommunicationEngineering, Osaka University, Osaka, JapanB.Eng. ElectricalEngineering, (Honors)ChulalongkornUniversity,Thailand

Academic Awards: •JapaneseGovernment(Monbukagakusho)Scholarship,1992-1998

Research Areas: • Mobile Code • InternetandComputerNetworkingincluding: - Wireless Mesh Networks - Heterogeneous internetworking - ActiveNetworks - Mobile Agents - OverlayServiceNetworks - Self-healing Networks - Cross-layerProtocolDesignandAnalysis - NetworkVirtualization





Dr. Nguyen Duy Hung Nationality: Vietnamese

Education:Ph.D. RemoteSensingandGIS, AsianInstituteofTechnology(AIT),ThailandM.Eng. ComputerScience, AIT, ThailandB.Eng. ElectronicsandTelecommunication, HanoiUniversityofTechnology,Vietnam

Academic Awards: • JICAscholarship,2003-2006,AIT • Hisamatsuprize(AwardfortheMostOutstandingComputerScienceStudent),2002,AIT • BronzemedalinInternationalChemistryOlympiad,1996,Russia

Research Areas: • ArtificialIntelligence • Multi-agents • Argumentation • ProofProcedures • Dialogues • ContractDisputeResolutionSystems

Dr. Nirattaya Khamsemanan Nationality: Thai

Education:Ph.D. Mathematics, University of California, LosAngeles(UCLA),USAM.A. Mathematics, University of California, LosAngeles(UCLA),USAB.A. Mathematics, (CumLaude)CornellUniversity,USA

Academic Awards: • 2009BestTeachingAward,SirindhornInternationalInstituteofTechnology • TheRobertSorgenfreyDistinguishedTeachingAssistantAward2005,Departmentof Mathematics,UCLA,CA • TheCransonW.andEdnaB.ShellyAwardforExcellenceinUndergraduateResearchin Astronomy1999-2000,CornellUniversity,NY • DevelopmentandPromotionofScienceandTechnologyTalentsProject(DPST) Scholarship,1996-2006

Research Areas: • Algebraictopology • Cryptography • IntelligentUserInterface(IUI) • Machinelearning



105


Dr. Pakinee Aimmanee Nationality: Thai

Education:Ph.D. AppliedMathematics, University of Colorado, USAM.S. AppliedMathematics, University of Colorado, USAB.S. Mathematics, (CumLaude)UniversityofDelaware,USA

Academic Awards: • TheBestJournalpaperaward2016awardedbytheInstituteofElectronics,Information, andCommunicationEngineering,Japan • Alargeprojectaward2014awardedbyThammasatUniversity • AVeryGoodResearchAward2008awardedbyThammasatUniversity • AStribicfellowshipawardedtowomenwhosucceedinteachingandresearchingby University of Colorado at Boulder, 2002-2003 • AWilliamClarkPrize,aprizegiventoanexcellentstudentinMathematicsbyUniversity of Delaware, 1999 • DevelopmentandPromotionofScienceandTechnologyTalentsProject(DPST) Scholarship,1995-2005 • ASecondprizewinnerinasciencecompetition,ChiangMaiUniversity,1993

Research Areas: • Information retrieval • Data mining • Appliedmathematics • Imageprocessing • Acousticprocessing • Information Hiding • InformationExtraction





Dr. Prapun Suksompong Nationality: Thai

Education:Ph.D. ElectricalandComputerEngineering, CornellUniversity,Ithaca, NewYork,USAM.S. ElectricalandComputerEngineering, CornellUniversity,Ithaca, NewYork,USAB.S. ElectricalandComputer (SummaCumLaude)Engineering, CornellUniversity,Ithaca, NewYork,USA

Academic Awards: • 2013BestTeachingAward,SirindhornInternationalInstituteofTechnology • 2013OutstandingYoungResearcherAward,ThammasatUniversity • 2011SIITResearchAward • 2009BestTeachingAward,SirindhornInternationalInstituteofTechnology • 2006TeachingAssistantoftheYear,CornellIEEEstudentbranch • 2002 Fellowship, Cornell University • King’sScholarship,1997

Research Areas: • Wirelesscommunications • Cognitive radio • Indoorpositioningprinciplesandlocalizationtechniques • Computationalneuroscience • Energy-efficientcoding • PoissonprocessandPoissonconvergence • Community-contributednetworks

Dr. Sasiporn Usanavasin Nationality: Thai

Education:Ph.D. Software Engineering, Keio University, JapanM.S. Software Engineering, Keio University, JapanB.Sc. InformationTechnology, (1stClassHonors)SirindhornInternationalInstituteofTechnology,Thailand

Research Areas: • Software Engineering • SemanticWebandKnowledgeEngineering • ServiceScienceandServiceInnovation

Present Academic and Professional Activities: • Head,SpecialInterestGroupforServiceScienceinEducation,NECTEC • Committee,ServiceResearchInnovationTechnicalCommittees,NECTEC


107

Academic Rank:Assistant ProfessorE-mail: [email protected]


Dr. Somsak Kittipiyakul Nationality: Thai

Education:Ph.D. ElectricalandComputerEngineering, University of California at San Diego, USAM.Eng.&S.B.ElectricalEngineeringandComputerScience, MassachusettsInstitute ofTechnology,USA

Research Areas: • Wirelesscommunicationsandnetworking • Resourceallocationandscheduling • Performanceanalysisofqueuingsystems • Optimization • Smart grid • Forecasting

Dr. Stanislav S. Makhanov Nationality: Russian

Education:Ph.D. AppliedMathematics, ComputerCenteroftheRussianAcademy ofScience,Moscow,RussiaDiploma English Language, MoscowStateUniversityofLinguistics,RussiaM.Sci. AppliedMathematics, MoscowStateUniversity,Russia

Academic Awards: • ExcellentPublicationAward2016,SIIT • ExcellentResearchAward2015,SIIT • VeryGoodResearchAward,2009, Thammasat University • VeryGoodResearchAward,2007, Thammasat University • OutstandingResearchAward,2006, Thammasat University

Research Areas: • Robotics • Imageprocessing • PatternRecognition • Gridgeneration




Dr. Toshiaki Kondo Nationality: Japanese

Education:Ph.D. ImageProcessing, National University of Singapore, SingaporeM.Eng. ImageProcessing, The University of Sydney, AustraliaM.Eng. InformationProcessing, TokyoInstituteofTechnology,JapanB.Eng. MechanicalEngineering, TokyoInstituteofTechnology,Japan

Academic Awards: • Best Paper Award at the 9thRegionalConferenceonElectricalandElectronics Engineering(RCEEE2016),Vietnam,2016. • BestTeachingAward,SirindhornInternationalInstituteofTechnology,2016. • Outstanding Presentation Award at the 30thJSSTAnnualConference(JSST2011), Japan, 2011. • Outstanding Poster Award at the 12th InternationalConferenceonBiomedical Engineering(ICBME2005),Singapore,2005. • NUS(NationalUniversityofSingapore)ResearchScholarship,1999-2003. • ScholarshipforPostgraduateStudyfromCanonInc.,1986-1988.

Research Areas: • Digitalimageprocessing(esp.featuredetectionandsegmentationin2-Dand3-D) • Computervision(esp.depthestimationandmotionestimation) • Patternrecognition(esp.humanfacerecognition)

Dr. Teerayut Horanont Nationality: Thai

Education:Ph.D. Spatial Information Engineering, The University of Tokyo, JapanM.Sc. RemoteSensingandGeographicInformationSystem, AsianInstituteofTechnology(AIT),ThailandB.Arch. Architecture, Chulalongkorn University, Thailand

Academic Awards: • BestPaper,PURBAWorkshop,ACMUbicompconference2013 • Best Paper, 5thInternationalConferenceonHealthGIS2013 • Best Paper, The 33rdAsianConferenceOnRemoteSensing,2012 • BestPaper,AisaGISconference2008 • YoungGISProfessionalAward,AsiaGeographicInformationSystemAssociation,2008 • JapaneseGovernmentMonbukagakushoScholarship2007-2010 • BiographyinAsian/AmericanWho’sWho,selectedbyeditor,Vol.IV,2004 • EdForrestInternshipProgramawards,TheGeospatialInformation&Technology Association(GITA),USA,2003 • TheJohnA.HronesPrizeforoutstandingacademicworks,SchoolofAdvanced Technologies,AIT,2002 • AITInstituteFellowship(FullScholarship)Award,2001

Research Areas: • GeographicInformationSystem(GIS) • Urban Computing • Indoor Navigation • GeospatialBigDataPlatformDevelopmentandAnalysis • SmartCityandPrecisionAgriculture • OpenSourceSoftwareandOpenStandardsDevelopment

Present Academic and Professional Activities: • VotingMember,IndoorGML,OpenGeospatialConsortium(OGC)



109

Academic Rank:ProfessorE-mail: [email protected]


Dr. Thanaruk Theeramunkong Nationality: Thai

Education:D.Eng. ComputerScience, TokyoInstituteofTechnology,JapanM.Eng. ComputerScience, TokyoInstituteofTechnology,JapanB.Eng. ElectricalandElectronicsEngineering, TokyoInstituteofTechnology,Japan

Academic Awards: • 43rdInnovationcontestatGeneva(2015) • NationalDistinguishedResearcherAward2014 fromNationalResearchCouncilofThailand(NRCT) • VeryGoodResearchAwards2008-2010,ThammasatUniversity • BestPaperAwardfromtheJapaneseSocietyforArtificialIntelligence,1994 • ScholarshipfromTokyoMarine,1992-1995 • JapaneseGovernment(Monbukagakusho)Scholarship,1985-1991

Research Areas: • Naturallanguageprocessing • ArtificialIntelligence • Knowledgedatadiscovery • Information retrieval • Data mining • MachineLearning(ML) • Intelligent information systems

Dr. Waree Kongprawechnon Nationality: Thai

Education:Ph.D. MathematicsEngineeringand InformationPhysics, The University of Tokyo, JapanM.Eng. Control Engineering, Osaka University, JapanB.Eng. ElectricalEngineering, (1stClassHonors)ChulalongkornUniversity,Thailand

Academic Awards: • JapaneseGovernment(Monbukagakusho)Scholarship,1992-1998

Research Areas: • ThetheoryinH∞control • Control theory • Robustcontrol • Systemidentification • Adaptivecontrol • Learningcontrol • Neural network • Machinelearning



Academic Rank:LecturerE-mail:[email protected]@gmail.com

Dr. Virach Sornlertlamvanich Nationality: Thai

Education:D.Eng. ComputerScience, TokyoInstituteofTechnology,JapanM.Eng. PrecisionMechanics, Kyoto University, JapanB.Eng. PrecisionMechanics, Kyoto University, Japan

Academic Awards: • ASEANOutstandingEngineeringAchievementAward2011,AFEO • Bestpaperawardin2009ACMInternationalWorkshoponInterculturalCollaboration • Bestpaperawardin2009NationalConferenceonComputingandInformationTechnology • ConsolationPrizefor“SoftwareandDeviceforSupportingArm,LegDisabledand ParalysisImpairedPersonsinUsingComputer”,awardedbyThaiResearchCouncilfor InnovationinScienceTechnologyandIndustrysectionin2005 • TheMostOutstandingResearcheroftheYear2003,inInformationTechnologyand Communication,awardedbyTheNationalResearchCouncilofThailand • ConsolationPrizefor“ThaiTexttoSpeechEngine”,awardedbyThaiResearchCouncil forInnovationinScienceTechnologyandIndustrysectionin2002 • ResearcheroftheYear2001,awardedbyTheNationNewspaper • 10BestITeventsof2000,awardedbyTheNationNewspaperto“ParSit”web-based achinetranslationservice

Research Areas: • NaturalLanguageProcessing(NLP) • Machinetranslation • Knowledge representation • Interlingua(languageintermediaterepresentation) • Corpus-basedapproachNLP • StochasticapproachNLP • Syntacticandmorphologicalanalysis • Opensourcesoftwareactivities • Informationretrieval/extraction • Textsummarization • Web language engineering • Socialnetworkingsystem • Mobileapplication • Data mining and big data • ArtificialIntelligence(AI)

Present Academic and Professional Activities: • Chair(2016-present)DigitalCluster,ResearchUniversityNetwork(RUN) • Director(2006-present)Asia-PacificAssociationforMachineTranslation(AAMT) • ExecutiveCommittee(2004-present)AsianFederationofNLP(AFNLP) • Specialist(2001-present)W3C • Specialist(2005-present)ISO/TC37/SC4(Languageresourcesmanagement) • Specialist(2005-present)ISO/IECJTC1/SC34(Documentdescriptionandprocessing anguages) • Boardmember(2003-present)AsiaOpenSourceSoftwareSymposium(AOSS)


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School of Management Technology



Dr. Aussadavut Dumrongsiri Nationality: ThaiEducation:Ph.D. Business Administration Operations Management, University of Washington, Seattle, WA, USAM.Sc. IndustrialandOperationsEngineering, TheUniversityofMichigan,AnnArbor,MI,USAM.Sc. ElectricalEngineering, MichiganStateUniversityEastLansing,MI,USAB.Eng. ElectricalEngineering, Chulalongkorn University, Thailand

Academic Awards: • BertaucheEndowmentFellowship,UniversityofWashington,USA • EvertMcCabeFellowship,UniversityofWashington,USA

Research Areas: • Operations management • Supplychainmanagement • E-Business • E-Word of Mouth • Projectmanagement • Inventory management • Gametheory • Businesscompetition

Present Academic and Professional Activities: • AdhocreviewerforOperationsResearch,EuropeanJournalofOperationalResearch, InternationalJournalofProductionEconomics,andThammasatInternationalJournal ofScienceandTechnology • MemberofInstituteforOperationsResearchandtheManagementSciences(INFORMS) • MemberofDecisionScienceInstitute(DSI)

Dr. Chawalit Jeenanunta Nationality: ThaiEducation:Ph.D. Industrial and Systems Engineering, VirginiaPolytechnicInstituteandStateUniversity,USAM.S. ManagementScience, University of Maryland, USAB.S. Mathematics, University of Maryland, USAB.S. ComputerScience, University of Maryland, USA

Academic Awards: • DevelopmentandPromotionofScienceandTechnologyTalentsProject(DPST) Scholarship,1990-2004

Research Areas: • Linear programming • Integer programming • Networkoptimization • Simulation • Supplychainmanagement



Academic Rank:LecturerE-mail: [email protected]


Dr. Jing Tang Nationality: Chinese

Education:Ph.D. Industrial Engineering and Management, TokyoInstituteofTechnology,JapanM.Eng. Industrial Engineering and Management, TokyoInstituteofTechnology,JapanB.A. Industrial Engineering, Xi’anJiaotongUniversity,ChinaB.Eng. ComputerScienceandTechnology, Xi’anJiaotongUniversity,China

Academic Awards: • JapaneseGovernmentScholarship(MEXT),2009-2013

Research Areas: • Enterprise engineering • System modeling and simulation • IT and business alignment • Innovation Management

Dr. Morrakot Raweewan Nationality: Thai

Education:Ph.D. Industrial Engineering, Clemson University, USAM.S. Mathematics, VirginiaPolytechnicInstituteandStateUniversity(VirginiaTech),USAB.Sc. AppliedMathematics, (2ndClassHonors)KingMongkut’sInstituteofTechnologyLadkrabang,Thailand

Academic Awards: • AlphaPiMuIndustrialEngineeringHonorSociety(since2005) • RoyalThaiGovernmentScholarship,1997-2003 • BankofThailandScholarship,1994-1995 • ThailandScienceAcademicExcellenceAward,1995 • ICICompanyLimitedScholarship,1991 • Selectednationallytopresentascienceprojectat1990AsianPacificScienceWeek,Singapore • YoungCreativeScientistofThailand,1989 • BestHighSchoolScienceProjectofThailand,1989

Research Areas: • Analysisofsupplychainmodels • Simulation modeling • Appliedoptimization


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Academic Rank:Assistant ProfessorE-mail:[email protected]@gmail.com

Dr. Narameth Nananukul Nationality: Thai

Education:Ph.D. OperationsResearchandIndustrialEngineering, University of Texas at Austin, USAM.S. Industrial Engineering, TexasA&MUniversity,USAM.Eng. ElectricalEngineering, Chulalongkorn University, ThailandB.Eng. ElectricalEngineering, Chulalongkorn University, Thailand

Academic Awards: • CullenTrustforHigherEducationEndowedProfessorshipinEngineeringFellowship, University of Texas at Austin, 2006-2007 • GraduateSchoolContinuingFellowship,UniversityofTexasatAustin,2007-2008

Research Areas: • BusinessIntelligence • InferenceandDataMining • DecisionSupportSystem • OptimizationinSupplychain • Energy System and Online Advertising • QualityManagement

Present Academic and Professional Activities: • Reviewer,JournalofAppliedMathematicalModelling • Member,TheInstituteforOperationsResearchandtheManagementSciences(INFORMS)

Dr. Nattharika Rittippant Nationality: Thai

Education:Ph.D. StrategicandInternationalManagement, The University of Texas at Arlington, USAM.M. E-Commerce, University of Dallas, USAM.B.A. International Business Management, University of Dallas, USAB.A. Economics, University of Dallas, USAB.S. Biology, University of Dallas, USA

Research Areas: • Entrepreneurial intentions • MNE and international strategies • Strategicmanagement • CSR






Dr. Natsuda Kaothanthong Nationality: Thai

Education: Ph.D. InformationScience, Tohoku University, JapanM.S. InformationScience, Tohoku University, JapanB.S. InformationTechnology, Sirindhorn International Institute of Technology,ThammasatUniversity,Thailand

Research Areas: • PatternRecognition • ComputerVision • Information Retrieval • Data Mining • MachineLearning Dr. Pisit Chanvarasuth Nationality: Thai

Education:Ph.D. Management Information Systems, RensselaerPolytechnicInstitute,USAM.S. Management Information Systems, RensselaerPolytechnicInstitute,USAM.B.A. Finance, LoyolaUniversityChicago,Chicago,USAD.V.M. DoctorofVeterinaryMedicine, Chulalongkorn University, Thailand

Research Areas: • Informationtechnologymanagement • Electronicbusiness • Supplychainmanagement • Outsourcing • Managementoforganizationalbusinessprocesses

Dr. Rujira Chaysiri Nationality: Thai

Education:Ph.D. (SystemsEngineering), UniversityofVirginia,USAM.S. (OperationsResearch), Columbia University, USAB.A. (Mathematics), UniversityofVirginia,USA

Academic Awards:DevelopmentandPromotionofScienceandTechnologyTalentsProject(DPST)Scholarship,2001-2016

Research Areas: • Systems Integration • Nonlinear Systems • DynamicalSystemsandControl


115



Dr. Ryoju Hamada Nationality: Japanese

Education:Ph.D. InformationScience, Tohoku University, JapanM.Sc. InformationScience, Tohoku University, JapanL.L.B. Labor Law, Tohoku University, Japan DiplomaInformationTechnologyforBusinessValue, National University of Ireland, Ireland

Academic Awards: • BestPosterAward,45thInternationalSimulationandGamingAssociation(ISAGA) AnnualConference,2014 • BestPaperAward,JapanAssociationofSimulationandGaming,2014

Research Areas: • Intellectualproperty • Privacy • Entrepreneurship • BusinessGaming

Present Academic and Professional Activities: • Member,EditorialCommittee,JapanAssociationofSimulationandGaming,2013-present • Program Chair, 2ndannualconferenceofJapanAssociationofSimulationandGaming,2014 • Member,EditorialCommittee,JapanSocietyofSecurityManagement,2006-2010 • Boardmember,JapanSocietyofSecurityManagement,2006-2010

Dr. Suebsak Nanthavanij Nationality: Thai

Education:Ph.D. Industrial Engineering, The University of Texas at Arlington, USAM.S. Industrial Engineering, The University of Texas at Arlington, USAB.S. ChemicalEngineering, Chulalongkorn University, Thailand

Research Areas: • Industrialergonomics • Productandworkstationdesign • Industrial noise





Dr. Suthathip Suanmali Nationality: Thai

Education:Ph.D. Mathematics, North Carolina State University, USAM.S. AppliedMathematics, North Carolina State University, USAB.S. MathematicsandFinancial (SummaCumLaude)Economics,MethodistUniversity,USA

Academic Awards: • Distinguished Paper Award, 2014 International Symposium on Business and Management • BestPaperAward2012,WorldBusinessResearchConference(organizedbyWorld BusinessInstitute) • 2011BestTeachingAward,SirindhornInternationalInstituteofTechnology • 2008BestTeachingAward,Sirindhorn InternationalInstituteofTechnology • TheArmstrongMaltbieAwardforExcellenceinTeaching,NorthCarolinaStateUniversity, April 2006 • OutstandingTeachingAssistantAward,NorthCarolinaStateUniversity,April2005 • TheBalaez-AmbroseOutstandingMathematicsAward,MethodistUniversity,April2002 • TheWalterClarkMaximumEffortAwardfromtheReevesSchoolofBusiness,Methodist University, April 2002

Research Areas: • Applied linear algebra • Highwayassetsmaintenanceandmanagementsystem • Regional trade analysis • Crossbordertradefacilitation

Dr. Thanwadee Chinda Nationality: Thai-Australian

Education:Ph.D. Engineering Management, GriffithUniversity,AustraliaM.Eng. Engineering Management, GriffithUniversity,AustraliaB.Eng. MechanicalEngineering, KingMongkut’sUniversityofTechnologyThonburi(KMUTT),Thailand

Academic Awards: • ThammasatUniversityResearcherAward,2013 • “MasterofExcellence2002”,GriffithUniversity,Australia

Research Areas: • Constructionsafetymanagement • Constructionwaste • Systemdynamicsmodeling • Structuralequationmodeling


117



Dr. Veeris Ammarapala Nationality: Thai

Education:Ph.D. Industrial and Systems Engineering, Rutgers University, The State University of New Jersey, USAM.Sc. OperationsResearch, Columbia University, USAB.Eng. Industrial Engineering, SirindhornInternationalInstituteofTechnology(SIIT), Thammasat University, Thailand

Academic Awards: • OutstandingResearchAward2011,ThammasatUniversity • OutstandingResearchAward2010,ThammasatUniversity • BestPaperAwardatthe8thInternationalConferenceonInformationandManagement Sciences(ICMIS2009),Kunming,China,2009 • OutstandingResearchAward2009,ThammasatUniversity • OutstandingResearchAward2008,ThammasatUniversity

Research Areas: • Decisionsupportsystems • Risk management • TransportationMaintenanceManagementSystem

Dr. Bundit Limmeechokchai Nationality: Thai

Education:D.Eng. EnergyEconomicsandPlanning, AsianInstituteofTechnology(AIT),ThailandM.Eng. EnergyTechnology, AsianInstituteofTechnology(AIT),ThailandB.Eng. MechanicalEngineering, (1stClassHonors)KingMongkut’sInstitute ofTechnologyNorthBangkok(KMITNB), Thailand

Research Areas: • Energyefficiency,economics,planningandpolicy • GHGmitigation • Modeling of energy and environment systems • Low-carbontechnologies

School of Manufacturing Systems and Mechanical Engineering






Dr. Chung-Hao Hsu Nationality: Taiwanese

Education:Ph.D. MechanicalEngineering,Texas A&MUniversity,USAM.S. AppliedMechanics, National Taiwan University, TaiwanB.S. MechanicalEngineering, National Chung Cheng University, Taiwan

Research Areas: • Nanoenergywithapplicationinrenewableenergytechnologiesandthermal managementofintegratedcircuits(IC) • Materialssciencesandengineering • Nanotechnologyfabrication • Mechanicaldesignandautomotiveengineering • Financetheoryintechnologymanagement

Dr. Jirachai Buddhakulsomsiri Nationality: Thai

Education:Ph.D. Industrial Engineering, Oregon State University, USAM.S. Statistics, Oregon State University, USAM.S. Industrial Engineering, Oregon State University, USAB.Eng. ChemicalEngineering, Chulalongkorn University, Thailand Research Areas: • Logisticsandsupplychainmanagementininventorymanagement andoptimization,vehicleroutingwithtransshipment,andsupplycontract • Appliedoperationsresearch • Productionplanningandcontrol • Systems simulation • Data mining • Engineeringeconomicsanalysis

Dr. Maroay Phlernjai Nationality: Thai

Education:D.Eng. Mechano-MicroEngineering,TokyoInstituteofTechnology,JapanM.Eng. Mechano-MicroEngineering,TokyoInstituteofTechnology,JapanB.Eng. MechanicalEngineering,SirindhornInternationalInstituteofTechnology(SIIT), Thammasat University, Thailand Research Areas: • Variabletransmissionsystemin Robotics • Machinedesign • Differentialmechanism • CAD/CAM


119



Dr. Navee Chiadamrong Nationality: Thai

Education:Ph.D. ManufacturingEngineeringandOperationsManagement, The University of Nottingham, UKM.Sc. EngineeringBusinessManagement, TheUniversityofWarwick,UKB.Eng. Industrial Engineering, Chulalongkorn University, Thailand

Research Areas: • Cellularmanufacturingsystems(CMS) • Advancedmanufacturingsystems • Systems simulation • Productionplanningandcontrol • Supplychainmanagement

Dr. Pisal Yenradee Nationality: Thai

Education:D.Eng. Industrial Engineering and Management, AsianInstituteofTechnology(AIT),ThailandM.Eng. Industrial Engineering and Management, AsianInstituteofTechnology(AIT),ThailandB.Eng. ProductionEngineering, (1stClassHonors)KingMongkut’sInstitute ofTechnologyNorthBangkok(KMITNB),Thailand

Research Areas: • ProductionandInventorycontrol(P&IC)systems,JIT,MRP,andTOC • P&ICsystemsforThaiindustries • P&ICinsupplychain • Appliedoperationsresearch • Realtimeoptimalvehiclerouteplanningandcontrol.

Dr. Satha Aphornratana Nationality: Thai

Education:Ph.D. MechanicalEngineering, TheUniversityofSheffield,EnglandB.Sc. MechanicalEngineering, PrinceofSongklaUniversity,Thailand

Research Areas: • Refrigeration systems







Dr. Stefano Starita Nationality: Italian

Education:Ph.D. (ManagementScience), University of Kent, UKM.S. (ComputerScienceEngineering), FedericoIIUniversityofNaples,ItalyB.S. (ComputerScienceEngineering), FedericoIIUniversityofNaples,Italy

Research Areas: • OperationalResearchfordisastermanagement • Optimizationapproachesforcriticalinfrastructureprotection • Infrastructureandtransportationinvestmentplanning • Airtrafficmanagement • Revenue management • Heuristicoptimization Dr. Suchada Rianmora Nationality: Thai

Education:D.Eng. DesignandManufacturingEngineering, AsianInstituteofTechnology(AIT),ThailandM.Eng. IndustrialProductionTechnology, Kasetsart University, ThailandB.Eng. Industrial Engineering, SirindhornInternationalInstituteofTechnology(SIIT),ThammasatUniversity,Thailand

Research Areas: • Structuredlightsystem-basedselectivedataacquisition • Reverse engineering • Applicationofimageprocessinginmanufacturingprocess • Adaptivelayeredmanufacturing • CAD/CAM

Dr. Sun Olapiriyakul Nationality: Thai

Education:Ph.D. Industrial Engineering, NewJerseyInstituteofTechnology(NJIT),USAM.S. Industrial Engineering, San Jose State University, USAB.Eng. MechanicalEngineering, SirindhornInternationalInstituteofTechnology(SIIT),ThammasatUniversity,Thailand

Academic Awards: • Best Presentation Award at the 5thKKUInternationalEngineeringConference (KKU-IENC),2014 • DoctoralScholarshipinNanotechnologyawardedbytheOfficeoftheHigherEducation Commission(OHEC),2005

Research Areas: • IndustrialEcology • Sustainability of Supply Chain Networks • SustainableWorkforceScheduling


121



Dr. Thananchai Leephakpreeda Nationality: Thai

Education:Ph.D. MechanicalEngineering, The University of Akron, Ohio, USAM.S. MechanicalEngineering, The University of Akron, Ohio, USAB.Eng. MechanicalEngineering, Chulalongkorn University, Thailand

Academic Awards: • GoldMedalAward2014,TaipeiInternationalInventionshow&Technomart • VeryGoodResearchAward2006,ThammasatUniversity • Thailand’sYoungScientistAward2002,FoundationforthePromotionofScienceand TechnologyunderthePatronageofHisMajestytheKing,Thailand • The Award-Winning Book of Thammasat University,DynamicSystemsandControl,2002

Research Areas: • Processcontrolandmodeling • Robotics • Expertcontrolsystems • Neuralnetworksandfuzzylogics • Systemidentification • Numericalsimulationandoptimization

Dr. Thunyaseth Sethaput Nationality: Thai

Education:Ph.D. Systems and Control Engineering, Case Western Reserve University, Ohio, USA B.Eng. MechanicalEngineering, SirindhornInternationalInstituteofTechnology(SIIT), Thammasat University, Thailand

Research Areas: • Systems Biology • BiomedicalMechanics • NeurosurgicalSystems • CardiovascularSystems • Simulation Modeling • Signal Analysis • ComputationalFluidDynamics(CFD)





Dr. Warut Pannakkong Nationality: Thai

Education:Ph.D. KnowledgeScience, JapanAdvancedInstituteofScienceandTechnology,JapanM.Eng. LogisticsandSupplyChainSystemsEngineering, Sirindhorn International Institute of Technology,ThammasatUniversity,ThailandB.Eng. Industrial Engineering (1stClassHonors),Sirindhorn InternationalInstituteofTechnology, Thammasat University, Thailand

Research Areas: • Timeseriesforecasting • Data mining • Logisticsandsupplychainmanagement • Discrete-eventsystemssimulation • Agro-industry management • Vehicleroutingandscheduling

Dr. Vladimir I. Kuprianov Nationality: Russian

Education:D.Eng. SteamBoilersandSteamGenerators, MoscowPowerEngineeringInstitute(MPEI), Russia Honors Diploma of Engineer (Equiv.toBEng&MEnginMechanicalEngineering), MPEI, Russia

Academic Awards: • OutstandingResearchAward2015,ThammasatUniversity • Best Paper Award at the 7thTSMEInternationalConference ofMechanicalEngineering,2016

Research Areas: • Thermal power plants • Boilerandfurnacetechnology • Combustionandemissioncontrolinboilersfiredwithfossilfuels • Fluidized-bedcombustion(FBC)ofbiomassresiduesandwastes • AssessmentofenvironmentalimpactsbythermalpowerplantsandFBCsystems


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InstructorsDepartment of Common and Graduate Studies English Training Unit

Mr. Aaron LarsenEducation: M.Ed. TeachingForeignLanguages,UniversityofSouthernQueensland,Australia.B.A. AppliedLinguistics/DevelopmentStudies,AustralianNationalUniversity,Australia. TESL/TEFLCertificate(120hours),TEFLPlusTeachingTraining,PatongLanguageSchool, Phuket, Thailand. AdvancedCertificateinPolicing,NorthernTerritoryUniversity,Australia. CertificateIIinSecurityOperations,AustralianSecurityEducation and Consulting Pty Ltd, Australia.

Dr. Egill Hedinn BragasonEducation: Ph.D. Psychology,InstituteofPsychology,UniversityofAarhus,Denmark.M.Sc. Psychology,InstituteofPsychology,UniversityofAarhus,Denmark.B.A. Psychology,UniversityofIceland,Reykjavik,Iceland.

Mr. Mark Edward RefsdalEducation: M.B.A. InternationalFinance,ThunderbirdSchoolofGlobalManagement, ArizonaStateUniversity,USAB.A. English Literature, St. Olaf College, USA

Mr. Sasawat MahavanEducation: TESOL TeachingEnglishtoSpeakersofOtherLanguages,PayapUniversity,ChiangMai,Thailand.B.A. Management Information System, Armstrong University, Berkeley, CA, USA.OCP OracleCertifiedProfessional7.3

SIIT at Rangsit

Sirindhorn International Institute of Technology (SIIT)SIIT at Rangsit


SIIT at Bangkadi


Mailing Address : P.O. Box 22, Thammasat-Rangsit Post Office Pathum Thani 12121, ThailandEmail : [email protected] : http://www.siit.tu.ac.th

SIIT at Bangkadi• School of Information, Computer, and Communication Technology• School of Management Technology

• School of Bio-Chemical Engineering and Technology• School of Civil Engineering and Technology• School of Manufacturing Systems and Mechanical Engineering• Department of Common and Graduate Studies

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SIRINDHORN INTERNATIONAL INSTITUTE OF TECHNOLOGY (SIIT)THAMMASAT UNIVERSITY99 Moo 18, Km. 41 on Paholyothin Highway Khlong Luang,Pathum Thani 12120, Thailand

SIRINDHORN INTERNATIONAL INSTITUTE OF TECHNOLOGY (SIIT) • THAMMASAT UNIVERSITY