tu deft msc electrical power engingeering

8/10/2019 TU DEfT MSc Electrical Power Engingeering

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MSc Programme

Electrical Engineering

Track

Electrical PowerEngineering

Electricity is the most flex ible and efficientsource of energy to power mankind . If we

improve the exploitation of sustainable energy

sources, electricity is sure to play a leading

role throughout the foreseeable future. In the

decades to come, a revolution will unfold in

the generation and delivery of electr ical power,

driven by the large-scale introduction of

renewable and distributed power generation,

the need for environmentally-friendly and

sustainable components and the liberalisation

of the energy markets. Electrical power

engineers are needed in order to design new

components with an eye towards sustainable

materials and efficient conversion processes,

as well as to integrate them into a smart and

adaptable electricity infrastructure.

Masters programmeThe Master of Science programme in ElectricalEngineering at TU Delft offers the track: ElectricalPower Engineering. This two-year track is designedfor students with a Bachelors degree in ElectricalEngineering. It is taught in English. Each year of theprogramme begins i n September.

When you join TU Delfts track in Electrical PowerEngineering, you will get an in-depth understandingof the challenges that electrical power engineers mustovercome. The programme covers a wide range of

issues, including renewable energy, smart grids,environmentally friendly material technologies, thedecentralisation of power generation, power-systemsoperation, power electronics and electrical machines.

The Department of Electrical Power Engineering boastsa number of outstanding research facilities, includingthe High-Voltage Laboratory, the Sustainable EnergyLaboratory DENlab, the Real-Time Digital Simulatorand the Power Processing (Electrical Machines andElectronic Conversion) Laboratory. Research themesthat students are pursuing include intelligenttechnologies in the monitoring and control of power

Electrical power conversionis essential for improvingenergy efficiency andharvesting renewable energy


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components and systems; asset management of the electricitygrid; sustainable power components and systems; clean, smartand high energy-density materials; the large-scale introductionof renewables in the power system; high-efficiency powerconversion; nano composites and photovoltaic devices andsystems.

The programme starts with several compulsory courses thatprovide you with the basics of Electrical Power Engineering.During the second semester of the first year, you can choose anin-depth specialisation based on the profiles suggested below.

Programme SpecialisationsThe track offers the following specialisations:Power Electronics and Electro-Mechanicscovers electrical power processing and conversion, with anemphasis on improving efficiency in industrial processes,

offices, homes and E-mobility.

Asset Management and Reliabili ty of theElectricity Grid focuses on intelligent technologies thatwill significantly affect the future operation and control ofelectrical power systems and system components.

Sustainable Electrical Power Componen ts andSystems covers technologies for the design of sustainable,environmentally friendly components and systems. Key issuesconcern clean materials, as well as new, high-efficiencymethods for renewable energy conversion and the large-scaleintroduction of renewable energy sources into the grid.

Control and Operation of future PowerSystems focuses on the generation, transmission anddistribution of electrical energy, and it explores technologicaloptions for the design and operation of future intelligent powergrids, which will be subject to sustainability and reliabilityconstraints.

Photovoltaic Technology and Systemsaddresses all aspects of photovoltaic technology, from thedesign of a PV cell to the implementation of PV systems inthe electricity grid.

The five specialisation profiles defined here are intendedas guidelines. Students are free to compose their ownspecialisations by choosing from a list of courses,in consultation with their thesis supervisors.

Graduation projectsSome examples of recent graduation projects are: Optimisation of on-site partial discharge measurements and

evaluation of diagnostic parameters for assessing thecondition of distribution cable systems

Control of a multi-terminal voltage-source converter HVDC

for offshore wind power Sustainable off-grid power for rural areas Wireless power transfer for e-mobility Directional relay coordination in ungrounded radial

distribution networks using a real-time digital simulator Design of fault-tolerant energy conversion systems for

increasing wind turbine reliability

ProfessorBraham FerreiraMy chair is entitled Power Electronics and Electric Machines,

and I am heading a group thatinvestigates electrical powerconversion. Examples includethe conversion of mechanical toelectrical power in wind turbinesand the supply of electrical powerto computers and LED lights.Students consider E-Mobility asan exciting new application of ourtechnol ogy. We are playing anactive role in designing drivesystems for electric vehicles and

plug-in hybrid vehicles, ranging from wireless battery-chargingstations to generators for range extenders. The electricvehicles that we investigate are not limited to automobiles andbicycles. For example, one of our thesis students designed anelectrical motor that can turn the rotor blades in a hybridhelicopter using super-conductor windings.Experimental work is important to us, and we have a well-equipped laboratory in which graduate students work on theirresearch projects and in which undergraduate students fromelectrical, mechanical and aerospace engineering do practicals.Students consider the study programme stimulating and

challenging because our field is multidisciplinary, requiring aworking knowledge of electronics, electro-mechanics, powersystems and embedded control. Students are also excited bythe level of interest that partners in the industry are showingfor our research. Given that electrical power conversion isessential for improving energy efficiency and harvestingrenewable energy and because of our good reputation our students easily find well-paid jobs.


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Career prospectsCareer opportunities for electrical power engineers areexceptionally good, both in the Netherlands and abroad.Graduates can choose from a number of career paths, withattractive positions open to starting engineers in the areas ofproduct design, consultancy and research. At higher levels,electrical power engineers often move into managementpositions. Electrical power engineers are found in larger

Curriculum Electrical Power Engineering

First Year

1 st Semester 2 nd Semester

Compulsory Core Courses Specialisation Courses

Electrical Power Systems High Voltage Technology &Management

Electrical Power Systems High Voltage Technology &Management

Electrical Power Processing PV Materials & Devices Electrical Power Processing PV Materials & Devices

Free electives (15 EC) include: internship, a secondary specialisation, aforeign language, scientific writing, management skills.

Second Year

1 st Semester 2 nd Semester

Specialisation Courses include: High Voltage DC, Diagnostics for High Vol tag e As se ts a nd Lab , Po wer Sys tem Ana lys is , Po wer Sys tem Dyn ami cs ,Power Electronic Components, A.C. Machines, Photovoltaic Systems,Photovoltaic Lab.

Graduation Project (45 EC)

Compulsory Core (24 EC) Specialisation Courses (36 EC) Free eEectives (15 EC) Graduation Project (45 EC)

1 EC = 28 hrs study, according to the European Credit Transfer System (ECTS). Total amount of credits MSc EE Telecommunication track programme = 120 EC

For more information on all courses: www.studyguide.tudelft.nl .

companies (including distribution and transmission systemoperators), as well as in such prominent firms as Siemens,

ALSTOM, ABB, She ll and Phi lip s. T hey al so f ind employment inresearch institutes (e.g. TNO and ECN), high-tech companiesand consultancy firms (e.g. KEMA). Some graduates choose tocontinue their education and pursue doctoral studies.

Your imagination and creativity are needed

Your house is equipped with a large number of electrical outlets. Have you ever wonder ed what is h idden beh ind them? An enor mous new wor ldis waiting to be explored. An education from TU Delft gives you thechance to explore this world in an optimal way. It also provides you witha sense of security, not only about your studies, but also about yourfuture as an electrical power engineer. Although the primary goal of thisMasters degree track involves contributing to a sustainable system forsupplying electricity into the future, your imagination and creativity areneeded in order to realise th is goal. When I enro lled in the Mastersdegree programme in Electrical Power Engineering at TU Delft, I wassure about my choice. I have found everything I expected with regard tothe organisation, facilities and high level of education. A new world iswaiting for you too, so get on board!

Konstantins Velitsikakis

(Greece)
http://www.studyguide.tudelft.nl/http://www.studyguide.tudelft.nl/


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For further information

Please visit the webpage for all details, alongwith a full list of requirements, deadlines andcontact information: www.ee.msc.tudelft.nl .

Dr M. Gibescu, Masters CoordinatorT +31 (0)15 2785792E [email protected]

Further information for international applicantsInternational Office EEMCST +31 (0)15 27 83506 E [email protected]

EEMCS FacultyMekelweg 4

2628 CD Delftwww.ewi.tudelft.nl

www.facebook.com/TUDelft @DelftUniversity

Admission requirementsand application proceduresBSc degree from a Dutch university Graduates with a BSc in Electrical Engineering (or theequivalent) are eligible for admission. Students without

adequate undergraduate preparation will be requiredto follow a customised bridging course (maximum30 ECTS). Students who hold a Bachelors degree in arelated field may apply to the programme. If admitted,however, they may also be required to fol low acustomised bridging course. To determine whetheryour BSc degree makes you eligible for admission,please visit www.doorstroommatrix.nl .

Degree from a Dutch university ofapplied sciences (Dutch HBO)Graduates with a Bachelors degree in Electrical

Engineering from a Dutch Univerity of Apllied Scienceare eligible for admission following completion of abridging course. Prospective students are advised tocontact the Masters Coordinator before applying. Foradditional details, go to www.hbodoorstroom.tudelft.nl .

The application procedure is conducted throughStudielink: www.tudelft.studielink.nl .

International applicantsInternational applicants must meet the generaladmission requirements of TU Delft.1. A BSc degree (or proof that you have nearly

completed a BSc programme) in electricalengineering or a field closely related to the MScprogramme in Electrical Engineering

2. A BSc Cumulative Grade Point Average (CGPA) of atleast 75% of the scale maximum

3. Proof of English language proficiency: A score ofat least 90 on the TOEFL or an overall Band scoreof at least 6.5 on the IELTS (academic version)

For international students, the application period startsin September an d closes at April 1 . To start a MScapplication, complete the online application and pay the

non-refundable application fee of 50. T hen send hardcopies of the application documents to the TU DelftInternational Office. Please note that you should applyearly if you wish to apply for a scholarship as well.For more information about the applicationprocedure and studying at TU Delft in general,go to www.admissions.tudelft.nl .

Introduction week Al l in terna tiona l stude nts wi ll be we lco med with t heaward-winning introduction programme. The intro -duction consists of a variety of workshops and projects,during which you will get to know other international

students, visit the highlights of Delft and learn the insand outs of the TU Delft campus.

After th is very int erest ing and fun week, you will beintroduced to the EEMCS faculty. During this three-dayMaster Kick Off, you will receive helpful informationabout the Dutch education system and meet the fellowstudents from your programme in a variety of social andeducational activities.
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tu deft msc electrical power engingeering

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