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SHIN-YI KWANLEED GA+1 (215)600-5050

[email protected]

Master of Environmental Building DesignUniversity of Pennsylvania, School of Design, Philadelphia, PA, United StateGPA 3.86/4.00Aug. 2015-May. 2016Course:-Building Performance Simulation, Building Acoustics, Building Envelopes-Daylighting, Diagnostics & Monitoring, Environmental Design Studio, Ecology Tech and Design-Performance Design Workshop, Performance and Design

Bachelor of Science in ArchitectureNational Cheng Kung University, Dept of Architecture, TaiwanGPA 3.82/4.00, class rank 1st placeSep. 2008-Jun. 2013

My training at UPenn enables me to find the precise sustainable design strategy for all kinds of buildings. My specialty is identifying and proving their effectiveness with thermal comfort, daylight modeling and simulations for acoustic and natural ventilation. Based on my mastery of 3D modeling and language skills (Mandarin, English), I am capable of working with design teams at all phases and communicating with foreign clients.

Research Associate at TC Chan Center, UPenn-Development of emergy synthesis diagrams -Summaries for commercial bildings-Calculations for Rigional Pathways to Greenhouse Gas Reduction in PhiladelphiaJul. 2016 -present

Chez Engineering and ArchitectureIntern, working on four public and private historical building preservation projects -surveying and hand drawing in site-walls rigidity analysis -digital models building with Sketchup and details drawing with CAD May.-Jul. 2015

ARCHITERIOR Architect & AssociatesIntern, working on public art in Nangang Bottle Cap Factory Aug.-Sep. 2011

ORIGIN architects & PlannersIntern, model making of Ji Residence in TaichungJun.-Jul. 2011

EDUCATION

CAREER GOAL

WORK EXPERIENCE

ASSETS & SKILLS

AWARDS & HONORS

Simulation tools Designbuilder,Ladybug & Honeybee, Diva, Matlab, Ansys 16.2, Pachyderm acoustic

3D Revit, Rhino, Grasshopper, Sketchup, V-Ray 2D AutoCAD, Adobe Suite (AI,PSD ), Microsoft Office (excel)

Language Mandarin (native), English (professional proficiency)

Second Prize-International Climate Adaptation Design Competition 2014Adaptive built environment design for future climate- when storm surge meets coastal communitiesSilver Award-The forth cross-Strait Young Talent Award of Architecture2013Fujian province Archirects association,Taiwan and ChinaTop prize-(young talent) The national golden award for architecture2013Republic of China National Enterprise Competitiveness Development Association

2016 SPRING I WORKS SAMPLE I SHIN YI KWAN I I 2

NAKASHIMA ART STUDIOTransforming Historical Building for Museum Use Daylighting Analysis Course: Daylignting 2015 FallAdviser: Jessica ZofchakPartner: Janki Vyas

Program used: Rhino/ Grasshopper/Diva/ LadybugJob duties: Model building/ Point in time simulation Daylight retracing/ Hand rendering

Project goal: Balancing lighting levels for objects and humans Process diagram:

ARCH 632 DAYLIGHTING | FALL 2015 | NAKASHIMA ART STUDIO DAYLIGHTING STUDY | SHIN-YI KWAN & JANKI VYAS | 28

HISTORIC CONDITION RESEARCH & MINIMAL IMPACT STUDYARCH 632 DAYLIGHTING | FALL 2015 | NAKASHIMA ART STUDIO DAYLIGHTING STUDY | SHIN-YI KWAN & JANKI VYAS | 26

LIGHTING INTENSITY : INTERIOR WALLS : ANALYSIS OF TIME PERIODS WITH HIGHEST INTENSITY : WEST

DECEMBER 9 AM

MARCH 21 12 PMMARCH 21 9 AM

SOUTH facade WEST facade

NORTH facade EAST facade





CORRESPONDING TIME PERIODS FOR WEST WALL

BASELINE ANALYSIS


LIGHTING INTENSITY : INTERIOR WALLS : ANALYSIS OF TIME PERIODS WITH HIGHEST INTENSITY : WEST

MARCH 21 9 AM MARCH 21 12 PM DECEMBER 21 9 AM

SOUTH facade

From South Facade From South Facade From South Facade

BASELINE ANALYSIS


CHANGES TO THE MODEL

0 361

12

DRAW THE CURTAIN

FREE STANDING SHOJI PANEL

SHOJI SCREEN SET INTO WINDOW FRAME

SOUTH facade

WEST facade


STUDY OF SOLAR ILLUMINANCE ALONG DISPLAY WALLS : COMPARISON OF DESIGN �PROPOSED� TO �ASELINE

46%

12%9%

49%

13%

56%

0%

10%

20%

30%

40%

50%

60%

70%

80%

90%

100%

9am 12pm 3pm 9am 12pm 3pm

3/21 12/21

PERC

ENT

CHAN

GE

WEST_Cave

Delta

78%

51% 53%47%

53%57%


3/21 12/21

WEST_Loft

40% 41% 41%

33%

45%

87%

0

2000

4000

6000

8000

10000

12000


3/21 12/21

iLLU

MIN

ANCE

(LUX

)

WEST_Main Wall

WEST_Main Wall

WEST_L��

WEST_Cave


DAYLIGHT AUTONOMY (50 LX) DAYLIGHT AUTONOMY (2,500 LX)

LIGHTING INTENSITY : GROUND FLOOR + LOFT : PROPOSED CONDITIONS

USEFUL DAYLIGHT AUTONOMY

DAYLIGHT AUTONOMY (300 LX) DAYLIGHT AUTONOMY (2500 LX) DAYLIGHT AUTONOMY (5000 LX)

DAYLIGHT AUTONOMY (5,000 LX)


SPATIAL DAYLIGHT AUTONOMYLIGHTING INTENSITY : GROUND FLOOR + LOFT : BASELINE CONDITION

USEFUL DAYLIGHT AUTONOMY

DAYLIGHT AUTONOMY (50 LX) DAYLIGHT AUTONOMY (2,500 LX) DAYLIGHT AUTONOMY (5,000 LX)

DAYLIGHT AUTONOMY (300 LX) DAYLIGHT AUTONOMY (2500 LX) DAYLIGHT AUTONOMY (5000 LX)


32

1MATERIALS

OBJECT INVENTORY IN SPACERECOMMENDED

LIGHT LEVELSQTY OF OBJECTS

MEETING CRITERIA25-100 LUX 11

100-400 LUX 8

500-2000 LUX 21

OBJECTS IN AND MATERIALITY OF THE LOFT

WOOD CRAVINGS�100-400 LUX)

PAPER DOLLS�25-100 LUX)

1 LOFT WEST

3 LOFT NORTHWEST CORNER

2 LOFT SOUTH

KEY PLAN


The lack of clarity, far from disturbing us, seems rather to suit the pain� ng perfectly. �or the pain� ng here is nothing more than another delicate surface upon which the faint, frail light can play. - Junichiro Tanizaki


SITE ORIENTATION + SOLAR STUDY

MODIFIED OCCUPIED HOURS SCHEDULE CORRESPONDING WITH DAYLIGHT HOURS

SUN PATH SHOWING SUN POSITIONS FOR SOLAR SOLSTICE AND EQUINOX DATES TOTAL RADIATION

AIR TEMPERATURE (Fo)

DIFFUSE RADIATION DIRECT RADIATION

4302 HOURS

WEATHER FILE

SITE ADDRESS

LATITUDE AND LONGITUDE

USA_NJ_Trenton-Mercer.County.AP.724095_TMY3

1847 Aquetong Rd, New Hope, PA 18938

40.339348, -74.954851

* April weather, seems to be an error in the weather fi le (per TMY3 fi le reference year is 2002).

*


32

1MATERIALS

OBJECT INVENTORY IN SPACERECOMMENDED

LIGHT LEVELSQTY OF OBJECTS

MEETING CRITERIA25-100 LUX 11

100-400 LUX 8

500-2000 LUX 21

OBJECTS IN AND MATERIALITY OF THE LOFT

WOOD CRAVINGS�100-400 LUX)

PAPER DOLLS�25-100 LUX)

1 LOFT WEST

3 LOFT NORTHWEST CORNER

2 LOFT SOUTH

KEY PLAN

CONCLUSION

TARGET TIME ANALYSIS

BACKGROUND STUDY IN SITE INVESTIGATION

-comparison of baseline and proposed condition

-apply Shoji screen on windows and free standing Shoji panel base on historic condition

-identify illuminance threshold-daylight study-history research

CONCLUSION-displays’ material&location-ligh level measurement

IN SITE INVESTIGATION MIMAL IMPACT STUDY

BACKGROUND STUDY -daylight retracing

-identify problematic windows

TARGET TIME ANALYSIS

-displays on loft

-comparison of solar illuminance along display walls

Light lntensity-baseline condition -proposed condition

-apply Shoji screen on windows&free standing Shoji panel

-New Hope, PA. climate zone4A

2016 SPRING I WORKS SAMPLE I SHIN YI KWAN I I 3

CHITAQUA INSTITUTE IN NEW ORLEANSMix-use Building Deisgn Course: Environmental Design Studio 2016 Spring Adviser: Bill Braham/ Brian Phillips/Mostapha Roudsari Partner: Mingbo Pen/ Jeeeun Lee

Program used: Rhino/ Grasshopper/ Ladybug&Honeybee/ Revit Job duties: Site analysis/ Building form and floor Plan development

Project goal: Design a hybrid building for the Chitaqua Institute, a research corporation leading the transition to a renewable economy. Process:

Spring 2016 | MEBD Design Studio | UPennBIOCLIMATIC HYBRIDS – NEW ORLEANS | Jeeeun Lee | Mingbo Peng | Shinyi Kwan

PUBLIC OPENINGS

CENTRAL ATRIUM

FESTIVAL STAGE

SWIMMING POOL

CITY BALCONY

IRRESISTIBLE STAIRS

ARCHITECTURAL FEATURES


OUTDOOR SPACE

92%

85%


WORKING SPACE

Open-Floor OfficeAuditorium

Library

Lounge

OfficeLibraryLounge

Lecture Library

2F

3F

4F

Lounge


68%

59%

57%

47%

THE BEST CASE

55.8%

53%

UTCI

57% 47%

Annual Comfort % hour

Not in Useful Daylight Range

Within Useful Daylight Range

THERMAL COMFORT DAYLIGHT DISTRIBUTION

Location ofFestival events

Climate parametersPsychrometric Chart

Hours244220195170146122987349240

Psychrometric Chart suggests that majority of hours are out of outdoor comfort zone. In order to bring the uncomfortable hours into the comfort zone, enough cooling strategy need to be applied to drop temperature around 5°C.

53.15% Annual Hours ComfortShaded Condition

+3: Extreme Heat+2: Hot+1: Warm0: Comfort-1: Cool-2: Cold-3: Extreme Cold

Climate ParametersOutdoor Comfort & Festivals Schedule

+3: Extreme Heat+2: Hot+1: Warm0: Comfort-1: Cool-2: Cold-3: Extreme Cold

Annual Hours ComfortShaded Condition

Annual Hours ComfortUnshaded Condition

Most of the festivals are held during February to May when there are more comfort hours in shaded condition. To keep the celebrating atmosphere of New Orleans all year around, providing comfortable outdoor space for summertimes festival events would be critical.


Public space 4000s.f.


Apartment 25000 s.f.


Research center 17800s.f.

Bar at roof garden

Lookout to French quarter

Outdoors for festival events


Public space


NeighborhoodSite Respondence


Icon+

-provide comfortable outdoor space for festival all yearclimate zone2A hot-humidCONCEPT DEVELOPMENT

ENVIRONMENTAL STRATEGIES EXPLORATION

BUILDING PERFORMANCE

-weather data-mississippi river-french quarter-St Louis st. neighborhood

-urban approach-environmental approach-porgram strategy

CONCEPT DEVELOPMENT-floor plans-screen system

DESIGN DEVELOPMENTSITE ANALYSISbase on comfort(outdoor)and daylight autonomy(ondoor)-1F outdoor space-4F outdoor and skylight-5F skylight

FORM POTIMIZATION

-4F outdoor and skylightSpring 2016 | MEBD Design Studio | UPennBIOCLIMATIC HYBRIDS – NEW ORLEANS | Jeeeun Lee | Mingbo Peng | Shinyi Kwan

Icon+


UNIT PROTOTYPE

64%

62% 64%Thermal Comfort Time

29% Daylight Comfort Area% 55%


34.6 °C (94 °F)

31.9 °C (89 °F)

EVAPORATIVE COOLING


WORKING SPACE

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