climate responsive architecture

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OCCUPANT COMFORT • TRANSIENT • STUDY SPACES • Hafiz, Yu Chen, David, Jasen, Ye Yin, Jia Yu, Jing Han mat-rep™ ameng™ megatron™ BMW™ black hole™ mocking jay™ BCD™

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The keynote examines the passive design features adapted into the architecture of educational institution in Singapore

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Page 1: Climate Responsive Architecture

OCCUPANT COMFORT • TRANSIENT • STUDY SPACES •

Hafiz, Yu Chen, David, Jasen, Ye Yin, Jia Yu, Jing Han mat-rep™ ameng™ megatron™ BMW™ black hole™ mocking jay™ BCD™

Page 2: Climate Responsive Architecture

David Ardiansyah Hafiz Hanafi Jireh Lee Jing Han Jasen Kok Jay Tan Jia Yu Leow Ye Yin Wu Yu Chen

A0118804H A0108571H A0111045B A0111990J A0111024H A0116674 A0114680L

Page 3: Climate Responsive Architecture

TO WHAT EXTENT ARE THE INTERMEDIATE SPACES IN EDUCATIONAL INSTITUTIONS DESIGNED TO BE COMFORTABLE?

Page 4: Climate Responsive Architecture

COMFORTa state/situation in which one is relaxed and does not have any physically unpleasant feelings caused by pain, heat, etc. - Merriam Webster

PERSONAL SUBJECTIVE ELEMENTS OF COMFORTADEQUATE LIGHT (750~1500 LUX) SLIGHT BREEZE NON-STUFFY (50–60%, condensation nuclei foci) COOLING (THERMAL BOREDOM)

Page 5: Climate Responsive Architecture

ANGLO-CHINESE SCHOOL (INDEPENDENT)

Page 6: Climate Responsive Architecture

STUDY PLACES

TRANSIENT PLACESVS

Page 7: Climate Responsive Architecture

TRANSIENT SPACESINTERMEDIATE SPACES THAT HAVE NOT BEEN INJECTED WITH A SECONDARY FUNCTION !

ONLY MEANT AS SPACE FOR COMMUTING/CIRCULATION E.G. CORRIDOR

Page 8: Climate Responsive Architecture

TRANSIENT SPACES THAT SERVE A SECONDARY FUNCTION !

PLACE FOR STUDENTS TO SIT DOWN, STUDY, REVISE, SOCIALISE, DOTA, EAT.

STUDY PLACES

Page 9: Climate Responsive Architecture

GROUNDS FOR COMPARISONSITE PASSIVE DESIGN FEATURES PERSONAL

Page 10: Climate Responsive Architecture

TRANSIENT SPACESFOYER

SWIMMING POOL ASTRO-TURF CLASSROOM CORRIDOR

Page 11: Climate Responsive Architecture

SITE ORIENTATION

Page 12: Climate Responsive Architecture

TRANSIENT SPACESFOYER

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!

• SWIMMING POOL

TRANSIENT SPACESSWIMMING POOL

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!

• ASTRO-TURF (FIELD)

TRANSIENT SPACESASTRO—TURF

Page 15: Climate Responsive Architecture

TRANSIENT SPACESCLASSROOM CORRIDOR

Page 16: Climate Responsive Architecture

STUDY PLACESSTAFFROOM CORRIDOR POND COURTYARD

Page 17: Climate Responsive Architecture

SITE ORIENTATION

Page 18: Climate Responsive Architecture

STUDY SPACESSTAFFROOM CORRIDOR

Page 19: Climate Responsive Architecture

STUDY SPACESPOND

Page 20: Climate Responsive Architecture

STUDY SPACESCOURTYARD

Page 21: Climate Responsive Architecture

• LIGHT

RAW DATALIGHT (LUX)

Page 22: Climate Responsive Architecture

• LIGHT INTENSITY (LUX)

LIGHT (LUX) - STUDY SPACES Average Maximum MinimumCourtyard 555.83 1155 19.7

Pond 395.71 1107.7 11.8Staffroom Corridor 732.8 1872.4 43.4

Page 23: Climate Responsive Architecture

LIGHT (LUX) - TRANSIENT SPACES Average Maximum MinimumClassroom Corridor 1185.68 3031.3 98.5

Swimming Pool 993.13 2574 11.8Foyer 191.85 469.1 11.8

Astro-Turf 546.27 2038 27.6

Page 24: Climate Responsive Architecture

Average Maximum MinimumCourtyard 555.83 1155 19.7

Pond 395.71 1107.7 11.8Staffroom Corridor 732.8 1872.4 43.4

Average Maximum MinimumClassroom Corridor 1185.68 3031.3 98.5

Swimming Pool 993.13 2574 11.8Foyer 191.85 469.1 11.8

Astro-Turf 546.27 2038 27.6

LIGHT (LUX) - STUDY SPACES

LIGHT (LUX) - TRANSIENT SPACES

Page 25: Climate Responsive Architecture

TRANSIENT SPACESCLASSROOM CORRIDOR

Page 26: Climate Responsive Architecture

STUDY SPACESSTAFFROOM CORRIDOR

Page 27: Climate Responsive Architecture

SITE ORIENTATION

Page 28: Climate Responsive Architecture

TRANSIENT SPACESFOYER

Page 29: Climate Responsive Architecture

STUDY SPACESCOURTYARD

Page 30: Climate Responsive Architecture

RAW DATATEMPERATURE (°CELCIUS)

Page 31: Climate Responsive Architecture

TEMPERATURE (°CELCIUS) - STUDY PLACES Average Maximum Minimum Range

Courtyard 30.05 32.3 27.69 4.62Pond 29.48 31.36 27.36 4

Staffroom Corridor 28.97 30.21 27.26 2.95

Page 32: Climate Responsive Architecture

TEMPERATURE (°CELCIUS) - TRANSIENT PLACES

Average Maximum Minimum Range

Classroom Corridor 30.75 32.61 28.72 3.89

Swimming pool 30.78 32.61 28.74 3.87

Foyer 31.2 34.84 26.92 7.92

Astro-Turf 30.44 32.59 27.38 5.21

Page 33: Climate Responsive Architecture

Average Maximum Minimum RangeCourtyard 30.05 32.3 27.69 4.62

Pond 29.48 31.36 27.36 4Staffroom Corridor 28.97 30.21 27.26 2.95

Average Maximum Minimum Range

Classroom Corridor 30.75 32.61 28.72 3.89

Swimming pool 30.78 32.61 28.74 3.87

Foyer 31.2 34.84 26.92 7.92Astro-Turf 30.44 32.59 27.38 5.21

TEMPERATURE (°CELCIUS) - STUDY SPACES

TEMPERATURE (°CELCIUS) - TRANSIENT SPACES

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STUDY SPACESSTAFFROOM CORRIDOR

Page 35: Climate Responsive Architecture

TRANSIENT SPACESFOYER

Page 36: Climate Responsive Architecture

SITE ORIENTATION

Page 37: Climate Responsive Architecture

RAW DATARAW DATA

• HUMIDITY

HUMIDITY (%)

Page 38: Climate Responsive Architecture

HUMIDITY (%) - STUDY SPACES Average Maximum Minimum

Courtyard 64.97 78.827 53.21

Pond 64.80 79.434 53.27

Staffroom Corridor 64.76 77.971 55.07

Page 39: Climate Responsive Architecture

HUMIDITY (%) - TRANSIENT SPACES Average Maximum MinimumClassroom Corridor 59.88 72.83 49.49

Swimming Pool 60.23 75 49.45Foyer 63.00 79.97 50.67

Astro-Turf 61.69 80.75 47.241

Page 40: Climate Responsive Architecture

Average Maximum MinimumClassroom Corridor 59.88 72.83 49.49

Swimming Pool 60.23 75 49.45Foyer 63.00 79.97 50.67

Astro-Turf 61.69 80.75 47.241

Average Maximum Minimum

Courtyard 64.97 78.827 53.21

Pond 64.80 79.434 53.27

Staffroom Corridor 64.76 77.971 55.07

HUMIDITY (%) - STUDY SPACES

HUMIDITY (%)- TRANSIENT SPACES

Page 41: Climate Responsive Architecture

STUDY SPACESPOND

Page 42: Climate Responsive Architecture

OTHER FACTORSPERSONAL / SOCIAL HUMAN FLOW

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CONCLUSIONEach space is more comfortable at different times of the day Site orientation is the most prominent factor of passive design

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LIMITATIONSTIME PERIOD (ONLY 2 DAYS) WEATHER EVENTS E.G. DROUGHT DIFFICULTY IN ORIENTATING/PLACING THE DATA LOGGERS UNSUPERVISED DATA LOGGERS

Page 45: Climate Responsive Architecture

TO WHAT EXTENT ARE THE INTERMEDIATE SPACES IN EDUCATIONAL INSTITUTIONS DESIGNED TO BE COMFORTABLE?

Page 46: Climate Responsive Architecture

SMALL EXTENT!

Orientation (sun path) is sometimes overlooked in the design of intermediate spaces Some design features are under-utilised

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SHOULD INTERMEDIATE SPACES INCORPORATE PASSIVE DESIGN?

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YES!

Education Resource Centre University Town NUS

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MERCI