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Tropical Design: Case Study With Rating System

The San Manuel Clay the minor alluvial plain is also classified into two (2) namely; the San Manuel Clay Loam (SmA) with 2-5 percent slope covers an area of 136.22 hectares or .85% and San Manuel clay loam (SmAf1) with 0-2 percent slope, slightly flooded areas covers an area of 108.34 hectares or .67%. The Burgos Clay, the alluvial fan terraces with 2-5 percent slope covers an area of 557.95 hectares or 3.46%. Other areas are identified

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Beau Allen Ongbontic
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50 views12 pages

Tropical Design: Case Study With Rating System

The San Manuel Clay the minor alluvial plain is also classified into two (2) namely; the San Manuel Clay Loam (SmA) with 2-5 percent slope covers an area of 136.22 hectares or .85% and San Manuel clay loam (SmAf1) with 0-2 percent slope, slightly flooded areas covers an area of 108.34 hectares or .67%. The Burgos Clay, the alluvial fan terraces with 2-5 percent slope covers an area of 557.95 hectares or 3.46%. Other areas are identified

Uploaded by

Beau Allen Ongbontic
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
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Download as PDF, TXT or read online on Scribd
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TROPICAL

DESIGN
CASE STUDY WITH RATING SYSTEM
HOW TO DO THE CASE
STUDY IN THE PHILIPPINES
SELECT BUILDING & SITE OF DIFFERENT PROJECT TYPES:

1. CIVIC/ INSTITUTIONAL

2. COMMERCIAL

3. RESIDENTIAL HIGHRISE

4. RESIDENTIAL MIDRISE

5. TRANSPORT STRUCTURES

6. RELIGIOUS

7. MEDICAL

8. RECREATIONAL

9. EDUCATIONAL

10.MIXED-USE
HOW TO DO THE CASE
STUDY
• PRESENT THE CLIMATIC DATA ANALYSIS:

• TEMPERATURE

• WIND SPEED & DIRECTION

• RAINFALL / AMOUNT OF PRECIPITATION

• SUNNY DAYS, CLOUDY DAYS


HOW TO DO THE CASE
STUDY
• COMPUTE POINTS FOR BUILDING & SITE
USING GIVEN RATING SYSTEM:

• SUN

• WIND

• RAIN

• VEGETATION
OUTPUTS

• MULTIMEDIA PRESENTATION - CLASSROOM


(MAX. 30 MINS)

• DIGITAL FILE TO BE UPLOADED - PDF /


VIDEO / INFOGRAPHICS / WRITTEN REPORT
SCHEDULE

• CLASS REPORT / PRESENTATION (6 GROUPS


PER MEETING - NOV 5, NOV19, NOV26, DEC3,
DEC10 (EXTRA)

• DIGITAL FILE UPLOAD DEADLINE - DEC10


EVALUATION RATING SYSTEM - 35 PTS

• ROOMS HAVE DIRECT ACCESS TO NATURAL LIGHTING



100% = 10 PTS
• OUTDOOR SPACE IS SHADED WITH TREES 

100% = 10 PTS
• SUN’S HEAT IS USED TO REDUCE HUMIDITY

100% = 10 PTS
• HEAT GAIN IS MINIMIZED WITH THE USE OF ARTIFICIAL SUNSHADING DEVICES 

100% = 5 PTS
EVALUATION RATING SYSTEM - 35 PTS

• RAINWATER IS CAPTURED ON SITE



100% = 10 PTS
• RAINWATER IS REUSED 

100% = 10 PTS
• HUMAN SPACES ARE FLOOD-FREE

100% = 10 PTS
• ADJACENT WATER BODIES OR FEATURES ARE FOUND ON SITE

100% = 5 PTS
EVALUATION RATING SYSTEM - 40 PTS

• ALL INDOOR SPACES HAVE ACCESS TO NATURAL VENTILATION



100% = 10 PTS
• ALL FENESTRATIONS FACE NE OR SW WIND 

100% = 10 PTS
• HOT AIR IS RELEASED FROM INTERIOR SPACES

100% = 10 PTS
• WIND IS USED TO REDUCE HUMIDITY & MOISTURE

100% = 10 PTS
EVALUATION RATING SYSTEM - 40 PTS

• OUTDOOR SITE IS COVERED WITH PLANTS



100% = 10 PTS
• PLANTS ARE IRRIGATED THROUGH RAINWATER / RECYCLED WATER

100% = 10 PTS
• PLANTS PROTECT STRUCTURES FROM SOLAR HEAT GAIN

100% = 10 PTS
• PLANTS PROVIDE SHADE FOR PEOPLE OUTDOORS

100% = 10 PTS
TOTAL RATING SYSTEM - 150 PTS

• SUN

100% = 35 PTS
• WIND

100% = 40 PTS
• RAIN

100% = 35 PTS
• VEGETATION

100% = 40 PTS
OTHER DESIGN STRATEGIES THAT CAN BE GIVEN ADDITIONAL POINTS

• BUILT FORM DESIGNED FOR DISASTER RESILIENCY - 25 PTS


• SITE PLANNING DESIGNED FOR DISASTER RESILIENCY - 25 PTS
• EARTHQUAKE
• TYPHOONS - EXTREME WIND, EXTREME RAINFALL
• VOLCANIC ERUPTION
• STORM SURGE
• PASSIVE ENERGY

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