Siti Qashryien Binti Jamalludin 2011958
PIVOTREE HOUSE OF EDEN
HOUSE OF EDEN
DESIGN STATEMENT THE DESIGN EMPHASIS ON INTEGRATION OF NATURE, SPACE AND FULFILLMENT OF USER NEEDS WITH USE OF REPETITION, BALANCE AND DATUM. A TREE AS THE CENTER POINT SUPPORT THE SPACES & OCCUPANTS OF THE HOUSE BALANCES THEIR DAILY ACTIVITIES WITH NATURE WHILE CREATING CALM MOOD AN DCOMFOTABILITY BENEFITS FROM THE BREEZE AND SOUND OF WATER
SITE PLAN
SITE SYNTHESIS
INSPIRATION
PRECEDENT STUDY
CASE STUDY
PASSIVE DESIGN
GROUND FLOOR NTS
SURROUNDING GREENERY ESPECIALLY ON WEST TO MINIMIZE HEAT GAIN AND CHANNEL COOLING BREEZES MINIMUM OR NO WINDOWS AT EAST AND WEST WALLS BIG AND MANY OPENING AT NORTH AND SOUTH WALLS TO ALLOW CROSS VENTILATION SERVICES AREAS LOCATED AT WEST
WIND SCOOP /BAFFLE
EXTRA SPACE
EXTENDED LIVING AREA
EVENING SUN
BBQ DECK
DINING
KITCHEN
MORNING SUN
PASSIVE DESIGN
SHADING DEVICE
(EXTERNAL) SUSTAINABLE & LOCAL MATERIALS HORIZONTAL SHADING (INTERNAL) LOW E-GLASS
PASSIVE DESIGN 1 . INTERNAL COURTYARD 2 FULLY NATURAL DAYLIT WITH LIGHTING CONTROL 3. CROSS VENTILATION : HORIZONTAL & VERTICAL 4. ROOF INSULATION 5. AIR-MASS REPLACE: HIGH CEILING 6. BUILDING RAISED ON STILTS 7. RAINWATER COLLECTION FROM ROUND BIG GUTTER 8. SOLAR PANEL 9. BUILDING FROM LIGHTWEIGHT MATERIAL EASE VENTILATION THROUGH THE HOUSE 10. TALL WINDOW
LIGHT WELL
8
STACK EFFECT HOT AIR RISES AND DISPLACED BY COOLER AIR FROM OUTSIDE CONTINOUS CHANGES WITH TEMPERATURE DIFFERENCES
4
7 2
5 9
1
10
1. VENTILATIVE COOLING
HOT AIR OUT
1
3 COOL AIR IN
6
DESIGN DEVELOPMENT
CASE STUDY
CASE STUDY
CASE STUDY
CASE STUDY
CASE STUDY
CONSTRUCTION DETAILS
VENTILATION WINDOW
WORK ROOM
MORINGA TILES
FLOOR PLAN LEVEL 1 SCALE 1:200
LOCAL MATERIAL FROM KELANTAN LIGHTER AND POROIUS ENABLES TO KEEP HOUSE COOL DURING THE DAY.
VAPOUR BARIER
CEMENT BACKERBOARD
STUD
NATURAL STONE INTERIOR WALL CLADDING
SOLE PLATE
INTERIOR FINISHES PIVOT WINDOW PRE-TREATED BATTEN
POINT CONNECTOR : BOLT TIMBER WALL STUD
VAPOUR BARIER
TIMBER WALL CLADDING
EXTERIOR FINISHES
SUNKEN LIVING / ENTERTAINMENT AREA
HORIZONTAL BEAM
TIMBER DECK CONNECTION TO TIMBER FRAMING
CONCRETE POST
CONSTRUCTION DETAILS
FIELD STONE FACE
FSC - CERTIFIED TIMBER FLOORING
REBAR EACH WAY
STUD
COMPACTED SOIL UNDISTURBED SOIL
PLANTING, SOIL AND LINING BY OTHERS
STONE FOOTING FOUNDATION
IPE WOOD CLADDING
PRECAST CONCRETE SLAB TREATED WOOD FRAMING
WHY TIMBER? PRIME STRUCTURAL MATERIAL AVAILABLE IN VARIETIES LOCALLY LEAVING NO CARBON FOOTPRINT DURING CONSTRUCTION CAN BE REUSE AND RECYCLE
DRAIN HOLES
PRECAST CONCRETE COLUMN
FLOOR TO COLUMN
WHY PRECAST CONCRETE? HAVE GREAT STRUCTURAL EFFICIENCY CAST AND STEAM-CURED IN A PLANT OFF SITE CONSTRUCTION HAVE MINIMUM ENVIRONMENTAL IMPACT
CONSTRUCTION DETAILS
DEVELOPMENT MODELS
DEVELOPMENT MODELS
DEVELOPMENT DRAWINGS
DEVELOPMENT DRAWINGS
DEVELOPMENT DRAWINGS
THANK YOU
