BIO DIVERSITY
HYDROLOGY
Java Sea LEGEND
Jakarta Bay
cat 1
URBAN LAYERS MACRO SCALE
2003
LOCATION : ALONG CILIWUNG RIVER
2006
2009
2014
PROJECT BRIEF
FLOOD HISTORY 2003
PLOT AREA : 3 ha SITE
RIVER
NEIGHBOURING HOUSES
+25M +20M +15M
SPACE PER CAPITA : 15 SQM
SITE
RIVER
NEIGHBOURING HOUSES
a
RIVER
SITE
RIVER
NEIGHBOURING HOUSES
+25M +20M +15M
+25M +20M +15M
+08M
+08M
section aa
SITE SECTION NEIGHBOURING HOUSES
0-0.5 1-2m m 0.5-1m 2-3 m
RIVER
section bb NEIGHBOURING
ARCHITECTURE
RIVER
HOUSES
URBAN OASIS
LIVING BUILDING
BIO-DIVERSITY
GREEN PLOT RATIO
1.33
GREEN PLOT RATIO
2.04
GREEN SURFACE AREA - GROUND
30%
GREEN SURFACE AREA - GROUND
80%
GREEN REPLACEMENT RATIO
204%
CAPACITY OF WATER RETENTION/REUSE
718824 m3
GREEN REPLACEMENT 75% PERCENTAGE CAPACITY OF WATER RETENTION/REUSE
718824 m3
BLUE SURFACE AREA
80000 m2
BLUE SURFACE AREA
PERCOLATIVE GREEN
40%
PERCOLATIVE GREEN
AMENITY
PUBLIC SPACE IN CONJUNCTION WITH GREEN
AMENITY
30%
PROVIDING SPACE FOR LOCALS TO FARM
AMENITY
10000 m2
PROVIDING SPACE FOR LOCALS TO FARM
SPATIAL PLANNING
SPATIAL PLANNING
BIOPHILIA
BIOPHILIA
HUMAN WELLBEING
HUMAN WELLBEING
ENERGY PERFORMANCE
ENERGY PERFORMANCE
--COMMUNITY WATER RETENTION/GROUND ENGAGEMENT WATER RECHARGE - SOCIAL COHESION - WATER STORAGE/SELF SUFFICIENCY
- GREEN PUBLIC OPEN SPACE
- COMMUNITY ENGAGEMENT
- BIOPHILIC DESIGN
- SOCIAL COHESION
- CREATING A GREEN PUBLIC SPACE
RAMKUMAR A0123482
- ARCHITECTURE IN HARMONY WITH NATURE
GREEN PLOT GREEN RATIO PLOT RATIO 1.27 1.33
GREEN PLOT RATIO
2.04
GREEN PLOT RATIO
1.27
GREEN SURFACE GREEN SURFACE 10% 30% AREA - GROUND AREA - GROUND 102% 75% GREEN REPLACEMENT GREEN REPLACEMENT RATIO PERCENTAGE
GREEN SURFACE AREA - GROUND
80%
GREEN SURFACE AREA - GROUND
10%
GREEN REPLACEMENT RATIO
204%
GREEN REPLACEMENT RATIO
102%
CAPACITY OF WATER RETENTION/REUSE
718824 m3
CAPACITY OF WATER RETENTION/REUSE
-
CAPACITYCAPACITY OF WATEROF WATER RETENTION/REUSE RETENTION/REUSE
718824 m3
BLUE SURFACE AREA BLUE SURFACE AREA
80000 m2
AMENITY AMENITY
25% (7500 m2)
CIRCULATION
- URBAN FARMING
OPEN GREEN PARK AS NATURAL PUBLIC SPACE
SURFACE AREA
CIRCULATION
- CREATING LUNG SPACE FOR THE CITY
10% 40% PERCOLATIVE GREEN GREEN PERCOLATIVE m2) (3000 (12000 m 2)
50% (15000 m2)
AMENITY
SCALE 1:10000
--URBAN FLOODFARMING MITIGATION
60% (18000 m2)
SOCIAL SPACE
FOOD SELF SUFFICIENCY
THE URBAN PUBLIC SPACE IN FARMINGCONJUNCTION BECOMES THE SPACE WITH FOR GREEN THE LOCALS TO TO USE
30% (9000 m2)
SOCIAL SPACE SOCIAL SPACE
45% 45% SURFACE SURFACE AREA AREA m2) (13500 m2(13500 ) PROVIDING SPACE FOR LOCALS TO FARM
AMENITY AMENITY
PROVIDING SPACE FOR LOCALS TO FARM
BLUE SURFACE AREA PERCOLATIVE GREEN
SCHEME - FOOD SELF SUFFICIENCY
10000 m2
DESIGN INTENT BLUE SURFACE AREA
60% (18000 m2)
PERCOLATIVE GREEN
- URBAN FARMING
-
10% (3000 m2)
OPEN GREEN PARK AS NATURAL PUBLIC SPACE
- MEETING FOOD DEMANDS
SOCIAL SPACE
50% (15000 m2)
SOCIAL SPACE CARBON EMISSION - REDUCING
SURFACE AREA
25% (7500 m2)
45% SURFACE AREA - COMMUNITY ENGAGEMENT (13500 m2)
PROVIDING SPACE FOR LOCALS TO FARM
SPACE FOR - SOCIAL LOCALS TO AMENITY COHESION
AMENITY
AMENITY
CIRCULATION CIRCULATION
CIRCULATION
SPATIAL SPATIAL PLANNING PLANNING
SPATIAL PLANNING
BIOPHILIA BIOPHILIA
BIOPHILIA
HUMAN HUMAN WELLBEING WELLBEING
HUMAN WELLBEING
ENERGY ENERGY PERFORMANCE PERFORMANCE
ENERGY PERFORMANCE
THE URBAN FARMING BECOMES THE SPACE FOR THE LOCALS TO TO USE
AMENITY
PROVIDING FARM
CIRCULATION SPATIAL PLANNING BIOPHILIA HUMAN WELLBEING ENERGY PERFORMANCE
2-3 m
NEIGHBOURING HOUSES
SITE
Heavy flood in this year
Worst flood in this year still dint affect this site so much due to the increased countour.
This year had very less flood comparitvely which still had the nearby area flooded.
+08M NEIGHBOURING HOUSES
SCHEME 3
1-2 m
The site acted as a catchment basin
SITE
- ARCHITECTURE IN HARMONY WITH NATURE
- CREATING A GREEN PUBLIC SPACE
45% SURFACE AREA BIO DIVERSITY - IMPROVING LOCAL (13500 m2)
+25M +20M +15M
RIVER
- BIOPHILIC DESIGN
- WATER STORAGE/SELF SUFFICIENCY
SPACEWORKSPACE - EFFICIENTSOCIAL OFFICE (9000 m2)
0.5-1m
b
NEIGHBOURING HOUSES
- GREEN PUBLIC OPEN SPACE
- PROVIDING GREEN DECKS
0-0.5 m
WATER DEPTH
NEIGHBOURING HOUSES
SITE
- WATER RETENTION/GROUND WATER RECHARGE
m2) - CREATING GREEN LUNG(12000 SPACE
+08M
RIVER
- CREATING LUNG SPACE FOR THE CITY
SCHEME - BIO DIVERSITY
PROGRAMME ANALYSIS URBAN PROGRAM ANALYSIS
DESIGN PROCESS
2014 2014
WATER DEPTH
BLDG HT : 160m
a
2014
- FLOOD MITIGATION
PUBLIC SPACE
RIVER
NO. OF USERS : 9000
NEIGHBOURING HOUSES
2013 2013
HYDROLOGY FOOD SELF SUFFICIENCY
natural water system
AGRICULTURE
NEIGHBOURING HOUSES
birds
embanked water system
BIO-DIVERSITY
DESIGN INTENT
PLOT RATIO : 4.5
b
2003
THELIVING WATERBUILDING BOWL
HYDROLOGY
2013
2007 2007
URBAN OASIS
SCHEME 2
LEGEND
SCALE 1:10000
2003 2007 DESIGN - OFFICE / COMMERCIAL
THE WATER BOWL
mammals
PROGRAMME ANALYSIS
DISTRICT : SOUTH
10km
SCHEME 3 SCHEME 1
DESIGN INTENT
5
SCHEME 2
GREEN
1
SCHEME 1
WATER
Scale 1:200,000
cat 6
PUBLIC SPACE
AREA : PANCORAN
DKI Jakarta
cat 5
URBAN AGRICULTURE
East
cat 4
PROGRAM ANALYSIS
South
cat 3
DESIGN INTENT
Central
GREEN
West
cat 2
WATER
SITE ANALYSIS
North
SPACE FOR COMMONS -
50%
NEIGHBOURING HOUSES
SITE
WATER SENSITIVE DESIGN +25M +20M +15M
+25M +20M +15M +08M
SPACE FOR COMMONS -
+08M
WATER
20%
DRY SEASON
MILD FLOOD
40%
water self sufficiency
100%
TANK TANK
HEAVY FLOOD 0%
25%
100%
100%
60%
100%
60-80%
75%
60 % OF WATER FLOWS THROUGH PHYTO REMEDIATION
100%
75 % OF WATER RELEASED INTO THE SITE
100 % OF WATER RELEASED INTO THE SITE WATER CATCHMENT AREA - 48700SQM
WATER CATCHMENT AREA - 26000SQM
WORST FLOOD IN 2013
TANK
FLOOD GATE
01
02
public movement
03 CILIWUNG RIVER
bio diversity movement
02
public movement
PRELIMINARY GREY WATER TREATMENT
03
STORAGE TANK
bio diversity movement
2.5 m 2.5 m
SERVICES
3.5 m
2.5 m 2.5 m
SOIL
SERVICES
3.5 m
SITE 1
FLOOD GATE
SITE 2
TYPICAL MODULE
3.5 m
4m
3.5 m
12m
3.5 m
12m
SOIL
12m
1m 3.5 m
1m 3.5 m 3.5 m 4m
MODULE WITH BIGGER TREES
BIO-DIVERSITY
MULTIPLICITY IN FUTURE
CALCULATIONS WATER USAGE
50lpd
POTABLE WATER DEMAND
14 lpd
NON POTABLE WATER DEMAND
36 lpd
TOTAL WATER DEMAND
450000lpd
GREY WATER REUSE
190209 lpd
CALCULATIONS
total green space provided
60%
MANGROOVE GREEN BELT GREEN LUNG SPACE IN CITY SKYLINE
GREEN PLOT RATIO
1.80
GREEN REPLACEMENT
200%
GREEN SURFACE AREA ON GROUND
80%
PERCOLATIVE GREEN ON GROUND
60%
BIO SWALES CATTAIL
Board walk
BIRD FLIGHT DISTANCE LOCAL SPECIES
Farming Mangroove green belt
MAURA ANGKE MANGROOVE
Bio swales SITE
Pedestrian bridge SQUIRREL
COMMON MYNA
MILKY STORK
SCOOTY HEADED BULL BULL
DEPOK
FOOD
CALCULATIONS BOGOR
food self sufficiency FLOOR PLAN 50m
FLOOR PLAN
SOCIAL SPACE & CONNECTION
LETTUCE
LADY’S FINGER
TOMATO
CHILLI
COMMUNITY FARMING EMPLOYMENT TO THE LOCALS
80%
VIEW FROM FARM
VIEW OVERLOOKING GREEN TERRACES
green open space view from connecting bridge
VIEW FROM OFFICE DECK
SCHEMATIC SECTION neighbourhood
event plaza
SITE SECTION
entry plaza
storage tank
river
water treatment plant water percolation recharging the ground water stream
neighbourhood
excess water during flood goes to the river bypass
street connecting the open space river bypass
Scale 1:1000 1
25
50m
DEMAND - 1 MEAL PER DAY VEG DEMAND
public space
LIFT CORE
25
LIFT CORE
10
mangroove / green belt
Scale 1:1000 1
60%
wetland/ biotopes
SITE PLAN
mangroove / green belt
12m
PRELIMINARY WATER TREATMENT
SOIL
SOIL
SITE 3
RIVER BY PASS
CONCEPT DIAGRAM 01
FLOOD MITIGATION
RIVER BYPASS
view from plaza
410 Kg pd
FARM AREA
11000 sqm
IRRIGATION
RIVER WATER
FOOD PRODUCED
1.2KG PER MONTH