THE BABY CAGE
JAGJEET KUMAR TUTORS
MARIA ALESSANDRA SEGANTINI CARLO CAPPAI
CONTENTS
BRIEF-CLIENT CASE STUDY PRESIDENT STUDY SITE LOCATION SITE ANALYSIS -HISTORY -WATER -GREEN -DENSITY -INFRASTRUCTURE -MATERIALITY MASSING STRATEGY PROGRAMATIC DIAGRAM FLOOR PLANS -BASEMENT FLOOR PLAN -GROUND FLOOR PLAN -FIRST FLOOR PLAN -SECOND FLOOR PLAN -THIRD FLOOR PLAN -FOURTH FLOOR PLAN -FIFTH FLOOR PLAN -SIXTH FLOOR PLAN -SEVENTH FLOOR PLAN -EIGHT FLOOR PLAN -NINTH FLOOR PLAN ELEVATION SECTION UNIT -PLAN -RENDER VIEW EXTERIOR RENDER VIEW -PEDISTRIAN VIEW -GROCERY VIEW -TOWN SQUARE VIEW MODEL -MASSING -UNIT MODEL ENVIRONMENTAL STUDIES -ENVIRONMENTAL SECTION -WATER COLLECTION -VENTILATION TECHNICAN STUDIES -BUILDING ENVELOPE AXO -DETAIL @ 1:20 -STUCTURE
BRIEF- CLIENT
A
successfully vital city development can be measured on its capacity to attract very diverse inhabitants to facilitate social cohe-
sion,inclusiveness and collaboration.
In
The
verb
‘to
inhabit’ comes from the
Latin ‘habitare’,
this respect, there is an intrinsic meaning of ownership related to the topic of housing.
masterplan
(under
which relates to
The Unit
‘habere’, to own. Canada Water between the pri-
investigates the
approval) to test innovative hybrid typologies of housing and to promote a strong relationship
vate and the collective space, through the design of live-work affordable, intergenerational housing complexes for people to generate potential long-term affection to the place. the
Canada Water
Starting
with there-design of a housing prototype, we proceed analyzing the structure of
masterplan, to then develop a small part of it at the detail scale of its structure, layout and materiality.
canada water is located near to centeral londoan to wards east side. the closest station is canada water station. earlier the canada water used to be port where goods where exported and imported in uk. during world war ii the site was distroyed. now the place is more of the residence.
in this project i kept my programe to suit housing for everyone from high income to low income society which are: fee shop, communal kitchen, tesco shop, gym, loundary and retail shop.
1bhk, 2bhk,
cof-
all this programme are required for everyday life which create connectivty between people. for example coffee shop create connection
between people. communal kitchen brings people to cook their food under one roof. the retail shop and tesco shop will help community to spend some time together by doing grocery at same time.
PROJECT INFORMATION Architects : studio M architects Location : Nakanobu 5-11-27 Shinagawa-ku, Tokyo, Japan Area : 281.72 Project Year : 2018 Manufacturers : AGC, Lixil Corporation, Toto, YKK AP, 3M, ADVAN Site Location
Pedestrian Alley Routes
Vehicle Parking Space
Green Spaces
Main Vehicle Accessiblity
SunPath & Wind Direction Summer sun sunrise: 0428hr sunset: 1901hr Winter sun sunrise: 0641hr sunset: 1648hr
Multi-Finish Plaster
Pre-Cast Concrete Panel
Residential Units
1 Simple Cube block
2
Cut into Seven smaller The Seven shapes put toblocks with different gether and then cut into seven equal slices to form shapes and sizes the structure of the block
Existing Ground Floor
1
3
Existing First Floor
Cross laminated timber flooring
4 Final form of the design
Existing Second Floor
Car Park
Existing Third Floor
This Diagram shows how the buildings ventilation works, how natural wind enters from the south side of the building.
Existing Loft Floor
Frosted Glass
Section B - B
Section A - A
Section C - C
2
Intenvetion Ground Floor
3
Reinforced Concrete Slabs
Intenvetion Second Floor
Intenvetion Loft Floor
4
Back Elevation facing south, showing the new intervention
Side Elevation facing West, showing the new intervention Intenvetion First Floor
Intenvetion Third Floor
PRESIDENT STUDY
ROMAINVILLE DESIGNED BY BRENAC & GONZALEZ & ASSOCOES, GRAGMENTATION OF THE BUILT MASS OPENS THE WAY FOR A CONTINUITY WITH THE SURROUNDING CONTEXT AND THE CREATION OF VISUAL PERSPECTIVE, MAKING THIS CITY BLOCK MORE POROUS AND OPEN. THIS APPROCH ALSO ALLEVIATES THE PERCEPTION OF DENSITY, RESULTING IN QUALITY APARTMENT, WITH MULTIPLE ORIENTATION AND LIMITED DIRCT VIEWS OF THE NEIGHBORS OPPOSIT. PROJECT INFO: ARCHITECT: BRENAC, GONZALEZ & ASSOCIES LOCATION: 4 RUE DE LA RESISTANCE, 93230 ROMAINVILLE, FRANCE AREA: 10790.0 M. SQ. PROJECT YEAR: 2017 MANUFACTURES: AKZONOBEL INTERPON, LA SEIGNEURIE, OBERFLEX, GRANITI FIANDE, REF PROJECT NAME: ROMAINVILLE
A FEELING OF THE BEING CLOSED OFF HAS BEEN ELIMINATED IN FAVOR OF THE ENHANCEMENTS OF FRAMING AND VIEWS INTO THE DISTANCE, NOW ENJOY BY THE INHABITANTS, PASSERSBY AND EVEN NEIGHBORING CITY BLOCKS. GREENERY ALSO HAS AN IMPORTANT ROLE TO PLAY, SLIPPING INTO THE BUILDING’S INTERSITICES AND COLONIZING THE INTERIOR COURTYARDS OF THE CITY BLOCK. THIS DOMESTIC, VERNACULAR ASPECT UNDERSCORES THE ARCHITECTURAL PLAN THROUGH THE TREATMENT OF THE TERRACES, WHICH ARE DETACHED FROM THE FACADES, SERVED BY WOODEN FOOTBRIDGES AND CAN BE IMAGINED AS TREEHOUSES.
SITE LOCATION
SITE ANALYSIS- HISTORY
1870
1890
1910
1920
34 4 7 6
2
1
3
8
5
1
2
3
First created as the Great Howland Dock in 1763, the Surrey Docks complex had expanded to cover the entire Rotherhite peninsula to the end of Queen Victoria’s rule.
4
5
The Surrey Commercial Dock was the primary place for the import of wood from Canada and Scandinavia, which was used to supply the construction of the Royal Navy, as well as in domestic uses.
10
6
7
8
The Surrey Commercial Docks, together with the Royal Docks, West India and Millwall Docks, London Docks and Limehouse basin, saw the import of goods from the British Empire and foreign countries.
9
9
10
Britain’s victory in the Great War, marked its sovereignty of the seas, both militarily and in trade. The Surrey Commercial docks was not only just a place of trade, but also one of production and industry.
TRANSFORMATION EXISTING WATER
SITE ANALYSIS- HISTORY
1930
1940
6
1 2
1950
5
1960
4
7
9 10
3
1
8
2
3
1930 was the height of the British Empire, and the hayday of the Surrey Commercial Docks. Several of its smaller ponds were maximized as docks to supply additional ports for its ships.
4
5
6
The battle of Britain. The Luftwaffe targeted Surrey Docks and its surrounding docklands severely in order to cripple the commercial and industrial backbone of Britain.
7
8
Despite facing major damage during WWII, Surrey Docks was quickly rebuilt close to its original state, with newer infrastructure and warehouse complexes on the docks and around the Thames.
11
9
10
11
With the global adaptation of purpose-built container ships, Surrey Docks were increasingly inaccessible due to the meandering shape of the Thames. Crate-based cargo and smaller container ships still used Surrey Docks.
TRANSFORMATION EXISTING WATER
SITE ANALYSIS- HISTORY
1970
1980
1990
2018 7
1 4
5
11
8
2
1
6
3
2
3
Surrey Docks’ purpose as a commercial dock had started to decline, as larger container ships were now mooring along coastal Britain. Several of the warehouses were being demolished, and parts of the docks began to reduce.
4
9
5
6
Most of Surrey Docks had been closed off and filled in, with only Greenland dock, South Dock and Surrey Basin remaining. The first accommodation blocks started to appear in the northern part of the Rotherhithe peninsula.
7
10
12
8 9
The former docklands saw a massive explosion of new housing complexes, with a vehicular-based shopping centre at its core. The Rotherhithe peninsula was further connected to the north bank and the city with the Jubilee line.
10
11
12
The Rotherhithe Peninsula, or today better known as Canada Water, is today facing a new round of regeneration due to the immediate demand of housing in London, with a new masterplan due for 2022.
TRANSFORMATION EXISTING WATER
SITE ANALYSIS- WATER
1870
1910
1960
1980
1990
2018
Docks Warehouses Thames Yards Low tide water
SITE ANALYSIS- WATER
SITE ANALYSIS- GREEN SPACE
pre
OVERGROUND WATER
SITE ANALYSIS- GREEN SPACE
Pedestrian Access
Road Access
pre
OVERGROUND WATER
Green Space
SITE ANALYSIS- GREEN SPACE
STEVAN HILL
SOUTHWARK
SITE ANALYSIS- GREEN SPACE
PLAYGROUND (WITH MASTERPLAN)
PLAYGROUND (WITH MASTERPLAN)
PLAYGROUND (WITH MASTERPLAN)
PLAYGROUND WITH MASTERPLAN)
1
DIAGRAM OF PUBLIC PLAYGROUND
5
2 1
DIAGRAM OF COMMUNITY PUBLIC GREEN SPACE 5
2
DIAGRAM OF PUBLIC PLAYGROUND
1
3
2
DIAGRAM OF SEMI-PUBLIC PLAYGROUND DIAGRAM OF PUBLIC PLAYGROUND
5
1
2
2
DIAGRAM OF COMMUNITY PUBLIC GREEN SPACE
4
3
4
3
DIAGRAM OF PUBLIC SQUARE DIAGRAM OF PUBLIC PLAYGROUND
5
2
1
DIAGRAM OF COMMUNITY PUBLIC GREEN SPACE 3
5
4
1
2
DIAGRAM OF SEMI-PUBLIC PLAYGROUND
SEMI-PUBLIC PLAYGROUND
4
PLUBIC PLAYGROUND PRIVATE PLAYGROND PUBLIC SQUARE DIAGRAM OF COMMUNITY PUBLIC GREEN SPACE
DIAGRAM OF PUBLIC PLAYGROUND 1
SEMI-PUBLIC PLAYGROUND
2
3
3
DIAGRAM OF COMMUNITY COMMUNITY PUBLIC PUBLIC GREEN GREEN SPACESPACE 4
DIAGRAM OF PUBLIC SQUARE COMMUNITY BUILDING
DIAGRAM OF SEMI-PUBLIC PLAYGROUND 4
DIAGRAM OF PUBLIC SQUARE 5
PUBLIC PLAYGROUND
1
PRIVATE PLAYGROUND PUBLIC SQUARE COMMUNITY BUILDING
DIAGRAM OF PUBLIC PLAYGROUND
2
PUBLIC PLAYGROUND
DIAGRAM OF SEMI-PUBLIC PLAYGROUND SEMI-PUBLIC PLAYGROUND
DIAGRAM OF PUBLIC SQUARE
5
PUBLIC SQUARE
PUBLIC SQUARE DIAGRAM OF PUBLIC SQUARE
SITE ANALYSIS- GREEN SPACE
BICYCLE DENSITY WALKERS AND JOGGERS DENSITY MISCELLANEOUS DENSITY DOG WALKING DENSITY
BICYCLE DENISTY
JOGGERS AND WALKER DENISTY MISCELLANEOUS DENSITY DOG WALKER SENSITY
DAY TIME-ACTIVTTY
NIGHT TIME-ACTIVITY
DAY TIME-ACTIVITY
NIGHT TIME-ACTIVITY
0000
0900
1200
0300
1500
2100
MISCELLANEOUS DENSITY DOG WALKER SENSITY BICYCLE DENISTY JOGGERS AND WALKER DENISTY
0600
MISCELLANEOUS DENSITY DOG WALKERS DENSITY BICYCLE DENSITY
JOGGERS AND WALKER DENSITY
1800
SITE ANALYSIS- PROPOSED
Pedestrian Access
Road Access
Green Space
SITE ANALYSIS- DENSITY
POPULATION DENSITY
EXISTING MASTER PLAN
DEVELOPERS MASTER PLAN
BUILDING DENSITY
NOLLY DENSITY
SITE ANALYSIS- DENSITY
EXISTING MASTER PLAN
DEVELOPER MASTER PLAN
SITE ANALYSIS- INFRASTRUCTURE
PEDESTRIAN OVERGROUND WATER MINOR ROAD
SITE ANALYSIS- INFRASTRUCTURE
SITE ANALYSIS- MATERIALITY
1
2
Canada water station is the main transportation hub on the site, overground and underground train links pass through this station and many buses go
3
Glass is used in corrosponding the steel frame structure, as it exposes the interior but also is able to capture maximum sunlight during the day.
3 3 2 1 2 4
55
55
4
5
In Canada Water, many of the exisiting building consitis of steel frame structure and glass. Glass is used majority on the site to expose the interior of the
3
Mostly Steel frame structure and glass window pannels as facade.
4
The Canada water library is the only building on the site that uses anodised aluminium on its facade. The cladding is in aluminum sheets that are ano-
The new buildings on the site is all steel frame or concrete frame structure with brick cladding. The surrounding buildings on the site is all brick housing
Aluminum sheet with light bronze finishing.
5
Brick cladding, large windows and suspended balconys. building structure is steel frame.
SITE ANALYSIS- MATERIALITY
6
8
7 Many of the structure within this
Decathlon head office and store is on the site, the materials used on this building is bricks, steel frame, glass and terracotta pannels for facade
The new buildings on the site again is a concrete frame structure with brick cladding and a rain screen pannels for the roofing.
region is builts with materials such as steel frame or pilers, glass, terracotta facade system and bricks.
9
Brick cladding and glass mostly used on structures on the site, also concrete structure as the primarly structure.
6
7 8 8 8 9 9 12 12 10 12 11 12 12
10
The surrey quays shopping centre structure is constructed mainly using brick, steel frame and glass.
12
Glass is tinted into green, used for secuirty of whats inside the structure and has reflectve effects on he outside.
11
Some parts of the building has brick claddings, mostly due to the structure design.
12
Louver system has been installed for ventilation around the structure and many other warehouse structures on the site has similar louver system.
SITE ANALYSIS- MATERIALITY
This study of materials on site representing all the different brick types used for residential housing around the site. Some of the brick types is used for brick cladding on the new buildings withing canada water station
Brick type 1
Brick type 5
Brick type 2
Brick type 6
Brick type 3
Brick type 7
Brick type 4
Brick type 8
SITE ANALYSIS- MATERIALITY
This study of materials on site representing all the different pavement types used on the surrounding streets within canada water site and many of the streets has a
Pavement type 1
Pavement type 5
Pavement type 2
Pavement type 6
Pavement type 3
Pavement type 7
Pavement type 4
Pavement type 8
MASSING STRATEGY
FINAL MASSING
FOURTH FLOOR
THIRD FLOOR
NINTH FLOOR
EIGHT FLOOR
1 BEDROOM APARTMENT
2 BEDROOM APARTMENT (TYPE-1)
SECOND FLOOR
COFFEE SHOP
SEVENTH FLOOR
COMMUNAL KITCHEN CIRCULATION SPACE 2 BEDROOM APARTMENT (TYPE-2) TESCO SHOP GYM
LOUNDARY
RETAIL SHOP
FIRST FLOOR
GROUND FLOOR
SIXTH FLOOR
FIFTH FLOOR
PROGRAMMATIC DIAGRAM
BASEMENT FLOOR PLAN
SCALE 1:250
GROUND FLOOR PLAN
SCALE 1:250
FIRST FLOOR PLAN
SCALE 1:250
SECOND FLOOR PLAN
SCALE 1:250
THIRD FLOOR PLAN
SCALE 1:250
FOURTH FLOOR PLAN
SCALE 1:250
FIFTH FLOOR PLAN
SCALE 1:250
SIXTH FLOOR PLAN
SCALE 1:250
SEVENTH FLOOR PLAN
SCALE 1:250
EIGHT FLOOR PLAN
SCALE 1:250
NINTH FLOOR PLAN
SCALE 1:250
ELEVATION
SCALE 1:200
SECTION A’A
SCALE 1:200
UNIT UPPER PLAN
UNIT LIVING AREA
UNIT LOWER PLAN
UNIT UPPER PLAN
UNIT LIVING AREA
UNIT LOWER PLAN
PEDESTRIAN VIEW
PEDESTRIAN VIEW
TOWN SQUARE VIEW
MODEL
MASS MODEL
UNIT MODEL
R ATE W ES
M THA
RAIN-WATER AXO SECTION
ENVIRONMENTAL SECTION
VENTILATION AXO SECTION
PRODUCED BY AN AUTODESK STUDENT VERSION
PRODUCED BY AN AUTODESK STUDENT VERSION
PRODUCED BY AN AUTODESK STUDENT VERSION
EXTERIOR WALL-SLAB @1:20
PRODUCED BY AN AUTODESK STUDENT VERSION
PLASTER BRICK INSULATION BRICK PLASTER OAK BOARDS RIGID INSULATION CONCRETE PLASTER
INTERIOR WALL-SLAB
BUILDING ENVELOPE AXONOMETRIC
CONCRETE COURSE
COLUMN
FINISH CONCRETE SLAB
FOLDED TREAD AND RISER OF 4MM MS PLATE
INTERMEDIATE RING OF 273MM DIA X 40 X 8MM CHS TUBE WELDED TO VERTICAL FLATS HANDRAIL OF 40 WELDED TO BRACKET
X
8M
L-SHAPED BRACKET OF 40 X 8MM MS FLAT
FOLDED TREAD AND RISER AT LANDING
WHOLE STRUCTURE EXTENDED RISER BOLTED TO LANDING
80 X 15MM VERLICAL FLATS, 2830MM LONG
LANDING CONNECTOR OF 273MM DIA X 210 X 8MM MS CHS TUBE WITH 6NO 40 X 80 X 8MM WELDED MS FLATS AND 2NO 210 X 1100 X 8MM WELDED MS FLATS BOLTED TO PRIMARY STRUCTUR
AXO-METRIC STRUCTURE