A R C H I T E C T U R E S H R E Y A
P O R T F O L I O J O S H I
SHREYA JOSHI I’m a third year Bachelor of Design in Architecture student at University of Sydney looking for an internship.
Sydney, Australia shreyasjoshi70@gmail.com +61 424 223 574
SKILLS
EDUCATION University of Sydney Bachelor of Design in Architecture (2019- Present)
Delhi Public School, Ahmedabad
(Class of 2018)
Ai
Adobe Illustrator
Ps
Adobe Photoshop
Id
Pr
Adobe InDesign Adobe Premiere Pro AutoCAD ArchiCAD
ACHIEVEMENTS DSK Intenational Design Olympiad Top 10
LANGUAGES English Hindi Gujarati
SketchUp Rhino
Hand drafting Model making Sketching
CONTENTS
01
02
HOUSE OF CELEBRATION
HOUSING FOR THE LOVING COMMUNITY
03
04
THE BANKSIA
WAY STATION
01
HOUSE OF CELEBRATION 2 0 2 0 2 nd y e a r , 2 nd s e m e s t e r
In this studio, we were asked to formulate a developed design for a ‘House of Celebration’ on Queens Wharf Reserve, adjacent to HMAS Parramatta Memorial, Parramatta. The ‘House of Celebration’ is to serve as a site for ceremonies and celebrations in our multicultural secular society. It will be used for such community and family rites of passage as baby blessings, birthdays, betrothals, weddings, anniversaries, memorials, wakes and so on. The building is for both private and community functions and is to be considered an integral part of its surroundings and must not to restrict public access. We have considered usage, noise, views and accessibility both for the public and patrons. We have explored the roles that environmental considerations, structure and construction play in moderately complex smallscale buildings. We developed an active awareness of the impact that technical and constructional decisions have on architectural design.
FLOOR PLAN
PARRAMATTA RIVER
4155
OBSERVATION DECK TILES
Timber screening to future detail
Timber frame to future detail
Folding glass doors
200 x 100 RHS
100 x 100 RHS
Steel framed sliding glass windows
STORE ROOM 1 TILES
F
8040
Underground rainwater tank
KITCHEN
STORE ROOM 2
TILES
F
TILES
MAIN FUNCTION ROOM
TOILETS
FFL = 5
3000
TILES
TILES DW
2280
FOYER TILES
Aluminium framed sliding glass window
Timber stud walls
100 mm thick double glazed walls
Glass doors
Glass doors New path
3120
3480
3450
2220
9190
6370
2965
SECTION
150mm UB steel rafter
50mm UB steel truss
104
100mm UB steel bottom chord
m 5 m Fascia board
00 158
2400 X 1200 X 10 mm timber roofing sheets
mm 20
o
105mm galvanized steel top hats fixed to steel truss 150- Z galvanized steel purlin bolted to cleat and welded to steel rafter. Insulation
FCL HIGH= 12
10o
200 X 100 mm RHS galvanized steel beam supported by column
5200 mm
Steel framed fixed glass window
Insulation 100- C galvanized steel purlin bolted to cleat
100 X 100 mm RHS galvanized steel stud MAIN FUNCTION ROOM
FCL= 8.3 Parapet capping
timber screening to future detail
Flashing 150 X 200 X 150 mm colourbond box gutter Aluminium framed sliding glass window
6900 mm
4020 mm
FCL LOW= 10
Colourbond roof sheeting
OBSERVATORY DECK
FOYER
Steel framed sliding glass window
150 X 50 mm timber noggins Timber weatherboard cladding 19 mm thick plaster board lining
1700 mm
3000 mm
300 X 200 X 200 mm colourbond box gutter
10930 mm
PRODUCED BY AN AUTODESK STUDENT VERSION
Colourbond roof sheeting
FFL = 5 2350 X 2110 mm steel water tank on concrete slab (under groung)
Vapour membrane
200mm thick concrete block wall core fixwd to engineer’s detail
200 UB fixed to concrete slab and supported bu concrete pier footing
Excavated ground in dotted line
380 mm diameter reinforced concrete pier footing
100 mm thick new concrete walkway compact fill Existing seawall
PARRAMATTA RIVER
3000 mm
4155 mm
11050 mm
PRODUCED BY AN AUTODESK STUDENT VERSION
CASTILLO & JOSHI ARCHITECTS
A.B.N 52 000 000 000 80 North Street, Sydney NSW 3000 Australia Tel: (02) 0000 0000 email: info@email.com
PROJECT NAME
DRAWN BY
DRAWING NUMBER
SCALE
DATE
HOUSE OF CELEBRATION
KATE CASTILLO AND SHREYA JOSHI
1
1:100
13/05/202
DRAWING TITLE
PLAN
(Please zoom in to view better line weights) LOCATION
QUEEN’S WHARF RESERVE, PARRAMATTA
PROJECT NUMBER
CHECKED
BDES2013
KC/SJ
CONNECTION DETAIL
100mm UB steel bottom chord 150mm UB steel rafter
Safetly mesh to engineer’s detail Underlay Insulation 150- Z galvanized steel purlin bolted to cleat and welded to steel rafter. Colourbond roof sheeting 2400 X 1200 X 10 mm timber roofing sheets 150- C galvanized steel purlin fixed to fascia board and steel rafter. Blocking bolted to rafter and top stud 6mm thick 4 bolt cleat (Adaptor Bracket) M12 Size PB1230 standard purlin bolt: M16x45mm with nut Flashing Soffit lining
Timber fascia board 300 X 200 X 200 mm colourbond box gutter Gutter Bracket bolted to fascia board 105mm galvanized steel top hats fixed to bottom chord
Aluminium framed glass sliding window 19 mm thick outer plaster board lining
2400 X 1200 X 10 mm timber roofing sheets
50mm thick Timber lintel
CASTILLO & JOSHI ARCHITECTS
A.B.N 52 000 000 000 80 North Street, Sydney NSW 3000 Australia Tel: (02) 0000 0000 email: info@email.com
SCALE
CLIENT
1:5
KATH TONKIN
PROJECT NAME
DRAWN BY
HOUSE OF CELEBRATION
SHREYA JOSHI 490063495
DRAWING TITLE
LOCATION
PROJECT NUMBER
SIZE
BOX GUTTER- MAIN ROOF DETAIL
QUEEN’S WHARF RESERVE, PARRAMATTA
BDES2013
A3
(Please zoom in to view better line weights)
PAGE NUMBER
3
02
HOUSING FOR THE LOVING COMMUNITY 2 0 2 0 2 nd y e a r , 2 nd s e m e s t e r
This project is centered around designing sensitive and functional housing for residents of the Loving Community. The Loving community is located on the outskirts of Ahmedabad, Gujarat, India. The community was formed in 1968 when the government offered this land to people suffering from leprosy. Due to the stigma against this disease, the people of this community are treated as outcasts and are isolated from the rest of the world. So, not only there is a physical boundary created by a compound wall on two sides of the site, but there is also an emotional boundary between the loving community and the rest of the world. One of the aims of this project is to dissolve these boundaries through architecture. Due to a contaminated water canal present in front of the community, the site is a prone to flooding during annual monsoon. Hence, providing a flood resilient design is another aim of the project.This design responds to the local climate, the specific requirements of each family, the lack of greenery near the site and utilizes local construction materials. Concepts of community engagement and upskilling of the community are also considered.
DESIGN PRINCIPLES
Flat roofs for future expansion.
Different leveled seating space for informal encounters and working.
Foldable woven rattan roofs for courtyard to provide shade or privacy.
Interior and exterior courtyards to create gradient between public and private space.
Terrace between two rooms to create a threshold moment.
Shared Plantation spaces for the well-being of the community, encouraging community interaction and thermal comfort.
Shared staircase between two houses to foster community.
Use of rammed earth for lowcost, eco-friendly and good thermal mass.
Setting up rattan weaving and rammed earth construction workshops to engage and upskill the community people.
Foldable doors in big rooms to create modifiable interiors and hence multifunctional space.
Perforated courtyard wall shared by two houses to dissolve boundaries.
Unique coloured flowering plants and brick perforation patterns for each house to create a sense of individuality and personalization.
SECTIONAL PERSPECTIVE
GROUND FLOOR PLAN
FIRST FLOOR PLAN
03
THE BANKSIA 2 0 2 0 2 nd y e a r , 1 st s e m e s t e r
The Banksia is a building concept that provides a uniquely Australian insight into an alternative future that presents the exciting prospects that an environmentally sustainable future holds. It is a building concept inspired by the regenerative power of Australia’s native banksia tree. The banksia tree grows in bushland often ravaged by bushfires where it is susceptible to total annihilation. Indeed, the precarious environment in which the Banksia tree resides is an appropriate metaphor for the vulnerable position Australia is in with regard to the impact of global warming. The recent tragic bushfire season of 201920 was testament to that. However, the banksia tree provides an inspiring symbol of sustainability and regeneration in the face of such danger. For as fire may destroy the banksia, the extreme heat of the fire causes the banksia’s seed pods to burst. From these seed pods, new banksia trees begin to grow from the ashes and destruction left behind from the bushfire. It therefore serves as a powerful symbol of sustainable regeneration. Accordingly, The Banksia is inspired from the regenerative capabilities of the banksia tree and contains both active and passive enegy generation systems which result in a completely self-sufficient building in terms of its energy usge. In relation to its passive energy generation systems, The Banksia contains of aconcrete facade which uses the stored heat energy from the builing and the environment. Water pipes run through the concrete facade of the building. When the concrete heats up from the urban heat, it helps in converting the water into steamand which is then used by a thermal electric generator to rotate a turbine and produce electricity. To further consolidate The building’s self-sufficiency, the urban farm help in getting rid of excess carbon dioxide as well as to in making the building cooler during summer. The Banksia therefore uses a native Australian symbol as the focal point for the possible contributions Australia can make to an environmentally sustainable, alternative future.
PARALINE DRAWING
RENDERS
04
WAY STATION 2 0 2 0 2 nd y e a r , 1 st s e m e s t e r
In this studio, we were asked to design and document a ‘Way Station’ near the edge of the Parramatta river. The design serves as a part of a linked journey around the harbour & river walking trails and is to be considered an integral part of its surroundings without restricting public access. We had to consider usage, noise, views and accessibility. The programme included a strict budget–a schedule of material costs had been provided.
SECTION
10400mm 5200mm
5200mm
100mm Diameter. Guadua angustifolia bamboo. Natural dried.
50mm Diameter. Guadua angustifolia bamboo. Natural dried. 7500mm
6000mm
400mm
600 X 500mm 50mm Diameter. Guadua angustifolia bamboo seats. Natural dried. Timber frame and deck
concrete footing
Thank you
shreyasjoshi70@gmail.com +61 424 223 574