PORTFOLIO 22

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architecture & design

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PORTFOLIO sr eej

i t s a r badh

selected works from undergraduate and professional career

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Sreejit Sarbadhikari e: sreejit3032@gmail.com ph: +91 91631 87637 ig: design_sreejit linkedIn | issuu

Professional Experience (Mar - Aug, 2021) Architect at SE-ARCH, Mumbai Bachelor of Architecture & Environments (2018-2020) The University of Sydney

First Place (2020), FSF Competition Make Architects Industry Partnership (2020), SUDA Sydney Uni Designers Association Student Mentor (2020) University of Sydney, Faculty of Architecture Design & Planning Committee Member (2019), SONA USYD Student Organized Network for Architecture (SONA)

Software Skills Photoshop, Illustrator, Indesign, LightRoom, Rhinoceros 3D, Grasshopper3D,Sketchup DesignBuilder, V-ray, Enscape Sketching, Model Making

I Kujenga Kwa Zijazo ImpactCompetitions

II Chia Kutir CFB & Villas SE-ARCH

III Towra Point Observatory USYD

4 Mount Pleasant Wines USYD

full screen

5 In Transit FSF Competition

6 Folded Plate Load Test USYD

7 Coffee Stall USYD Verge Festival ‘18

8 Project Gallery & Photography

recommended

Kujenga Kwa Zijazo ImpactCompetitions

Chia Kutir SE-ARCH

Towra Point Observatory USYD

Mount Pleasant Wines USYD

I

location: scale: type: occupancy: strategies: total area: organiser:

Arusha, Tz human, urban refugee,tiny house, rehabilitation 2/house essential, community building ~25 sq m Impact Competitions individual / collaboration

I

Kujenga Kwa Zijazo (Building for the Future) In an attempt to rehabilitate those dispossesed of their homes, the project aims to effectively utilize the available individual and collective skillsets to establish a viable and self-sustaining neo-community. As a 25 sqm module housing two occupants, each tiny house is equipped with the fundamental funcational spaces of a home but also customised to tend to the individual needs of its inhabitants for them to pursue their calling in well designed environments.

Additionally, each tiny house module is equipped with a utility space, sufficient storage space, a water filtration system that is fed from all wet areas in the house as well as the porous green roof collecting rain water as Arusha experiences heavy rainfall, the excess of which is then released into the vegetable patch.

Submission Tiny House, ImpactCompetitions

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living, kitchen & dining bedroom bathroom utility vegetable patch adjustable work bench

storage 7 water filtration system 8 outdoor classroom 9 communal library 10 green roof 11 photovoltaic panels 12

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tiny house for a carpenter and educator, both playing pivotal roles in the growth of community.

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From daily food requirements to harvesting timber for construction planned and existing multi-cropping patterns of three to four varieties of plants and trees has provided for a range of short and long term requirements over a period of time in Arusha.

Over time as the number of dwellings would increase so would the population and therefore human capital, strengthening the overall potential.

The synchronous growth of crop and community would instill necessary values of sustainable development, regenerative practices and communal living amongst the newer generations. Thus educating the newer settlers and integrating them early on into this regenerative system would contribute greatly to steady afforestation efforts in turn providing more resources, both natural and human as well as reinforce overall greenification.

elevation c

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Kujenga Kwa Zijazo ImpactCompetitions

Chia Kutir CFB & Villas SE-ARCH

Towra Point Observatory USYD

Mount Pleasant Wines USYD

II

location: status: type: client: area: office: principal architect:

Makai Bari Tea Gardens, West Bengal, In preliminary, in progress hospitality, bunglow Ambuja Neotia, Taj Hotels 100-1200 sq m Studio for Environment And Architecture, Mumbai Kapil Bhalla individual / collaboration

3bhk villa preliminary visual

II

Chia Kutir

Chia Kutir by Taj is a luxury resort surrounded by the terraced tea plantations of Darjeeling. My role was during the second phase which involved conceptualizing and producing iterations for a variety of villas and a Common Facilities Block (Clubhouse).

The pictured 3D models are from the preliminary stages and were developed on Rhino and Photoshop SE-ARCH Studio for Environment And Architecture

3bhk villa front elevation

entry

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ground floor, lightweight timber construction

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foyer powder toilet wc vanity shower walk-in wardrobe baggage store room bedroom living dining bar

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foyer store pantry staff room staff toilet powder toilet wc vanity shower walk-in wardrobe baggage dining corridor varandah bedroom open to sky deck

carpet area: 142 sq m

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lower floor, stone cladding on rcc structure

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carpet area: 120 sq m verandah area: 22 sq m deck area: 25 sq m 3bhk villa planimetry

first floor +3.9 m

ground floor +0.6 m +0.00 m

ground floor +0.6 m +0.00 m

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first floor +3.9 m

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suite villa elevations

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FIRST FIRST FLOOR FLOOR

FIRST FLOOR FLOOR WALLS, WALLS, STAIRCASE STAIRCASE IN IN WOOD WOOD FIRST

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1 staircase lobby 2 butler room 3 common foyer 4 vestibule 5 powder toilet 6 living & dining 7 bar unit LEGEND LEGEND 8 lobby balcony 1.Staircase 1.Staircase lobby 2.Butler room 2.Butler 9 roomFoyer bedroom 3.Common 3.Common Foyer 4.Vestibule 4.Vestibule 10 Toilet vanity 5.Powder 5.Powder Toilet 6.Living & Dining 6.Living 11unit& Dining shower 7.Bar 7.Bar unit 8.Balcony 8.Balcony 12 wc 9.Bedroom 9.Bedroom 10.Vanity 13 walk-in wardrobe with 10.Vanity 11.Walk-in-wardrobe with Luggage rack 11.Walk-in-wardrobe with Luggage rack 12.Shower luggage rack 12.Shower 13.WC

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1 staircase lobby 2 butler room 3 common foyer 4 vestibule 5 powder toilet 6 living & dining 7 bar unit LEGEND LEGEND 8 balcony 1.Staircase lobby 1.Staircase lobby 2.Butler room / Store room 2.Butler room9 / Store room bedroom 3.common Foyer 3.common Foyer 4.Vestibule 4.Vestibule 10 vanity 5.Powder Toilet 5.Powder Toilet 6.Living & Dining 11 shower 6.Living & Dining 7.Bar unit 7.Bar unit 8.Balcony 12 wc 8.Balcony 9.Bedroom 9.Bedroom 10.Vanity 13 standard room 1 10.Vanity 11.Walk-in-wardrobe with Luggage rack 11.Walk-in-wardrobe with Luggage rack 12.Shower standard room 2 12.Shower 14 13.WC 13.WC 14.Wardrobe with luggage rackwardrobe with luggage rack 15 14.Wardrobe with luggage rack 15.Standard room 1 GROUND FLOOR FLOOR 15.Standard room 1 GROUND 16.Standard room 16 22 walk-in wardrobe with 16.Standard room LEVEL +600 MM LEVEL +600 MM luggage rack FLOOR BUA- 229 SqM FLOOR BUA- 229 SqM

entry

ground floor level +600 mm suite villa planimetry built up area 229 sq m

suite villa preliminary visual

common facilities block preliminary visual

Kujenga Kwa Zijazo ImpactCompetitions

Chia Kutir SE-ARCH

Towra Point Observatory USYD

Mount Pleasant Wines USYD

III

location: scale: type: expected footfall: strategies: total area:

Towra Point Nature Reserve, Kurnell, Sydney, Au urban, institutional observatory, educational facility ~150/day (staff, students & visitors) nature-centric design, regenerative design ~4500 sq m

individual / collaboration

III

Towra Point Observatory

Located in Kurnell, Towra Point Observatory aims to bring the people of Botany Bay closer to their local eco-system by raising awareness and educating the public about mangroves, reef health and the numerous life forms dependent on them. The facility is built on environmentally protected land which emphasizes the need for a minimized building footprint and reduced overall impact on the site. The facility is a prototype meant to be temporary in nature, its materials gradually dissipating into the dense mangroves giving back to the site once its purpose has been fulfilled following a cyclic chain of exploration and preservation Year 3, Semester 2, Capstone

the landscape of Towra Point depicted as a product of the various intersecting zones

Clustered at one end, the reception and bathrooms serve the minimal requirements with the only luxury of open space being the Thatch roofed Bird Watching Deck above.

A network of walkways takes you through the dense

mangrove giving you

to explore an inaccessible and untouched scape the opportunity

The hatchery, nursery, laboratory and offices have direct access to the reef for supervision of the oyster modules that would gradually propagate reef growth and subsequently improve the health of the immediate environment

upcycling concrete pipes to propagate oyster reef growth improving the surrounding mangrove’s environmental conditions

walkways that take you through the mangrove delivering the complete experience with minimal evironmental impact

bird roosts that not only attract and provide shelter for far traveling birds but also provide key attraction nodes for avid bird watchers

exploded axonometric of the facility

Kujenga Kwa Zijazo ImpactCompetitions

Chia Kutir SE-ARCH

Towra Point Observatory USYD

Mount Pleasant Wines USYD

4

location: scale: type: expected footfall: strategies: total area:

Mount Pleasant, Polkolbin, Hunter Valley, Au industrial winery,technical, customer experience 30-50/day (staff & visitors) remote/inviting, sustainability, site-focused ~360 sq m

individual / collaboration

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Mount Pleasant Wines Located in Polkobin NSW, the project aims to act as the medium between bush and plain, and between labour and luxury by incorporating a layout and aesthetic which celebrates the process of winemaking and invites guests to observe this skillful art.

The Hunter Valley site’s utility is maximized through design by using an existing bush path as a service route, and through construction by utilizing locally sourced timber for the roof and soil for walls made of rammed earth. Visitor thoroughfare is channeled upwards along the slope whereas the wine follows a different trajectory ensuring a constant dynamic throughout the winery. This difference is emphasized through the partitioning of the facade into glass and rammed earth. Portals and openings in the winery are strategically placed and oriented to ensure sufficient natural lighting and ventilation while leaving the wine-making process untouched and unaltered.

Year 3, Semester 1, Group

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Marking vineyards, water bodies, tree lines, bush paths, roads and contours with similar outlines allowed a continuous reading of the landscape.

The coherence of these elements proved crucial to identifying the site for the winery. Every element was an equal contributing factor to the functioning of the winery, each adding to and delivering a unique experience for every stakeholder (hunter valley locals, employees and customers) - from making the wine t-(aging, storing, barrelling and bottling)=o tasting and purchasing it.

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glass curtain wall facade detail

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Timber fascia bolted to �mber stud

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Timber Folded Plate Roof, lightweight �mber structure

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50 mm weather proofed �mber cladding bolted to Plywood sheet lining

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35 mm Plywood base bolted to �mber stud members, Vapor Barrier bu�oned to plywood sheet lining

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1004mm Timber studs bolted tobolted Universal Beamstud members, Vapor Barrier bu�oned to plywood sheet lining 35 mm Plywood base to �mber

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1005mm Glass-wool insula�on 100 mm Timber studsba�s bolted to Universal Beam

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100 mm Glass-wool insula�on 1006mm Mineral wool insula�on ba�s ba�s

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100Joists mm Mineral insula�on ba�s 7 Timber 90 mm boltedwool to U-beam

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10 mm MDF lining

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Timber fascia bolted to �mber stud

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Timber Folded Plate Roof, lightweight �mber structure

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50 mm weather proofed �mber cladding bolted to Plywood sheet lining

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90 mm Timber Joists bolted to U-beam

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10 mm MDF lining

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30mm Timber cladding

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30mm Timber cladding

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Steel S�ffener welded to Column and Beam

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150 mm galvanised steel Universal Beam

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25013 mm galvanised Universal Column Column 250 mm steel galvanised steel Universal

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Anodized fixing to UC, clamped to exterior glazing 14 Anodized Spider fixingSpider bolted to bolted UC, clamped to exterior glazing

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8 mm toughened glass glazing exterior glazing 15 8 mmTinted Tinted toughened glass exterior

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Aluminium Mullion

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Anodized steel handrail

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Steel S�ffener welded to Column and Beam 150 mm galvanised steel Universal Beam

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Aluminium Mullion

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Anodized steel handrail

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150 mm polished reinforced concrete slab poured in situ

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80 mm mineral-wool insula�on

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150 mm polished reinforced concrete slab poured in situ

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80 mm mineral-wool insula�on

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75 mm 90 joists mm steel joist bolted to UC 21 �mber

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90 mm joistmm bolted steel to wallUC girt bolted to U-beam 22 steel150

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10mm steeltoflange welded to column 15023 mm steel wall painted girt bolted U-beam

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10mm painted steel baseplate bolted to floor slab 24 10mm painted steel flange welded to column

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10mm painted steel baseplate bolted to floor slab

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400mm polished reinforced concrete floor slab/ra� foo�ng

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100mm Rigid Mineral-wool Insula�on

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600mm Concrete Pier foo�ng

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75 mm �mber joists

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400mm polished reinforced concrete floor slab/ra� foo�ng

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100mm Rigid Mineral-wool Insula�on

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600mm Concrete Pier foo�ng

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Timber fascia bolted to �mber stud

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Timber Folded Plate Roof, lightweight �mber structure

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50 mm weather proofed �mber cladding bolted to Plywood sheet lining

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35 mm Plywood base bolted to �mber stud members, Vapor Barrier bu�oned to plywood sheet lining

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1004 mm Timber studs bolted Universal Beam 35 mm Plywood basetobolted to �mber stud members, Vapor Barrier bu�oned to plywood sheet lining

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1005 mm Glass-wool insula�on 100 mm Timber studsba�s bolted to Universal Beam

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100 mm Glass-wool insula�on 1006 mm Mineral wool insula�on ba�s ba�s

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90 mm Timber Joists bolted to U-beam

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Timber Folded Plate Roof, lightweight �mber structure

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100 mm Mineral wool insula�on ba�s

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90 mm Timber Joists bolted to U-beam

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10 mm MDF lining

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30mm Timber cladding

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10 mm MDF lining

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30mm Timber cladding

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Steel S�ffener welded to Column and Beam

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100 mm reinforced concrete bond beam

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15013mm galvanised steel Universal Beam Beam 150 mm galvanised steel Universal

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Steel S�ffener welded to Column and Beam 100 mm reinforced concrete bond beam

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250mm Steel reinforced earth external 14 250mm Steel reinforced rammed rammed earth external wall wall

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250 mm galvanised steel Universal 25015mm galvanised steel Universal ColumnColumn

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rammed earth wall facade detail

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Timber fascia bolted to �mber stud

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80 mm rigid mineral wool insula�on ba�s

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80 mm �mber stud

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150 mm polished reinforced concrete slab poured in situ

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80 mm mineral-wool insula�on

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80 mm �mber stud

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150 mm polished reinforced concrete slab poured in situ

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80 mm mineral-wool insula�on

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7521 mm �mber joists 90 mm steel joist bolted to UC

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9022 mm steel150 joist bolted to UC mm steel wall girt bolted to U-beam

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10mm steel to flange welded to column 15023mm steel wallpainted girt bolted U-beam

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10mm painted steel baseplate bolted to floor slab 24 painted 10mm steel flange welded to column

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10mm painted steel baseplate bolted to floor slab

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75 mm �mber joists

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400mm polished reinforced concrete floor slab/ra� foo�ng

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100mm Rigid Mineral-wool Insula�on

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600mm Concrete Pier foo�ng

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400mm polished reinforced concrete floor slab/ra� foo�ng

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100mm Rigid Mineral-wool Insula�on

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600mm Concrete Pier foo�ng

In Transit Winner - FSF Competition

Folded Plate Load Test USYD

Coffee Stall USYD Verge Festival ‘18

Project Gallery & Photography

5

location: scale: type: expected footfall: strategies: total area: organiser:

George Street, Sydney CBD, Sydney, Au urban, public competition entry, concept driven ~43,000/day (inc staff) reconnection through reinvention ~25,000 sq m or 2900 m Future Spaces Foundation; Make Architects, Sydney studio individual / collaboration

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InTransit Designing to reconnect people and to end loneliness in today’s socioeconomic scenario focused around the notion of “Social Spaces vs Social Media” in vital cities. The theme of ‘Networks’ was revealed on the day of and was determined randomly. The design was judged based on site, theme, concept, architectural response and vital cities with greater focus on concept.

The loss of physical social interaction coincides with the rise of the digital landscape.

Our networks are often purely online, the word, “network” itself, in the context of today implies the use of the internet to connect people through their devices. While these networks are wide-reaching, the loss of physical interaction can leave the users of such devices feeling isolated, a singular profile within the infinite digital landscape. We want to challenge this isolation by forging physical networks within our cities facilitated by the fusion of transport systems and architecture to encourage long lasting social networks between commuters and city-siders.

Sydney planning is plagued with the obsession of the car-centric modelloneliness, increasing carbon emissions and congestion on roads are inevitable issues that such private transport fosters. While constantly surrounded by other people in traffic, your physical isolation within your own vehicle prevents any sort of social connection with the people you share your commute with. The future of Sydney as a vital city relies on undoing the social favouritism of private transport to create a new discourse that favours an evolving public transport.

Networks need to be progressive, fluent, interactive, personal and socialall attributes that a flexible “architecture in transit” can make possible.

Selecting George street as our site, we intend to take advantage of existing light rail transport infrastructure networks in order to create the new transit experience- one that encourages a mixed use of space for both pedestrians and public transport to ultimately facilitate social interaction amongst users. The fusion of transport and architecture to provide unexpected communal spaces on the city commute will reduce the isolation that arises from purely pragmatic infrastructure.

Winner Future Spaces Foundation Make Architects, Feb 2020

Statement: “Networks are not a stagnant concept, the connections we make are dynamic.

Physical Social interaction has been lost within the introduction of the digital landscape, often-times our networks are purely online - we want to challenge this by forging physical networks facilitated by architecture.

We intend to take advantage of existing transport infrastructure networks in order to create a new architectural experience in place of what, for many, has become a mundane, isolating commute.

In the future, architecture and public transport do not need to be separated, they have the opportunity to be integrated into a new, cohesive and socially stimulating reality.”

1:50 SECTION

INTRANSIT Simone C armody,

Sreejit

Sarbadhi

kari, Gu ribada

t Bopara i

& Abdull ah

Cheema

CIRCULAR QUAY HUB Networks are not a stagnant concept, the connections we make are dynamic.

Physical Social interaction has been lost within the introduction of the digital landscape, oftentimes our networks are purely online- we want to challenge this by forging physical networks facilitated by architecture.

We intend to take advantage of existing transport infrastructure networks in order to create a new architectural experience in place of what, for many, has become a mundane, isolating commute.

GEORGE ST

In the future, architecture and public transport do not need to be separated, they have the opportunity to be integrated into a new, cohesive and socially stimulating reality.

A1 panel

In Transit Winner - FSF Competition

Folded Plate Load Test USYD

Coffee Stall USYD Verge Festival ‘18

Project Gallery & Photography

6

testing location: scale: type: weight: max load(failure): strategies:

USYD, Camperdown, Sydney, Au 1:100 scale model folded plate structure, basswood model 300 g (52 pieces) ~35,000 - 40,000 g self supporting , optimising load / load path efficiency individual / collaboration

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Folded Plate Load Test A Folded plate portal frame structure generated parametrically using Grasshopper.

The model consisted of 12 end pieces (attached to baseboard) and 40 main pieces. The structure experienced a bending moment similar to an arched portal frame failing closer to the loading points. The basswood model experienced structural failure at approximately 35 Kgs.

Year 2, Semester 2

In Transit Winner - FSF Competition

Folded Plate Load Test USYD

Coffee Stall USYD Verge Festival ‘18

Project Gallery & Photography

7

location: scale: type: expected footfall: total area: strategies:

USYD, Camperdown, Sydney, Au 1:1, human, coffee counter exchange shelter, pre-fab, in-situ assembly, festival, exhibition ~20/day 26 sq m circulation oriented, prominent & inviting

individual / collaboration

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Verge Fest Coffee Stall

The proposed stall was inspired from the fluidity of a ribbon in free fall. Similar to the movement of a freely flowing ribbon that experiences a different dynamic at every point, the stall was designed to accommodate all dynamics of the simple process of ordering a coffee. From queuing up to order, ordering, waiting for your order and enjoying your coffee, this compact stall provided a quaint morning coffee ordering experience.

USYD Verge Festival, Oct 2018

In Transit Winner - FSF Competition

Folded Plate Load Test USYD

Coffee Stall Verge Festival

Project Gallery & Photography

8

location: software: type: equipment: since:

various Adobe Lightroom, Photoshop, other architecture, wildlife, nature, abstract Apple iphone 12, Samsung Galaxy S8+ 2016, 2018