DESIGN PORTFOLIO

DESIGN PORTFOLIO - 2021 SUSTAINABLE ARCHITECTURE | BIM | INTERIOR DESIGN

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VIRAJ MISTRY.

INDEX.

SABLE ISLAND RESEARCH AND HABILATION CENTRE

LAXMIPURAM RESIDENCE LOW RISE APARTMENT

SBR HABITAT MIXED USE DEVELOPMENT

THE H HOUSE HIGH RESIDENCE DESIGN

SPICE FACTORY INDUSTRIAL DESIGN

CARBIDE MILL REDEVELOPMENT CULTURAL CENTRE

THE CUBE HOUSE HIGH RESIDENCE DESIGN

BRITISH BIOLOGICALS COMMERCIAL OFFICE BUILDING

ONGC HOUSING RESIDENTIAL COMPLEX

SABLE ISLAND

CONSOLIDATED RESEARCH STATION AND RESIDENCE, SABLE ISLAND, NOVA SCOTIA Designing a modular, sustainable solution for the research facility and accommodation for the researchers on the remote island in Nova Scotia. Development of from a road network to the built environment without disturbing the ecology of island, was the main goal for this project. Making a passive design solution as to fight the climate change and run the facility with most efficient design and management system to omit the emissions that can be harmful to the colony of seals that breed at the Sable island.

EXISTING STRUCTURES NEW DEVELOPMENT

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THE ROADS ARE DEVELOPED OVER THE COURSE OF TIME, AS PER REQUIREMENT AND RESPECTING THE EXISTING TOPOGRAPHY.

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THE CLOSEST SWEET WATER BODY FROM SITE IS 330 MT.

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1 HELIPAD IS ALSO BUILT NEAR SITE.

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THE NEW FACILITY WILL BE BUILT WITH PROXIMITY OF OLD STRUCTURE AND ROAD NETWORK, THE SAME ROADS WILL BE REDEVELOPED AND BE USED AFTER NEW STATION.

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RESPONDING TO THE CONTEXTUAL DEVELOPMENT.

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ORGANIC DEVELOPMENT.

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INDIVIDUAL HEATING, COOLING.

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BETTER VENTILATION / LIGHTING.

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IMPROVES SECTORISATION, RESULTING TO MAKE EFFICIENT AIRTIGHT SPACES.

METHODOLOGY – TEMPORARY ROAD CONSTRUCTION PARADOX ACCESS SOLUTIONS – ROAD DEVELOPMENT COMPANY BASED IN EDMONTON, OFFERS SUSTAINABLE TEMPORARY ROAD SOLUTIONS. ALSO REDUCES CARBON FOOTPRINT.

METHODOLOGY – TEMPORARY ROAD CONSTRUCTION

https://www.youtube.com/watch?v=Ehf19EUZCAE

SUN STUDY SUMMER SOLISTICE

WINTER SOLISTICE

RESIDENCE BLOCK – GROUND FLOOR

9m 2.5m

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MODULAR BUILDING METHOD RESPONDING TO THE REMOTENESS OF ISLAND.

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FAST CONSTRUCTION, REQUIRES LESS LABOUR.

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MODULES DEVELOPED IN SIZES OF 9M X 2.5M FOR EASY TRANSPORTATION.

RESIDENCE BLOCK – GROUND FLOOR

• MODULE SIZE – 9m X 2.55m

STEP 1

STEP 2

STEP 3

ASSEMBLE MODULE ON FOUNDATION.

LINEAR ORGANISATION FOR BETTER STRUCTURAL SUPPORT.

MULTIPLY MODULES TO MAKE ASSEMBLIES.

STEP 4

STEP 5

STEP 6

VERTICAL ADDITION TO REDUCE GROUND COVER FOOTPRINT.

VERTICAL GROWTH NEEDS ADVANCED PLUMBING SOLUTIONS.

FINAL MODULAR BUILDING ASSEMBLY, WITH INSTALLED PLUMBING, HVAC, STAIRCASE BLOCKS.

• LINE UP MODULES TO MAKE ASSEMBLIES.

• STACK THEM UP TO MAKE LARGER ASSEMBLIES

RESIDENCE BLOCK – GROUND FLOOR

7

7

1

1

1

1

1

2

1

2

3

4

5

6 N

1-SINGLE ROOM 2-TWIN ROOM 3-ENTRANCE LOBBY 4-KITCHEN AREA

5-DINNING AREA 6-ENTERTAINTMENT AREA 7-TOILET/BATHROOM

RESIDENCE BLOCK – GROUND FLOOR

RESIDENCE BLOCK – GROUND FLOOR

RESIDENCE BLOCK – GROUND FLOOR

1-PCA OFFICE 2-LOBBY 3-TOIET 4-STORE ROOM 5-KITCHEN AREA

6-EATING ZONE 7-VIEWING DECK

N

RESIDENCE BLOCK – GROUND FLOOR

1-WET LAB AREA 2-WET LAB SHOWER AREA 3-WET LAB TOILET 4-ENTRANCE LOBBY 5-RECEPTION AREA 6-PCA OFFICE N

RESIDENCE BLOCK – GROUND FLOOR

• SOUTH ELEVATION

• NORTH ELEVATION

RESIDENCE BLOCK – GROUND FLOOR

• THE MAIN PURPOE OF THE ROOF IS TO HARNESS SUNLIGHT USING SKYLIGHT AND ALSO USE THE ATTIC SPACE FOR OVERHEAD TANK WHICH HELPS TO DISTRIBUTE WATER IN KITCHEN, BATHROOM AND OTHER REQUIRED AREA.

WALL TO FLOOR JOINERY – BLOWN UP DETAIL

WALL TO WALL JOINERY – BLOWN UP DETAIL

3D VISUALISATIONS

1

2

3

4

1- OUTDOOR DECK & RESTAURANT 2- RESIDENCE BLOCK 3- SUITE ROOMS AND RESIDENCCE BLOCK 4- FLEET GARAGE

FENESTRATION RATIO COMPARISION - RHINO

Glazing Ratio – 0.4

Glazing Ratio – 0.5

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THERMAL COMFORT FOR DIFFERENT GLAZING RATIO IS CALCULATED USING THE ABOVE-MENTIONED PARAMETERS.

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ASHRAE STANDARDS RECOMMENDS ABOUT 80% PMV THERMAL COMFORT PERCENT.

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Glazing Ratio – 0.6

Glazing Ratio – 0.7

BASED ON THIS AND THE DAY LIGHTING ANALYSIS THE BEST GLAZING RATIO IS 0.5

SEFAIRA – DAYLIGHT ANALYSIS

ANALYSIS

RESIDENTIAL UNIT.

ANALYSIS

OFFICE + WET LAB

RAIN-WATER HARVESTING 1. FILTER System’s downspout is offered capacity depending on the usage.

2. INLET/OVERFLOW PIPE The inlet pipe is 4-6 inch in diameter.

3. TANK BRAE modular system, allowing interconnection of several tanks.

4. PUMP The ½ horsepower automatic submersible ECOS pump features run-dry protection.

5. ENCLOSURE The system offers 2 enclosure types: rock or an insulated green cover.

RAIN-WATER HARVESTING

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DAILY USE PER CAPITA 378 L ROOF AREA = 550 m2 ANNUAL RAINFALL – 104 mm

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ANNUAL HARVEST – 550000 L

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ANNUAL USAGE = 1379700 LL HARVESTED = 550000 L

PLUMBING DETAILS.

PLUMBING PIPE WASTE PIPE

OVER HEAD PUMPLINE RAIN-WATER PIPE

RENEWABLE ENERGY

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YEARLY CONSUMPTION: 11.1MWH PER CAPITA TOTAL CONSUMPTION: 11.1*10=111MWH

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RENEWABLE ENERGY PRODUCTION : 40MWH PERCENTAGE OFFSETED: 36% OF TOTAL CONSUMPTION

THE H HOUSE, SURAT, INDIA

The house being sited in between a busy neighborhood, the owners of this home felt the common dilemma of a requirement of private living spaces surrounded by gardens. In order to create a luxurious and spacious home where the owner feels constantly connected to the outdoors, the design inverts the concept of a bungalow set in a garden by infusing gardens into the bungalow and encapsulating the natural green space within the house.

THE CUBE HOUSE, SURAT, INDIA

The massing composition of stone and exposed concrete perceiving attention through its geometry, showcasing a very powerful statement through its material palette. The architecture is an expression of materials in its raw form. Only 3 major materials were used for entire architecture and interior development, i.e. stone, wood, RCC.

6.

5.

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2.

4.

3.

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2.

3.

GROUND FLOOR 1- PARKING 2- UTILITY ROOM 3- STAIR ENTRY

FIRST FLOOR 1- ENTRY 2- LIVING DINING 3- TV ROOM 4- GARDEN 5- KITCHEN 6- MASTER BEDROOM

5.

4.

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1.

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SECOND FLOOR 1- MASTER BEDROOM 2- STUDY AREA 3- EXTENDED GARDEN 4- OFFICE 5- LIBRARY

THIRD FLOOR

1- MASTER BEDROOM 2- EXTENDED BALCONY

LAXMIPURAM RESIDENCE, BANGALORE, INDIA

A residential complex development in the traditional royal city of Mysore, being located in the old town surrounded by many heritage properties Laxmipuram Residence’s elevation was developed while keeping its context in mind. The design was greatly appreciated by the city council as it maintains and also enhances the beauty of its heritage, and expresses its timely presence of the city.

4 BHK UNIT PLINTH AREA- 2530 SFT

SPICE FACTORY,

BANGALORE, INDIA Extension for an existing spice factory / management office, in the suburbs of Bangalore, India.

The major addition to this project was an entire new production facility for the spices and an extension on the existing building to increase its management office space.

FACTORY DRAWINGS

BRITISH BIOLOGICALS OFFICE, BANGALORE, INDIA

Developing an office space for British Biologicals medical company in Bangalore. The main driving force for designing was to meet the modern expectations of current world. Hence it was focused on high aesthetic values, Functional aspects and keeping passive design strategies to avoid excess heating in the building. Various design schemes for elevation were developed as it was located in a very dense commercial area with major industrial offices.

CARBIDE MILL,

VICTORIAL ISLAND REHABILIATION PROJECT, OTTAWA, ONTARIO The National Capital Commission (NCC) and Algonquin College’s collaboration to establish workflows for the NCC Digital Capital Model.

The intent of this partnership is to test cases for Digital Model that can be used in future for real projects with consultants, designers, and all the stakeholder’s involved in the process.

INTRODUCTION • The National Capital Commission (NCC) and Algonquin College are partnering to establish workflows for the NCC Digital Capital Model.

• The intent of this partnership is to test use cases for the Digital Model that can be used in the future for live projects with consultant, construction and ownership stakeholders.

PROJECT BACKGROUND •

Location

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History and Heritage Values

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Who are Indigenous People

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Regional and Cultural Diversity

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Architectural History

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Case studies/ Similar Buildings

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Glass in Architecture

LOCATION •

The Wilson Carbide Mill stands on Victoria Island in the Ottawa River. It is a historical relict of former calcium carbide mill .

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Near the mill there is an interesting wooden totem, representing native Indian themes. Victoria Island Waterfront offers breathtaking views of Ottawa Downtown banks and The House of Parliament.

PROGRAM & FUNCTIONALITY • •

We are aiming to show the history, diversity, creativity, resourcefulness and endurance of Canada’s First Nations, Métis and Inuit peoples.

Our main goal in design of this cultural center is that to leave visitors with a better understanding of the diversity of First Peoples, of their past and continuing contributions to Canada and the world, and of their ancient bond and relationship to the land.

• Permanent Exhibitions Visitors will encounter ceremonial and everyday objects of the past, in addition to some of the oldest artifacts. Also discover ancient and contemporary interpretations of myths and other traditional ways of knowledge, as well as videos, art and vivid dioramas.

• Temporary Exhibitions They will learn about the achievements of contemporary Aboriginal people in every aspect of Canadian society - as artists, athletes, writers, soldiers, teachers, political leaders and more.

• Market An outdoor market gives local artists an opportunity to present their art works ,related to history of Canada, to the public.

• Library Visitors have a chance to have access to books and journals about indigenous culture and art.

• Food Kiosks A place with a breathtaking view helps visitors to relax and enjoy their time.

• Souvenir Shops Visitors can find the best and unique selections of Canadian Gifts.

TRADITIONAL BUILDING FORMS; A SOURCE OF INSPIRATION. •

Canada is witnessing a groundswell of interest in architecture that is more sensitive to Indigenous peoples, with both existing spaces and entirely new buildings.

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This is not a straight-forward process, however, so these cultural depictions can range from reconstructions of traditional spaces, to contemporary designs that blend modern materials and traditional elements.

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The main design ideology was derived whilst taking into consideration, about indigenous people’s culture, living style and the local architecture techniques. A very modern parametric skin of the building was designed inspired by the form of traditional “Tipi” and “Longhouse”.

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Traditional Tipi

Traditional Longhouse

FLOOR PLANS – EXISTING STRUCTURE, GROUND LEVEL

FLOOR PLANS – LVL 1

5 6

6

9

6

4 1

3 2

7 8

FLOOR PLANS – LVL 2

FLOOR PLANS – LVL 3

FLOOR PLANS – SECTION

FLOOR PLANS – WEST ELEVATION

FLOOR PLANS – SECTION

EXTERIOR VIEWS OF THE CULTURAL CENTRE

INTERIOR VIEW OF THE EXHIBITION AREA

SBR HABITAT,

BANGALORE, INDIA A mixed used project including a full community housing, malls, theatre, office spaces, and entertainment zones. The main aim for this developer was to pioneer a project in new developing area in the outskirts of Bangalore. It included all the amenities for a medium income sector, with options for lease, rent or sales. The major aim was to generate a revenue cycle for further development in the area, hence commercial activities were a major design outcome.

ONGC COMMUNITY HOUSING, SURAT, INDIA

Developing a residential scheme for the employees of oil and Natural Gas company in Surat. Surat has one of the biggest facilities for oil and gas refining and supplying, hence with a huge number of employees scattered across various different company housing, the company decided to develop a major facility to accommodate most of the permanent employees form junior to senior positions at a high end residential complex.

THANK YOU.