Portfolio- Alaviyah Rajani

ALAVIYAH RAJANI

UNDERGRADUATE ARCHITECTURAL PORTFOLIO

YEAR 2023 - 2024

ALAVIYAH RAJANI

Email: alaviyah.rajani@torontomu.ca I LinkedIn Account: www.linkedin.com/in/alaviyah-rajani/ I Phone no. +1 (519) 572 - 4964

EDUCATION

2021 - Present

EXTRACURRICULARS

September 2023 - Present

March 2022 - March 2023

Bachelor of Architectural Science (BArchSc)

Toronto Metropolitan University (Third year)

325 Magazines Graphics Team

Contributes to visually engaging layouts that effectively communicate complex architectural ideas, applying a keen eye for design and attention to detail to enhance the overall aesthetic appeal of the magazine.

DAS - EDIJ Exhibition Committee

Organized the successful ‘People, Power, & the Park’ Exhibition featuring Indigenous art on campus, showcasing BIPOC artists and their design installations. Aimed to integrate anti-racism through successful planning and curation of an exhibition for students.

SOFTWARE SKILLS

Revit 2023

Rhino 7

Enscape

Twinmotion

Adobe Suite

Microsoft Office

Google Workspace

TECHNICAL SKILLS

September 2022

Timberfever Design-Build Competition Volunteer

Engaged in interdisciplinary collaboration with students to conceptualize and construct life-size structures. Played a key role in setup, take down, registration, and power tool management during the construction phase.

September 2021 - 2022

SciXchange Outreach Volunteer

Conducted and supervised various STEM outreach programs in communities, hosting and managing ‘Let’s Talk Science programs.’ Engaged the youth in the community through the presentation of scientific experiments, promoting increased education about science-related fields.

DESIGN BUILDS

(December 2022 - Present)

Designing Hoarding Panels for City of Toronto

Collaboratively designing cost-effective, visually appealing hoarding panels along Queen Street for the City of Toronto.

Model making

Laser cutting

Woodworking

(September 2023)

Timberfever Design-Build Competition

Collaboratively contributed to the design and construction of an award-winning Timberfever project, earning an Honorable Mention.

AWARDS

Entrance Scholarship (2021-2022)

(Recognized and reward outstanding academic achievement in high school)

WORK EXPERIENCE

(July 2023 - August 2023)

JCC - Administrative Support Assistant

Contributed to JCC’s administrative efficiency through data management and meticulous attention to detail, ensuring streamlined operations.

(November 2022)

International Student Ambassador

Represented the University to prospective international students and their families by arranging campus tours and panel talks to share experiences on campus.

Dean’s List (2022 -2023)

(Recognized for high academic performance in second year)

Timberfever Competition

(Received honorable mention for innovative design)

SITE DOUBLE HEIGHT SP ACE TO MAXIMIZE SP ACE AND OPENNE SS

CONNE CT

MAIN LOBBY CONNECTING THE 3.6 DROP LOBBY'S HEIGHT INCREASED FOR LIGHT AND FOCUS ON THE SPACE

SLANT ROOF FOR PROGRAM AND TO ALL OW LIGHT FOR THE NEARB Y BUILDING LIGHT

STEPHENSON AVE

THE TRANSIT HUB

Location : 245 Main St, Toronto, ON

Project type : Community Center

Course name: ASC 520 - Integration Studio I

Programs used : Revit, Rhino, illustrator, Twinmotion

DANFORTH AVE

GUEST AVE

SITE PLAN

DANFORTH GO STATION

The project site is located near Main St and Danforth Ave in the East-Danforth Neighborhood region. One of the site’s key features is its closeness to the Go station. The project is meant to replace an existing community center to accommodate the future residents of the neighborhood. Since most users of the site are expected to come from nearby developments, I believe with my design I can connect them to the outdoors through my building.

GROUND FLOOR PLAN

SECOND FLOOR PLAN

CURRENT GO STATION LOCATION

EXISTING CONDITIONS

CURRENT MAIN ST COMMUNIT Y CENTER

CANADIAN TIRE PARKING LOT

PARKINGLOT

EAST TORONTO ATHLETIC FIELD

NEW DEVELOPMENTS

370 UNITS

176 UNITS

96 UNITS

205 UNITS

142 UNITS

220 UNITS

370 UNITS

905 UNITS

215 UNITS

60 UNITS

DESIGNING ROAD FOR ACCESS MOVING THE GO STATION DOWN

UNDERGROUND PEDESTRIAN PATH

The project emphasizes creating relief by guiding visitors through a sequence of spaces, transitioning from smaller to larger areas with varying degrees of openness. The section visually illustrates how the design acts as a pathway connecting both ends of the building seamlessly.

Entrance into smaller programs opens up to create a shaded open space.

Skylight in circulation corridors to bring natural light and allow ventilation in this narrow space.

The double height spaces in the building have a curved form that blocks harsh light. Shading louvers also help regulate light in space.

SITE ISONOMETRIC DRAWING

SOUTH ELEVATION

02

LANEWAY HOUSE

Location: 62 Stanley Terrace, Toronto, ON M6J 2R4

Project type : Laneway HWWWouse

Course name: ASC - 401 Design Studio III

Programs used : Revit, Rhino, illustrator, Photoshop, Twinmotion

SETBACK AT BACK OF LANE WAY TO AL LOW LIGHT IN MAIN HOUSE. FRONT SETBACK FOR LANDSCAPING.

STAFFORD ST.

CRAVING OUT OPENINGS AND BALCONY TO AL LOW LIGHT IN T O S PACES.

STANLEY TERRACE

ADDING SKYLIGHTS AND LIGH T-WELLS T O AL LOW AMPLE DAYLIGHT IN TO DARK SPACES.

SITE PLAN

This project is about designing a small house near Stanley Park North in Toronto’s west. The goal is to help build a stronger community and offer more living options in this busy area. As more people move to Toronto, creating good homes in lively places is very important.

EAST ELEVATION WITH ADDITIONAL AGGREGATES

EXTERIOR RENDER 2

45 Degree Angular plan starts at 5.0M to allow sunlight in the backyard

MAIN HOUSE

LANEWAY HOUSE

1.5M Setback from the site for landscaping and entrance

Laneway house is 7.5M away from the main house

SECTIONAL ISONOMETRIC DRAWING

INDOOR AND OUTDOOR

Craving out from form to create indoor and outdoor spaces that connect and turn into gathering spaces

NORDIC LIGHTS CABIN 03

LIGHT AND VIEWS

Sloping roofs to allow natural light into lounge space and views from loft space looking towards the northern lights. Slopes to mimic mountains.

Location : M6WJ+PR5, 660, Iceland

Competition name: Iceland Ski Snow Cabin

Collaborated with : Naisha Khan

Softwares used: Rhino, Illustrator, Twinmotion

PROGRAM

Building form placed to support program requirements. The lounge being the central and the focal point.

GARAGE LOUNGE

REFRESHSTORAGE

SITE PLAN

Our design for the“Iceland Ski Snow Cabin” competition focuses on practicality and sustainability. Crafted from local wood, the cabin seamlessly blends with Iceland’s winter landscape, offering skiers efficient gear storage and a warm communal space. Emphasizing eco-friendly materials and energy efficiency, our design aims to create a functional yet cozy retreat. With a minimalist approach, the cabin not only caters to the needs of winter enthusiasts but also ensures a low environmental impact.

Rendered

GROUND FLOOR PLAN

SECOND FLOOR PLAN

Drafted by : Naisha Khan

INTERIOR RENDER SHOWING LOUNGE AREA

Floor:

1/2” Plank Plywood flooring

1/2” Sublayer Plywood

Styroform t=20mm

Joist Cedar 65x45

Ground Beam

Rubber Packing

Foundation:

Slab on earth t=200mm

Polystyrene form

Vaporproof sheet

Binding Concrete

Crushed Stone

Detail 1 : Floor to Ground Detail

SOUTH ELEVATION

Roof:

Roof Tiling

Tile Batten

Counter Batten

Waterproofing Membrane

Air ciculation Cavity

Gutter

Mineral wool (Fire Resistance)

Timber Blocking x2

Wall:

Structural Wood Frame

Cavity Insulation

1/2”Gypsum Board x2

Interior finish

Drafted by :

Naisha Khan

Detail 2 : Butterfly Roof to Wall

WIND PAVILION

Location : Dufferin Groove Park, Toronto, ON Project type : Pavilion

Course name: ASC - 301 Design Studio III

Softwares used: Rhino, Illustrator, Photoshop, Twinmotion

WIND VIEWS

This project focuses on creating a pavilion in the middle of a park, to support the farmer’s market program of the park at Durffirn street. My idea is to bring the airiness of the site and the views into the pavilion. Inspired by the a pin-wheel fan that kids use to play. Its unique shape and structure allows draws people in and keeps them engage with the pavilion.

SITE PLAN

SOUTH ELEVATION

NATURAL WALKING PATH TH AT THE SITE CURRENT LY USES. GE OMET RY IS FORMED BY OBSER VING THIS MO VEMENT

FORM DECIDED BY THE SITE AND PROGRAM SPACES DEFINE SOLIDS AND VOIDS. THE CONSERVATORY ACTS LIKE A VOID GLASS S

THE TRI - LIBRARY

Project: Community Library

Course name : ASC - 401 Design Studio III

Software used: Rhino, Revit Grasshopper, Illustrator, Enscape

The proposed design is intended to be a dynamic and innovative space that promotes knowledge exchange and cultural significance. Its triangular form responds to the urban context, creating a visually striking landmark. The design incorporates sustainable elements and ample natural lighting to ensure energy efficiency. One of its key features is a conservatory area that provides a tranquil environment for visitors, showcasing a diverse collection of plant species.

GROUND FLOOR PLAN

SECOND FLOOR PLAN

EAST ELEVATION

CONSERVATORY RENDER

SECTION B-B’

THE MISSING MIDDLE 06

Location : 790 Adelaide St W, Toronto, ON

Project type : Mid-rise Residential

Course name: ASC 401 Design Studio III

Softwares used: Rhino, Revit, Illustrator, Enscape EXTRUDE

CRAVING OUT FOR VIEWS AND SETBACKS

FRAMING VIEWS AND ADDING A VISUALCONNECTION TO THE PARK

FINAL FORM WITH MATERIAL

For this studio project we were asked to imagine a scenario where some of the existing very low-density single-family housing surrounding the park is made available through purchase and demolition of the existing houses or industrial buildings by the client. I proposed to create a mid rise residential complex which focuses on community and its people. Surrounded by the luscious green Stanley park in Toronto, the building incorporate a green terrace to continue greenery inside.

1. Accessibility units

2. 3 Bedroom unit

3. 1 bedroom unit

4. Open to below

5. Terrace garden

6. Skylights into daycare

7. Pedestrian path

8. Fire exit 9. Lobby 10. Daycare

TOWNHOUSE UNITS

FIFTH FLOOR

FOURTH FLOOR

Considering the site is surrounded by townhouses. i designed 4 townhouses units that allow connection to the park on grade

TOWNHOUSE UNITS OWNHOUSE

TOWNHOUSE UNITS

2 Bedroom (102m2)

Considering the site is surrounded by several townhouses, by creating a townhouse condo unit would allow families in the area to enjoy the nearby park views as well as building amenities.

THIRD FLOOR

SECOND FLOOR

GROUND FLOOR

THE MISSING MIDDLE EXPLODED

AXO

2 bedroom- 102m2 den Room #1 Room #2 Kitchen Dinning Living Washroom up open to below up down Washroom Townhouse unit #1

1 Kitchen Dinning Living

2 Washroom up

ROOF den Room #1 Room #2

2 bedroom- 102m2 den Room #1 Room #2 Kitchen Dinning Living Washroom up open to below up down Washroom

open to below up down Washroom

Townhouse unit

ACCESSIBILITY UNITS

1 Bedroom (42m2)

The one bedroom unit in the building is designed to be accessible and creates a easy access to amenities and interior living space.

Accesibilty Unit.

1 bedroom- 48m2

The one bedroom unit in the building are desgned to be accesible and creates a livable space by taking advantage of the sun.

Accesibilty Unit.

1 bedroom- 48m2

STREET ELEVATION SHOWING BUILDING ON WALNUT ST.

The one bedroom unit in the building are desgned to be accesible and creates a livable space by taking advantage of the sun.

ENCLOSED COURTYARD

BACK PERSPECTIVE DRAWING

FRONT PERSPECTIVE DRAWING

LOFT TOWNHOUSE

00

DATA DRIVEN PROJECT

Project type : Data driven design Project

Course name: ASC - 522 Project Economics

Revit, Autodesk Insight, Autodesk Green Building Studio Programs used :

: Susan Ngo Collabrated with

First Massing Proposal

Second Massing Proposal

The proposed o ce space is a 5,000 sq. m bu lding on a rectangular site. The windows and curtain wal bring a lot of light inside as well as solar heat gains, which we see a ecting the fuel and electric cost of the bui ding. This is especia ly di cult for the weather in Toronto. The curtain wall faces the south side of the bui ding, a lowing ample light and views outside After running the rst Energy analysis, I real zed that the approach to adding a varied pattern of windows and glazing would increase running cost of the building. After running the model on Insight, I real zed there are ways of improving this model. One simple way would be to increase the thickness of the insulation or reduce the amount of window openings in the bui ding.

Other ways would be to add awning and shading to reduce heat gains or add a Photo voltaic system on the at roof of the building. This would take advantage of the site's openness and reduce the cost of maintaining the building model. I focused on nding these solutions and reducing the high cost of construction in my next iteration.

Utilizing Autodesk Insight within the Revit environment enabled me to perform in-depth energy and environmental performance analysis from the earliest stages of design. This process was instrumental in allowing me to identify the most e ective strategies for sustainability, from optimizing building orientation to selecting the best materials for thermal e ciency.

Optimized Final Massing

Designed and document with Susan Ngo

Roof Overhang to provide shadings for curtain walls and windows

Photovoltaics Panels on roof to produce energy for the building and lessen the heat impacts on the building

Green Roof to lessen the heat impacts on the building

Wood Louvers to provide shadings and allow light and shadow patterns

Wall Orientation at an angle to provide shadings while allow light to immit in