Hajara Nida Hameed Portfolio

H aj a ra Ni d a H a me e d Architecture Portfolio Selected Works 2018-2020

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CONTENTS

04/05 Curriculum Vitae 06/13 NIA Centre of Arts 14/21

Canadian Canoe Museum

22/27 Parasite Night Market 28/31

Martin Rd Estate Winery

32/35 Olympic Sports Centre 36/37 Alba: Hospitality & Light 38/39 TimberFever Design Build

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CURRICULUM VITAE Haja ra (Nid a ) H a m e ed hajara.hameed@ryerson.ca (647) 966 - 7983 www.linkedin.com/in/hajara-hameed

EDUCATION

EXTRACURRICULARS

Ryerson University,Toronto ON (September 2018-Present)

American Institute of Architecture Students |Vice President (3rd Year) |

Bachelor of Architectural Science (BArch Sci)

Public Relations Representative (2nd Year), (September 2019-Present) -Organize and coordinate events and the AIAS team

EXPERIENCE

- Collaborated with other student groups

Center of Urban Energy | Project Management Assistant (May

- Working with AIAS to produce and keep the DAS community informed about

2020-Present)

events and AIAS

- Work with project leaders to manage and meet project deadlines

Architecture Course Union | Finance Representative (2nd Year) |

-Organize and work on finance reports and invoices

Academic Representative (1st Year), (September 2018-April 2020)

-Manage website inputs and outputs of website

- Manage finances for events; budgeting, counting and tracking money

Peel District School Board | Camp Counselor (June 2018-July 2019) - Working with faculty and students with academic issue

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-Worked with underprivileged children, helping them enhance their

Department of Architectural Science Year End Show | 2nd Year Project

academic skills in Math, English, and Science

Coordinator (January 2020- May 2020)

-Organized day to day and weekly seminars, presentation, and tasks for

- Coordinated students and faculty for submissions

staff and students

-Tracked submission and organizing schedules for event

-Collaborated teachers, principals, and student interns to teach students

Soft Skills Committee | Event Coordinator (October 2019)

Ryerson University | Admissions Tour Guide (2019)

- Organized and mandated event procedures

- Presented large groups of students and parents as a representative of

Curriculum Committee | Active Participant (September 2018- April 2019)

Ryerson University

- Worked with faculty and other committee members to discuss changes made

-Listened and responded to any questions, concerns, or comments

in the curriculum

ACHIEVEMENTS

RESEARCH PROJECTS

Ted Libfeld BILD Award (2020)

Banff Pavilion Research Group | Model Fabrication | Construction

- Academic excellence for the 2019/20 term performed in ASC 403:

Process | Exhibition Project Management (January 2020-Present)

Construction Project course

-Work with professors, undergraduate students, graduate students and persons

Craig Race Passive Sustainable Design Award (2019)

of interest to recreate the Frank Lloyd Wright Banff Pavilion

- Demonstrated creativity in the use of passive design strategies in a studio

Consolidated Church Street Research Group | Project Coordinator

project to improve its sustainability

(May 2020-Present)

TimberFever Design Build Competition (2019)

-Work with undergraduate students and a professor to create a condensed, in

- 2nd place competition winner

depth analysis of Church Street

Department of Architectural Science Year End Show (2019/20) - Featured work for consecutive years Deans list (2019/20) - Academic excellence for the 2019/20 year

TECHNICAL SKILLS Modeling: -AutoCAD -Revit -Rhino

LANGUAGES Drafting/Layout: -AutoCAD -Illustrator -InDesign -CQ

Rendering: - 3Ds Max -V-Ray -Enscape -Photoshop

Other: -Word -Excel -PowerPoint -Laser cutting

Fluent: -English -Urdu -Hindi

Learning: -Arabic -Korean

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NIA CENTRE OF ARTS CONTEXT: Academic LOCATION: Oakwood Ave and Vaughan Rd SOFTWARE: Revit ,AutoCAD, Enscape, Photoshop

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The intention of this proposal was to create an arts centre for NIA that spoke to their diversity, inclusivity, and creativity. Offsets in the facade are strategically places to allow the building to be an extension of the arts, using architecture to showcase how light and material can allow the enviroment to change throughout the day. The facade showcases the offsets that create and represent the vibrant culture that is created

by NIA and the communities African – Jamican Background.

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Original

3RD FLOOR

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Private Spaces

1. Patio

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atrium

2. Private event space 3. Offices

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2ND FLOOR

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Teaching & Creative Spaces

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Final

guest artist studio

1. Youth co-working space 2. Rehersal Rooms 3. Creative labs

1 recording studios

GROUND FLOOR connection to street cut aways

connection to site cut aways

General Public Space

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1. Gift shop 2. Cafe 3. Open event

2 lobby

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3 2 3 parti

BASEMENT 1

Storage + Handling

Form Evolution | concept idea

1. Theatre storage 2. Equipment storage 3. Mechnical & Electrical

outdoor event space

Exploded Axonometric | key spaces

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Section | longitudinal

Elevation | east faรงade

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Section | transverse

Elevation | west faรงade

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Section detial of wall assembly1:20

Curtain Wall Led Lights Dichoric Glass

Second Floor Gallery | render

Ceramic T

Sun Study | faรงade offset

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6 pm

12 pm

10 am

1:20 Exploded Axonometric of Facade Com

Site Axonometric | exterior faรงade

Exterior Glazing Mullions Dichoric Glass

Cold formed angle C-clip Dichoric Glass

Led light 20 mm Cerimic Tiles 6 mm Air barrier 50 mm Insulation 2 mmVapour barrier 100 mm Metal studs C-clip 20 mm Floor Tiles 100 mm Concrete Topping 50 mm Corregated Steel Drop ceiling wire connection

Led light Mullions 20 mm Cerimic Tiles 6 mm Air barrier 50 mm Insulation 2 mmVapour barrier 100 mm Metal studs Plan detial of floor assembly1:20

Tiles

mponents

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Sectional Perspective | interior spaces

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CANADIAN CANOE MUSEUM CONTEXT: Academic LOCATION: Church and Lombard Street SOFTWARE: AutoCAD, Revit, Enscape, Photoshop, Rhino

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The given site is positioned along the intersection of Church Street and Lombard Street. The site is programmed to allow for the construction of a commercial building as a museum. The feature of this museum was to highlight canoes and kayaks. The intent of the museum was to enhance the visitor’s knowledge in the craft of canoes. This is shown through various aspects of the museum, including the façade and the interior spaces.

Frame curvature of building, takes the form of canoe base

Legend 1. Vestibule 2. Lobby 3. W/c 4. Reception 5. Gift shop 6. Storage 7. Truck passage 8. Cafe 9. Lockers 10. Garbage 11. Loading dock

Striping many canoes are made throguh the stripping of the wood, paneled across the frame

Skin final step to finish off the canoe

Canoe Making | concept idea

Site Plan | ground floor

GROUND FLOOR PLAN Site Axonometric | exterior faรงade

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FEATURE ATRIUM

Section | south

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Atrium Showcasing the Stages ovf Built Canoes/Kayaks | render

First Floor Lobby Featuring Canoes and Workshop | render

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ATRIUM: SHOWCASING THE DIFFERENT CRAFT OF CANOES

WOOD PANELS

4TH FLOOR 1

Large Event Spaces

1/Auditorium

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2/Water wall 3/Event room

PRIVATE

3RD FLOOR Tactile Exhibits/ Private Area

1. Material maze

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2. Interactive canoes 3. Offices

GLASS

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2ND FLOOR GENERAL PUBLIC

Viewing Exhibits

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1. People workshops 2. Canoe display 3. Canoe size wall

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SPIDER GLASS CONNECTION

GROUND FLOOR

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General Public Space ENTRY

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1. Gift shop 2. Cafe 3. Wood workshop viewing

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HSS COLUMN

BASEMENT Storage + Handling

BACK OF HOUSE

Exploded Axonometric | key spaces

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1. Wood workshop 2. Canoe + equipment storage 3. Restoration shop viewing

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Sectional Isometric | public, private, event, back of house`

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Sectional Perspective | interior spaces

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FACADE COMPONENTS Wood panel Glass Spider connection Primary bracing Secondary bracing

WALL ASSEMBLY COMPONENTS HSS steel column Steel connection bolted to HSS Glass handrail HSS welded to floor assembly White procelian tile Concrete topping Corrugated steel Open web steel joist Suspended wood panel ceiling Track light Steel I-beam 500 X 200 mm

FLOOR ASSEMBLY COMPONENTS Hss column welded to plate 300 mm concrete wall 4 mm water proofing Membrane 7 mm drainage board 150 mm semi rigid insulation Back fill Sidewalk Steel plate bolted to hss beamSteel plate HSS beam

Detials | key design components

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PARASITE NIGHT MARKET CONTEXT: Design Competition LOCATION: 17 Ning Po Street, Hong Kong, China SOFTWARE: Rhino, Photoshop, Enscape, AutoCAD CONTRIBUTORS: Yahweh Wong

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Our parasite is featured in the heart of Hong Kong’s night market. As this is a very popular attraction for tourist and locals very popular attraction it can often get very busy during the night, and very isolated during the day. To alleviate some of the overcrowding and bring some bright components to the area, we added the bridge as a way to allow people to interact with the space from a different level.

Night Market choosing the centre of Hong Kong’s culture

Construction reusing left over materials from construction site (i.e.. green building covers)

Street Elevation | Daytime

in collaboration with Yahweh Wong

Sustainable Resourcing using natural materials such as bamboo to create better communities

Site Axonometric | night

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1/ Bamboo Host Connection

2/ Bamboo Planter Connection

3/ Space Frame Connection

Details | created by Yahweh Wong

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Structural Section | in collaboration with Yahweh Wong

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Street Plan | Night-Day

created by Yahweh Wong

Sectional Perspective | night

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Legend 1/ Green Building Construction Cover Canopy 2/ Night Market Lights 3/ Shop Stands 4/ Bamboo Lattice Structure 5/ Wood Decking 6/ Metal Handrails 7/ Space Frame Structure 8/ Neon Street Shop Signs 9/ Planters + Plants

Exploded Axonometric | design components

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MARTIN RD ESTATE WINERY CONTEXT: Academic LOCATION: 12 Martin Rd, Niagara on the Lake SOFTWARE: AutoCAD, Revit, Photoshop, Enscape, 3Ds Max

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The Martin Road Estate in Niagara-on-the-Lake is the location for the proposed winery design. The region is known for creating great tasting wines as it is located in between Lake Ontario and the Escarpment.

The Martin Road Winery Estate has been an existing vineyard for over 25 years and was recently opened for discovery. When designing this winery, the connection to the site was very influential

The Grape built on an existing vineyard the winery features Pinot noir and Merlot

The Vineyard inspired by the verticality of the rows, the building takes a linear form

The Experience the natural gap in the trees follows the through with the building void

Elevation | south

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ROOF

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Steel Structure

1/ Skylight 2/ Structural components 3/ Pined overhang 3

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2ND FLOOR

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Private

1/ Offices 2/ Private wine tasting 3/ Winery administration

GROUND FLOOR General Public Space

Sectional Perspective | interior

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3

1/ Gift shop 2/ Cafe 3/ Atrium

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BASEMENT Storage + Handling

1/ Wine storage 2/ Barrel washing station 3/ Tank rooms

Exploded Axonometric | key spaces

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OLYMPIC SPORTS CENTRE CONTEXT: Design Competition LOCATION: Kawasaki, Kanagawa 211-0001, Japan SOFTWARE: Rhino, Photoshop, Enscape, Grasshopper, AutoCAD CONTRIBUTORS: Kristyan Calletor

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Our design for this sports centre can be showcased within 3 major areas: the park, the hubs and the stadium. We have created a multi-use sports center, which accommodates for everything from recreational sports such as racquetball and squash to professional training with a workout centre, and various courts for different sports.

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Sports when designing this centre we looked into the most loved sports amongst the Japanese people

The Experience bringing the Olympic experience to those who could not view the events in real life

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Legend 1. Entrance/ Lobby 2. Storage/ Rentals 3. Washrooms 4. Rock Climbing 5. Racquetball 6. Squash 7. Food Court 8. Mechanical/ Electrical 9. Gym 10. Locker Room 11. Volleyball Court 12. Tennis Court

Plan | first floor

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PRODUCED BY AN AUTODESK STUDENT VERSION

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PRODUCED BY AN AUTODESK STUDENT VERSION

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Legend 1. Track 2. Box Seating 3. Lounge 4. Bar 5. Kitchen 6. Office Spaces 7. Dance Studio 8. Storage

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Plan | second floor

AN AUTODESK STUDENT VERSION

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PRODUCED BY AN AUTODESK STUDENT VERSION

Japan | Kawasaki

Elevation | front faรงade

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Steel Plates

Cable Wires

Steel Truss System

Steel Louver with Ply Paneling

300mm x 200mm I-Beams

Stadium | games viewing center Retractable Seating

Retractable Seating Diagram

Exploded Axonometric of Stadium | created by Kristyan Calletor Exploded Axonometric of Facade | created by Kristyan Calletor

Sectional Perspective | in collaboration with Kristyan Calletor

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ROOF Steel Structure

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1/ Wood roof 2/ Space frame steel structure

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FACADE Metal Louvers

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PING PONG 2

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1/ Louvres 2/ Space frame 3/ Window wall

SECOND FLOOR Private

1/ Track 2/ Box seating 3/ Offices

OUTDOOR GREEN SPACE Public Space

TRACK

1/ Park 2/ Stadium 3/ Stadium feature canopy

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GROUND FLOOR Athletic Space

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1/ Workout center 2/ Volleyball court 3/ Ping Pong court

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VOLLEYBALL

Sports Facilities | render

Exploded Axonometric | key spaces

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ALBA: HOSPITALITY & LIGHT CONTEXT: Velux/ Daylight investigation Competition LOCATION: 12 Martin Rd. Niagara on the Lake SOFTWARE: Rhino, Photoshop, VRay CONTRIBUTORS: Kristyan Calletor, Daniella Diaz

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This design is a shading device that collects sunlight and turns it into energy to project artificial light during the night, creating a healthy environment. Using the sun’s azimuth and altitude, the structure will rotate. This creates nice spaces for locals to take shelter under momentarily while passing by.

10:00 am Central Truss 1.

1:00 pm 3.

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Ball-hinge Joint

4:00 pm Shadow Study | spring equinox

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Photovoltaic Panel

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Structural Components | created by Daniela Diaz

1. Central Truss 2. Steel Trusses 3. PVC Fabric 4. Ball-Hinge Joint 5. Steel Post 6. Steel Plate

Exploded Axonometric | in collaboration with Daniela Diaz

Structural Components | created by Kristyan Calletor

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TIMBERFEVER DESIGN BUILD COMPETITION CONTEXT: Design Build Competition LOCATION: Toronto, ON SOFTWARE: Rhino, Photoshop, Enscape CONTRIBUTORS:Christian Villanueva, Olivia Ahmadi, Yichen Cao, Deanne Melgar, Melissa Wittinghan AWARD: 2ND Place Winners

The Bench created to fit the natural resting position of a person

The Arbor Table accessible to all, allows one to lean on or use while passing by

The Form used as a shading device and cover for people to pass through

Design Components | thoughts behind the build

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The Plant each element inspired by the purple fountain grass

The Floating Garden aims to create a versatile space where people can seek refuge in the chaos of Toronto and reconnect with nature. Each of our 3 modules are unique and have the potential to be oriented in different ways.

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VIRTUAL TIMBERFEVER DESIGN BUILD COMPETITION CONTEXT: Design Competition LOCATION: Toronto, ON SOFTWARE: Rhino, Photoshop, Enscape, Grasshopper CONTRIBUTORS: Sam Richardson, Hyungmin Kim, Monty Rush YEAR: 2020 Primary Structure the primary structure consists of 4x6 studs that are connected with tenon and mortise joints

Paneling Paneling is used to block light in certain areas to create specified shadows in the interior on the structure

The year’s design Sculptree is focusing on wildfires across the world and bringing awareness towards this issue by demonstrating the effect fires have on impacted ecologies through our seemingly compromised ecology.

Secondary Structure the secondary structure fits in any void defracting light to speckle the light coming through

Collapse the final touches of this were the wood studs at various sharp angles, creating a collapsed look...

Such as trees during wild fires

Design Components | thoughts behind the build

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TH A NK YOU F OR YOUR TI ME Hajara Nida Hameed (647) 966 7983

hajara.hameed@ryerson.ca

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