CONTENTS
1
Curriculum Vitae
2
The Means of Relief: Transitional Housing in the Region of Waterloo
3
Cambridge Self-Help Food Bank
4
Rhizome
5
Graduate Design Film & Photography
6
Harmony Lodge
7
OMEGA
8
Stagger. Cantilever. Modulate.
9
Professional Work Samples
10
Graduate Thesis
MITACS Accelerate Internship
Phil Kline's Unsilent Night 2018
UWSA, UBC-SALA
4B Undergraduate Studio
ACSA/AISC Tall Building Competition 2016
1B Undergraduate Studio
Kearns Mancini Architects
Personal Work
01
Shabaan Khokhar, M.Arch (705)-826-7906 shabaankhokhar@hotmail.com Oro-Medonte, ON
Education Sept. 2018 - Aug. 2020
Master of Architecture
2018 - 2020
University of Waterloo School of Architecture Cambridge, ON Sept. 2013 - Aug. 2018
Bachelor of Architectural Studies
2013 - 2018
University of Waterloo School of Architecture Cambridge, ON
Workshops & Conferences Dialog Design Residency
Kitchener Design Charrette
Participant, Toronto, ON
Participant, Kitchener Public Library
UBC Robotic Fabrication Workshop
Housing is Health: Panel Discussion
Participant & Documention, UBC - SALA
Panelist, Conscious Cities Festival 2020
Academic Experience May. 2020 - Sept. 2020
MITACS Accelerate Intern Cambridge Self-Help Food Bank • Under questions of possible relocation, a partnership was developed between the food bank and School of Architecture to address their organization's directional planning. • Conducted research into food bank infrastructure, COVID-19 architectural response measueres, and explored design possibilities for the food bank's community pantry.
Jan. 2019 - Dec. 2019
Graduate Teaching Assistant Arch 313 - Advanced Visualization & Analysis Arch 212 - Digital Fabrication • Led tutorials teaching digital fabrication techniques such as 3D printing, CNC routing, and laser cutting to 2nd year students. • Supervised and instructed on 3D visualization techniques for 3rd year Advanced Visualization & Analysis course. • Provided assistance to students and critique of projects throughout the term.
Jan. 2019 - Aug. 2019
Graduate Research Assistant Photography & Film Support • Provided photography and film support for David Correa at the University of Waterloo School of Architecture, editing student project reels, prior designbuild footage, and developing promotional material for the school.
Sept. 2018 - Sept. 2019
F_RMLab Lead University of Waterloo School of Architecture • Conducted extracurricular tutorials teaching 3D software such as Rhinoceros, Grasshopper, and Blender, as well as digital fabrication methods. • Operated as project manager for development of an installation in the 2018 Unsilent Night festival.
02
1
Curriculum Vitae
Work Experience Sept. 2018 - Aug. 2019
Buoyant Foundation Project Project Manager | Waterloo, ON • Active team and project management, providing consultant and client coordination. • Experience in on-site construction developing buoyant prototypes and completing the installation of a buoyant wood frame pavilion near the UW campus.
Jan. 2017 - Aug. 2017
Kearns Mancini Architects Architectural Assistant | Toronto, ON • Developed construction drawings for multi-floor office fit-out of a downtown Toronto tower. Project manager during CA phase of a large-scale office tower fit-out. • Issued Change Directives, Change Orders and Site Instructions of additional projects as required. • Experience in consultant and client coordination. • WHMIS certified, Working at Heights training.
Jan. 2017 - PRESENT
SK Film & Photography Photographer, Cinematographer, Editor | Toronto, ON • Created a profitable cinematography and photography business. • Specialized in a variety of video and photography projects such as cinematic documentaries, weddings, portraiture, and promotional business material.
May. 2016 - Aug. 2016
ZAS Architects & Interiors Architectural Assistant | Vancouver, BC • Iteratively developed schematic interior layouts for a number of BMO locations. Responsible for issuing Change Orders and Site Instructions as required. • Experience in understanding and applying the BC Building Code and Vancouver By-Law.
Sept. 2015 - Dec. 2015
Johnson Chou Inc. Architectural Assistant | Toronto, ON • Collaboratively developed schematic design drawings an international ad agency's large scale interior renovation. Prepared Building Permit Application forms and additional CA documents. • Experience in reviewing and applying Ontario Building Code.
Acrobat Photoshop Illustrator InDesign Lightroom Premiere Pro After Effects
2D/3D
Microsoft Word Microsoft Excel Bluebeam Revu Miro
Fabrication
Adobe
Office
Proficiency Revit Rhinoceros SketchUp V-Ray Blender AutoCAD 3D Printing CNC Milling Laser Cutting Casting 03
04
The Means of Relief: Transitional Housing in the Region of Waterloo
2
Cambridge, Ontario, Canada Graduate Thesis Supervisor: Andrew Levitt
ABSTRACT The unfortunate paradox of the architectural profession is that it prides itself on being of service to the public, yet it is those most in need of an architect's service that can least afford it. With conditions of mental illness, drug abuse, and disability at the crux of homelessness within our communities, architecture has a unique opportunity to create supportive and relief-driven environments, wielding the power to positively influence the lives of those who lack stability. This thesis explores the need for transitional housing; a temporary form of housing bridging the gap between emergency shelters and affordable housing. Its goal is to facilitate restabilization for homeless populations and to provide a means of relief for existing emergency shelter systems. The purpose of this thesis is to redefine the implications of homelessness and our response to it in today's society. Firstly, it seeks to challenge the inherent biases and stigmas associated with homelessness. Secondly, it provides a fundamental understanding of what homelessness is and the pressures imposed on associated shelter support systems. Thirdly, it elaborates on the existing shelter support systems and their facilitation of people's transition back into society. Finally, the thesis concludes with a design proposal to develop transitional housing in downtown Cambridge, Ontario. The design proposal seeks to address the growing trend of homelessness in the Region of Waterloo by targeting the transitional populations who are most vulnerable and yet most likely to benefit from stability. 05
REGION OF WATERLOO Distribution of Emergency Shelters and Affordable Housing
Safe Haven
41 Weber St. W.
WATERLOO
YWCA Emergency Shelter 84 Frederick St.
The Working Centre 58 Queen St. S.
oneROOF Youth Services 242 Queen St. S.
Charles Street Men's Shelter 63 Charles St. E.
KITCHENER N
0
06
1km
2.5km
5km
Emergency Shelter Transitional Housing Supportive Housing Affordable Housing
CAMBRIDGE
Argus Residence 740 Williams St.
Bridges, Cambridge Shelter Corp.
26 Simcoe St.
“A lack of transitional and supportive housing puts the pressure on emergency shelters to accommodate as best they can. If these resources do not exist or are insufficient for the client's needs, the shelters become a primary resource for those suffering from homelessness. For people in a state of crisis, in search of a way out of displacement, transitional/ supportive housing represents the means to move out of emergency shelter facilities and into affordable housing developments.” 07
PROGRAM DISTRIBUTION
Divide Divide Divide & &Distribute Distribute & Distribute
Ground Ground Ground Level Level Level Support Support Support
“The proposal defines the ground level as support or service oriented where training programs and job placements operate, while the upper levels are reserved for housing. It targets the residents' involvement in job training and support programs as a form of transitional progress. As transitional housing, the proposal is designed to prioritizes a safe and secure home environment for its residents while providing necessary opportunities for work, social support, access to resources, job training and placement programs.� 08
Housing Housing Housing Above Above Above
Ground Floor Plan (Resource Centre, Workshop, Family Residential, Women's Shelter)
09
Resource Centre, Interior Entrance Perspective
Resource Centre, Community Kitchen Perspective
Resource Centre, Typical Studio Apartment Above
10
RESOURCE CENTRE Exploded Axonometric
11
Fully Transpparent Element
Grow Stations
Transparent - Solid Element
Element A can be treated to implement grow lights along metal frame for indoor growing. Emphasizes the importance of nutritious and naturally grown foods. Custom Metal Frame Provides transparency. Sturdy, light-frame build. Plenty of opportunities for hanging signage along frame. Wood Panels Solid wood panels can be infilled within metal frame and provide sheltered sight lines.
Solid - Transparent Element
Modularity Each element can be interlocked in a differnet order, providing flexibility in arrangements.
Movable Base Provides ease to rearrange once full shelf system is esablished.
Movable Base
12
Cambridge Self-Help Food Bank
3
Cambridge, Ontario, Canada MITACS Accelerate Internship Supervisor: Anne Bordeleau
The project looks at the Cambridge Self-Help Food Bank to consider how the redevelopment of the existing network can promote opportunities for more integrated community development and cohabitation, while also improving access to food for vulnerable populations. The project studies the internal operations of the food bank by analyzing existing and new data, using geographic and statistical mappings, diagramming processes and undertaking comparative analyses with relevant case studies. In light of the organization's impending relocation, the project considers the operations holistically - across procurement through donation or cultivation, storage, distribution, kitchens, and other affiliated programs - so as to critically address the opportunities and potential limitations inherent to the spatial deployment of the organization in a single new site or across a number of different sites. The project both develops short term design opportunities to address immediate spatial limitations and an additional list of spatial needs to be addressed over a longer period of time. The project also reviews operational changes due to the COVID-19 pandemic, considering the implications of limited storage space available to address a vulnerable population and its vital siting in the downtown core. The research reviews the specific case of the Cambridge Self-Help Food Bank to spatially address the critical question of food security in midsize cities. 13
INTERNAL DiSTRIBUTION AREAS
Garage Door, Loading Zone Food Donations or purchases are unloaded from delivery trucks and weighed on the floor-mounted scale. Fridge / Freezer (Cooled Storage) Deliveries of dairy, produce and meats are stored in cooled storage in DC1. Cardboard Box Storage Significant amount of space alotted to cardboard box storage. Boxes are reused regularly and easily accessible. Shelving System A (2' x 4') Sorting Carts
3.0
Modular Components (3)
Shelving System A (2' x 4')
3.0 Scale: Shelving System A (2' x 4') Non-perishable items move from3.0 delivery to NTS sorting Modular Components (3) carts to be sorted into categories in theScale: Sorting Table. Modular (3) NTSComponents Sorting Table & Sorting Storage
3.0
3.0 3.0 3.0
Scale: NTS
Shelving System A (2' x 4')
Modular Components (3) Once boxes on Sorting Table are full, they are moved Scale: NTS to DC2. Above the Sorting Table is additional storage Shelving System A (2' x 4') 3.0 and diapers. for other items such as paper products Modular Components (3) Scale: NTS Uncooled Storage (Purchased Items)
3.0 3.0
Shelving System B (3' x 4') Modular Components (3)
Shelving System B (3' x 4') System B (3' x 4') Modular Components (3)
Scale: NTS Shelving
Modular Scale: NTSComponents (3) Scale: NTS
Shelving System B (3' x 4') Modular Components (3)
Scale: NTS Shelving
System B (3' x 4')
Modular Components (3) Scale: NTS
Purchased foods include apples, potatoes and carrots for regularly available distribution.
Distribution Centre
Community Pantry, Reception, & Co-op Store
14
DISTRIBUTION & CIRCULATION SYSTEMS
Food is delivered to Food bank by truck. isFood is weighed and divided Food delivered to Food bank by into bins (cold food moved truck. Food is weighed andto divided fridge/freezer). into bins (cold food moved to fridge/freezer). Cold food is stored in fridge/freezer awaiting pantry and Cold fooddistribution is stored into fridge/freezer Co-op. distribution to pantry and awaiting Co-op. Sorted Food is also prepared for delivery to community partners Sorted Food is also prepared foras orders are delivery to received. community partners as orders are received. DC3 acts as overflow storage. Grow stations wash station available DC3 actsand as overflow storage. Grow here. stations and wash station available here.
F1 F1
F2 F2 F3 F3 F4 F4
F5 F5
F6 F6 F7 F7
Food is moved from DC2/DC3 to Community Pantry shelves. to Food Food is moved fromon DC2/DC3 is also provided to Kitchen upstairs Community Pantry on shelves. Food for meal preparation and programs. is also provided to Kitchen upstairs for meal preparation and programs. Sorted Food is moved from DC2/DC3 to Co-op Store shelving. Sorted Food is moved from DC2/DC3 to Co-op Store shelving. Staff and volunteers stock shelves frequently throughout the day. Staff and volunteers stock shelves frequently throughout the day.
UP
Freezer
Fridge
F1
UP
C3 C3
,Ţ
,Ţ
,Ţ
,Ţ
,Ţ
Wash Room Wash Room
Furnace Room Furnace Room
,Ţ
C3
F6
C3
F6 Elev. Mech. Elev. Room Mech. Room
F7
D.C. ,Ţ D.C. ,Ţ
Food supplies is provided to the Kitchen from below for meal Food supplies is provided to the preparation. Kitchen from below for meal preparation. Food is delivered to Food bank by KitchenFood provides meals and to Mike's truck. is weighed divided Lunch, commmunity partners Kitchen provides meals to Mike's into bins (cold food moved to and learningcommmunity opportunitespartners for the Kids Lunch, and in fridge/freezer). Food is delivered to Food bank by in the Kitchen program. learning opportunites for the Kids truck. Food is weighed and divided Cold food is program. stored in fridge/freezer the Kitchen into bins (cold food moved to and awaiting distribution to pantry fridge/freezer). Co-op.
,Ţ
,Ţ
,Ţ
Sorting Room Sorting Room
F3 F4
F2
Men's Washroom
F2
Women's Washroom
Men's Women's DC3 actsWashroom as food hamper Washroom preparation and storage area. Kitchen
F4
Archive Archive
DN
F1
DN
F1
Board Room
F3
Board Room
,Ţ ,Ţ
Fridge
F1
Fridge
F1
Distribution Center
WR
,Ţ
WR
0 ş Room 0 ş Room
Furnace Room
Distribution ,Ţ Center #2 ,Ţ
F6 Distribution Center
,Ţ
F3
F3
UP
Wash Room
Quiet Room Quiet
F4Room
Distribution Center #3
F4
Distribution Center #3 Elev. Mech. Room
,Ţ
,Ţ
,Ţ
,Ţ ,Ţ
D.C. ,Ţ
,Ţ
,Ţ
Sorting Room
Clothing Room
D.C. ,Ţ
,Ţ
,Ţ
Sorting Room
Clothing Room
F2
Kitchen provides meals to Mike's Lunch program as a meal pick-up on Saturdays.
,Ţ
,Ţ
,Ţ
C2
C3
Co-op Store
F5
,Ţ
C2 UP
F5
C3
Co-op Store
C1
Elev. Mech. Room
Wash Room
Food supplies is provided to the Kitchen provides meals to Mike's F2 F1 Cambridge Self-Help Food Bank Circulation System (During Kitchen from below for meal Lunch program as COVID-19) a meal pick-up on preparation. Saturdays. Food supplies is provided to the Kitchen from below for meal preparation.
,Ţ
Furnace Room
UP
F2
F1
Excess ,Ţ food located at rear exit for ,Ţ ,Ţ pick-up as they leave. community ,Ţ
Distribution Center #2
F6
F2
C3
Community accesses upstairs for private conselling andupstairs educational Community accesses for programs providedand by educational the Food private conselling Bank. programs provided by the Food Community enters through main Bank. front door at socially distanced Community accesses the Board intervals. Check in withthe Reception Room every Saturday for Mike's Community accesses Board through window for emergency Lunch,every supported by volunteers Room Saturday for Mike's Community enters through main hamper or Co-op hamper pick-ups. preparing meals to serve. Lunch, supported by volunteers front door at socially distanced preparingCheck mealsintowith serve. intervals. Reception Community members provide through window for emergency information via ticket received at hamper or Co-op hamper pick-ups. Reception. Staff/volunteer provides ,Ţ desired hamper conveyer ,Ţ pick-up via ,Ţ Community members provide belt. ,Ţ information via ticket received,Ţ at Reception. ,Ţ Excess foodStaff/volunteer located at rearprovides exit for desired hamper pick-up via conveyer community pick-up as they leave. belt.
C2
F3
Freezer
Reception
C2
Kitchen
Freezer
Reception
C2
F3 F3
Laundry Laundry
F2 F3
C1
Community Pantry Community C2 Pantry
Clothing Room Clothing Room
Prepared meals are moved to the C1 Board Room for the Prepared meals are Community moved to the C1 accessing Mike's Lunch. Board Room for the Community accessing Mike's Lunch. Food is no longer moved from F5 C1 DC2/DC3 to Community Pantry. C2 Instead food is packaged and C2 prepared in hampers for distribution Food is no longer moved from by staff. F5 C1 DC2/DC3 to Community Pantry. Instead foodprovided is packaged and for Food is still to Kitchen F6 C2 prepared in hampers distribution meal preparation andfor orders, but Storage by staff. lunches are picked up instead of Cold food is stored fridge/freezer ,Ţ communally ,Ţ Storage Sorted Food is also in prepared for provided. awaiting distribution topartners pantry and is still WR provided to Kitchen forClass Room ,Ţ delivery to community as Play F6,Ţ Food C2 Co-op. WR meal preparation and orders, but Class Room Room orders are received. Play lunches are picked up instead of Room Sorted Food is also prepared for communally provided. C3 C1 DC3 acts as food hamper delivery to community partners as C1 preparation and storage area. DN DN orders are received.
F1 F2
UP
C1
,Ţ
Cambridge Self-Help Food Bank Circulation System (Before COVID-19)
F1 F2 F2
UP
C4
F5
F2
F1 F1
C4
Co-op Store Co-op Store
F7
F5
Distribution Center Distribution Center
F2
Those accessing the Community Pantry accessing check in with and Those the reception Community providecheck the necessary information Pantry in with reception and for emergency hamperinformation provision. provide the necessary for emergency hamper provision. A self-serve system supervised and guided by staff/volunteers. A self-serve system supervised and guided by staff/volunteers. Those accessing Co-op Store registeraccessing with reception Co-op Those Co-opas Store Memberswith andreception access self-serve register as Co-op hampers. and access self-serve Members hampers. Those requiring private conselling or accessrequiring to additional programs move Those private conselling or upstairs.to additional programs move access upstairs.
Distribution F4 Center #3 Distribution Center #3
Distribution Center #2 Distribution Center #2
F1
C2 C2
F4
F3
Fridge
Community enters through main front door. enters through main Community front door.
C4 C4
F3
Freezer
C1 C1
UP
Community Pantry
Community Pantry
Reception C1
Reception
15
16
4
Rhizome Cambridge, Ontario, Canada Phil Kline's Unsilent Night 2018 F_RMLab Lead Team: Aleks Gontarz Nima Karami Chris Hardy Nilojan Jegatheeswaran Adele Strub Glenn Lu Angelina Zheng Gwen Del Rosario Jennifer Chen Max Perry Marco Adly
Rhizome is a student run installation, organized under the technology based initiative F_RMLab, conducted as a part of the 2018 Phil Kline's Unsilent Night in Cambridge, ON. Rhizome aims to promote congregation, interaction, and movement through a transitional space. True to its namesake, a biological network of communication between plants, Rhizome is a series of tree-like structures that are unified by a web of receptive LED technology. Rhizome's core “tree” is stabilized by a base of six, fin-like structures, reinforced by rings. Sound introduced to each “branch,” through conversation, for example, will trigger a series of light responses throughout this artificial “forest”. With colours, pulses, and patterns travelling down each distinct path of the structure, users will experience the social, visual, and spatial impact of coming together. 17
CONCEPT & STRUCTURE
18
19
Above Photography by Shabaan Khokhar
20
Above Photography by the City of Cambridge
21
22
Graduate Design Film & Photography
5
Cambridge, Ontario | Vancouver, BC University of Waterloo School of Architecture UBC School of Architecture and Landscape Architecture Supervisor: David Correa
PROJECTS: 2018 3D Printed Masonry, Facade Systems University of Waterloo School of Architecture Instructor: David Correa 2019 Dragon Skin Pavilion UWSA, UBC SALA, llLab, LWPAC+IC, odk.design Instructors: David Correa, Oliver David Krieg, AnnaLisa Meyboom Robotic Fabrication of a Structurally Informed Wall Unviersity of Waterloo School of Architecture Masters Thesis: Zahra Falamarzi
WATCH FILM
WATCH FILM
WATCH FILM 23
Photography by Shabaan Khokhar Top Left
| Design by Elly Cho, Meghan Taylor, Jim Shi
Top Right
| Design by Madeleine Slaney, Justin Jones, Cynthia Tang
Bottom
| Design by Elaine Tat, Symon Tiansay, Joanne Yau
Right
| Design by Zahra Falamarzi
24
25
26
6
Harmony Lodge
6
Oyunuma, Noboribetsu, Japan 4B Undergraduate Studio Instructor: Andrew Levitt
Harmony Lodge is a musician's studio located in Noboribetsu, Hokkaido, Japan along the River Oyunuma. The building is separated into 3 major zones; the Social, the Inner, and the Sensory, focusing on immersing residents in an inspiring environment to foster musical development. The program is divided among these 3 sections, reflecting different acoustic conditions to serve musicians. The building is situated to take advantage of views into the valley. The main communty volume, identified as the Social, is a large open space with exterior decking to promote collaboration. The nodes along the back wall are considered as the Inner residences designed to inspire inner reflection through silence and acoustic separation. The space below is known as the Sensory, containing a lush garden landscape and thermal bath. Its high walls allow for the amplification of the sounds of nature. 27
major zones; the Social, the Inner, and bath. Its high walls allow for the amplification of the sounds of is divided among these 3 sections, nature. CLIMATE OVERVIEW conditions.
situated to take advantage of views
Winter Solstice communty volume, identified as the December 22 | 12:00pm
Summer Solstice June 21 | 12:00pm
ce with exterior decking to promote
Sunet 4:05pm
ong the back wall are considered as Sunrise
7:01am ed to inspire inner reflection through
ation. The space below is known as DEFINE ush garden landscape and thermal
DIRECT
Sunet 7:17pm
or the amplification of the sounds of
e m
Sunrise 3:58am
DIVIDE
Sun Path Diagram
Building Parti
Summer Solstice June 21 | 12:00pm
Wind Strength during Summ (May - June)
Sunet 4:05pm
DIRECT
Prevailing Winds
DIVIDE
Sunet 7:17pm
un Path Diagram
Wind Diagram
Building Parti
Wind Strength during Summer Months (May - June)
Prevailing Winds
Wind Diagram
Building Parti
28
7
Harmony Lodge, Ground Floor Plan
Previous | Exterior Experiential Render Above | Site Plan - Oyunuma, Hakkaido, Japan Right | Basement and Spa Plan
29
Communal Space Formed Glulam Beam
Cladding - Wood Siding Beam notched to fit over primary Structural members Steel Bolt Connections through timebr to steel plates.
Steel Plate bolted to Structural member. Perpendicular steel plates slot into members. Fixed by Bolt Connections
Steel Plate Connection to Column. (Bolt Connection). NOTE: All members exposed to the elements are flashed to protect end grains.
Roof Structure - Curved Glulam Beams and Columns - Joists Between Structure (Dimensional Lumber) Tertiary members connected through steel hangers and bolted in place. NOTE: Refer to roof framing for all openings with joists installed.
Glulam Construction Detail (Exploded) Residences Cladding - Wood Siding Partitions - Wood Frame Walls
Roof Structure - Curved Glulam Beams - Joists Between Structure (Dimensional Lumber)
Exterior Walls - Wood Frame Insulated Walls
Floor Framing - Beams & Joists (Dimensional Lumber) - Cantilevered Concrete Slabs (Individual Residences)
Greenhouse - Structural Steel Frame by manufacturer Finish - Wood Flooring
Floor Framing - Engineered Lumber framing accommodates large spans - Joists Between Structure (Dimensional Lumber)
Concrete Foundations - Reinforced Concrete Retaining Walls - Concrete Slabs on Grade
Dashed Line indicated Grade
Artist Residence Roof Structure - Concrete Slab - Glulam Columns & Beams
Exterior Walls - Double Glazed Walls
Solid Hatch Indicates Concrete Wall / Slab
Footings buried a minimum of 4' below grade to avoid frost levels
Floor Framing - Beams & Joists (Dimensional Lumber)
Exploded Structural Axonometric
30
11
Cross Section through Spa Below and Studio Above
Harmony Lodge, Interior Perspective
Path from Residences towards Spa Below Above | Section A & Section B
10
Above Above|| Interior |Section Section AA&&Section Section Below Render - MainBB Lobby Below Below| |Interior InteriorRender Render- -Main MainLobby Lobby
31
Roof Assembly A
EXTERIOR
-
Structural Timber Beams & Joists 1/2” Plywood Sheathing Air/Vapour Control Layer 6” Rigid Insulation 1/2” Plywood Sheathing Waterproofing Membrane Roofing Membrane Metal Channels
- Tongue & Groove Wood Siding
DT1 Roof Assembly A
Wall Assembly A
DT2
Roof Assembly B -
Type X 1/2” Gypsom Board Resilient Metal Channels Structural Timber Beams & Joists 1/2” Plywood Sheathing Air/Vapour Control Layer 6” Rigid Insulation 1/2” Plywood Sheathing Waterproofing Membrane Roofing Membrane Metal Channels
- Tongue & Groove Wood Siding
Roof Assembly B
Wall Assembly A Wall Assembly B
-
Reinforced Concrete Wall Air/Vapour Control Layer 6” Rigid Insulation 1/2” Plywood Sheathing Waterproofing Membrane Roofing Membrane
- Precast Consrete Panels
Wall Assembly B -
INTERIOR (Hallway)
Reinforced Concrete Wall 6” Rigid Insulation Reinforced Concrete Interior Wall 2x4 Furring Wall
INTERIOR
(Lodge Manager Residence)
Floor Assembly A - Reinforced Concrete Slab - 6” Batt Insulation - Raised Floor Assembly - Supports fastened to Slab - Metal Frame - 1/2” Plywood Sheathing - Wood Flooring
Floor Assembly B
Floor Assembly B - 4“ Rigid Insulation - Reinforced Concrete Slab - 2x8 Floor Framing - Radiant Heating Lines - 1/2” Plywood Sheathing - Wood Flooring
Floor Assembly A
Wall Section A
1:20 Wall Section A 32
Metal Flashing Cap Nailed to Blocking Line of Roofing Membrane Dashed Lane of WaterMetal Flashing Cap proofing Membrane Nailed to Overlap) Blocking (Min. 6” Line ofBlocking Roofing Wood Membrane Dashed Lane of WaterFormed Metal proofing Membrane Rain Gutter (Min. 6” Overlap) Wood Blocking Formed Metal Rain Gutter
Precast Concrete Panels 4x4 Steel L-Angle Edge Protection Precast Concrete Internal Steel Rod Panels Connection 4x4 SteelConcrete L-Angle between Edge Protection Panels Backer Rod and Internal Steel Rod Continuous Sealant Connection between Concrete Line of Continuous Panels Sealant between Panels Rod and Backer Continuous Sealant J-Hook cast into Concrete Wall to Line of Continuous suspend Precast Sealant between Concrete Panels Panels J-Hook cast into
EXTERIOR Concrete Wall to suspend Precast Concrete Panels Metal Flashing
INTERIOR
EXTERIOR Joist Hangers Beyond Metal Flashing
INTERIOR
Steel Hanger Rods and fasteners to Joist Hangers supend Precast Beyond Concrete Panel Walls Steel Hanger Rods Structural and fasteners to Reinforced supend Precast Concrete Wall Concrete Panel Walls Line of Rebar Structural Line of Air/Vapour Reinforced Control Layer Concrete Wall 6” Rigid Insulation Line of Rebar 1/2” Plywood Sheathing Line of Air/Vapour Control Layer
DT1 - Parapet Detail Structural Reinforced Concrete Wall Precast Concrete Panels Structural Reinforced Metal Flashing Concrete Wall Beyond to protect Precast endConcrete grain of timberPanels beam Saddle flashing of MetalStructure Flashing Timber Beyond to Beyond protect end grain of timber beam Line of Air/Vapour Control Layer Saddle flashing of
6” Rigid Insulation DT1 - 1:5 Parapet Detail 1/2” Plywood Sheathing
DT1 - 1:5 Parapet Detail
EXTERIOR
EXTERIOR
1/2”Structure Plywood Timber Sheathing Beyond 6” Rigid Insulation Line of Air/Vapour Control Layer Wood Kant 1/2” Plywood Sheathing 6” Rigid Insulation Wood Kant Bolt Connections of Timber Structure Beyond 2x10 Roof Joists BoltPlate Connections of Steel connection Timber Structure to Timber Beams Beyond 2x10 Roof Joists Reinforced Concrete Steel Plate connection Interior Wall to Timber Beams
Reinforced Concrete Interior Wall
DT2 - Roof Connection Detail
DT2 - 1:5 Parapet Detail DT2 - 1:5 Parapet Detail
13 33
13
Roof Assembly B - 1/2” Type X Gypsom Board - Resilient Metal Channels - Structural Timber Beams & Joists - 1/2” Plywood Sheathing - Air/Vapour Control Layer - 6” Rigid Insulation - 1/2” Plywood Sheathing Waterproofing Membrane - Roofing Membrane - Metal Channels - Tongue & Groove Wood Siding
Roof Assembly B
Wall Assembly C DT3
- 1/2” Type X Gypsum Board - 1/2” Plywood Sheathing - 2x8 Wood Frame Wall - Batt Insulation - 1/2” Plywood Sheathing - Air/Vapour Control Layer - 4“ Rigid Insulation - 1/2” Plywood Sheathing - Waterproofing Membrane - Metal Channels - Tongue & Groove Wood Siding
Floor Assembly B DT4 INTERIOR
(Lodge Manager Residence)
EXTERIOR Wall Assembly C
-
4“ Rigid Insulation Reinforced Concrete Slab Waterproofing Membrane 2x8 Floor Framing - Radiant Heating Lines - 1/2” Plywood Sheathing - Wood Flooring
Foundation Assembly A -
DT5 Floor Assembly B
Foundation Assembly A
1:20 Wall Section B
Wall Section B
34
14
Reinforced Concrete Foundation Wall 4” Rigid Insulation Air/Vapour Control Layer Waterproofing Membrane Drainage Board Gravel for Drainage Weeping Tile
Timber Structure Beyond Metal Flashing Beyond to protect end grain of timber beam Timber Structure Beyond Waterproofing Metal Flashing Membrane Beyond to protect Roofing Membrane end grain of timber beam Timber Structure Beyond Line of Air/Vapour Control Layer Metal Flashing Waterproofing Beyond to protect 4” Rigid Insulation Membrane end grain of timber 1/2” Plywood beam Membrane Roofing Sheathing
1/2” Type X Gypsum Board Resilient Metal Channels Kawneer Ventrow 1/2” Type X Thermal Ventilator Gypsum Board ResilientGlazed Metal Double Channels Clerestory Window Frame 1/2” Type X Kawneer Ventrow Gypsum Board Thermal Ventilator Resilient Metal Channels Double Glazed Clerestory
Window Frame Kawneer Ventrow INTERIOR Thermal Ventilator
(Lodge Manager Double Residence) Glazed Clerestory Window Frame
DT3 - Roof Connection Detail INTERIOR (Lodge Manager Residence)
INTERIOR Wood Sill (Lodge Manager Solid Residence) 1/2” Type X Gypsum Board Wood Frame Wall Solid Wood Sill Cavities filled with 1/2” Type X Batt Insulation Gypsum Board Solid Wood Sill Wood 1/2” Frame Wall Type X Gypsum Board
DT4 -
Wood 1/2” Frame Wall Type X Cavities filled with Gypsum Board Batt Insulation Wood Frame Wall Reinforced Concrete 1/2” Type X Foundation Wall Gypsum Board Cavities filled with Wood Frame Wall Reinforced Concrete Batt Insulation Wall WindowFoundation Sill Detail Type X Wood 1/2” Floor Finish Reinforced Concrete Gypsum Board Foundation Wall Wood Frame Wall Radiant Floor Heating Tray and Lines Reinforced Concrete Reinforced Foundation Wall Reinforced Concrete Concrete Slab Foundation Wall Wood Floor Finish Radiant FloorConcrete Heating Reinforced Tray and Lines Foundation Wall Reinforced Wood Floor Finish Concrete Slab Radiant Floor Heating Tray and Lines
2x10 Roof Joists Line of Air/Vapour Waterproofing Control Layer Joist Hangers Membrane 4” Rigid Insulation Roofing Membrane 1/2” Plywood Sheathing Line of Air/Vapour Tongue and Control Layer Groove Wood 2x10 Roof Joists Siding Metal 4” RigidonInsulation Joist Hangers Channels 1/2” Plywood Sheathing 2x10 Roof Joists Tongue NOTE: and Groove Wood Ventilator Joist Hangers Siding on Metal electronically Channels controlled. Allows natural ventilation Tongue and during Summer Groove months.Wood Closed NOTE: Siding on Metal during Winter Ventilator Channels months. electronically controlled. Allows natural ventilation during NOTE: Summer EXTERIOR months. VentilatorClosed during Winter electronically months. controlled. Allows natural ventilation during Summer months. Closed during Winter EXTERIOR Double Glazed months. Clerestory Window Frame
DT3 - 1:5 Parapet Detail
Caulking DT3 - 1:5 Parapet Detail
EXTERIOR Wood Blocking Formed Glazed Metal Double Flashing Clerestory Window Frame Line of Air/Vapour Caulking Control Layer Double Glazed Wood Blocking 4” Rigid Insulation Clerestory Formed Metal 1/2” Plywood Window Frame Flashing Sheathing Caulking 4” Rigid Insulation Line of Air/Vapour Tongue and
DT3 - 1:5 Parapet Detail
Wood ControlBlocking Layer Groove Wood Tongue and Formedon Metal Siding Metal Groove 4” Rigid Wood Insulation Flashing Channels Siding on Metal 1/2” Plywood Channels Sheathing Line of Air/Vapour 1/2” Plywood 4” Rigid Layer Insulation Control Tongue and Sheathing Groove Wood Tongue and 4” Rigid Insulation Line of Air/Vapour Siding on Metal Groove Wood Control Layer 1/2” Plywood Channels Siding on Metal Dashed Line of Waterproofing Sheathing Channels Membrane 4” Rigid Insulation Tongue and 1/2” Plywood Groove Wood Formed Metal Tongue and Sheathing Siding on Metal Flashing Groove Wood Line ofon Air/Vapour Channels Siding Metal Drainage Board Control Layer Channels Dashed Line Gravel Infill of Waterproofing 1/2” Plywood Membrane Sheathing Formed Metal Line of Air/Vapour Flashing Control Layer
DT4 - 1:5 Parapet Detail
DT4 - 1:5 Parapet Detail DT4 - 1:5 Parapet Detail
Drainage Board Dashed Line of Waterproofing Membrane Gravel Infill Formed Metal Flashing Drainage Board Gravel Infill
Reinforced Concrete Slab
DT5 - 1:5 Parapet Detail
DT4 - Wall at Grade Detail
DT5 - 1:5 Parapet Detail
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DT5 - 1:5 Parapet Detail 35
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7
OMEGA Toronto, Ontario, Canada ACSA/AISC Tall Building Competition 2016 In Collaboration with Safaa Alnabelseya & Sara Ibrahim
Among Toronto's vast landscape of towers that seems to grow with the city's increasing population, OMEGA creates an internal infrastructure of program that not only welcomes the public, but contains a private community of its own as well. A center for multi-use office space, large residential units, light industrial manufacturing, ground level retail, and elevated theatre space. Located between Lower Sherbourne and Princess street, OMEGA is situated between the highly commercial North side of Front Street, and the high density residential community along the Esplanade. As an extension of the Esplanade, the green ramp accomodates the interaction of the current residential neighbourhood, bringing to it, a place of open convention. Occupied by street vendors selling food, or freelance musicians busking to entertain the public, it becomes a hub for social interaction between the comunities. Locations of light industrial manufacturing are designed for versatility and transparency, to be used for the construction of musical instruments while inviting a view into the process. Circulation about the two towers is fundamentally separated by public and private use; the public using the cores by the office tower to reach the theatre or convention space; the private using the cores in the residential tower to reach their homes. With such a structurally dynamic form, the use of a steel diagrid system intertwining with an anchoring column grid determined to be the most economic and efficient construction method. OMEGA takes advantage of the diagrid by pushing the structure towards the exterior allowed for grand spaces such as the atrium in the residential tower and the convention spaces, while the column grid gave foundation for the use of office space, retail, and manufacturing. By accomodating both the high density neighbourhood and the intense commercial street, OMEGA materializes the transition between the two. 37
OMEGA - Physical Model
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STRUCTURE & PROGRAM
Exploded Structural Axonometric
Residential Office Mechanical Private Amenities Light Industry Retail Public Space Loading Performance Space
Resultant Massing Height: 201m Floor Area Ratio: 13.5
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19
Aerial Perspective Rendering (Night)
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41
42
Stagger. Cantilever. Modulate.
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Cambridge, Ontario, Canada Undergraduate 1B Studio In Collaboration with Thomas Noussis, Ivee Wang, & Shanne Stines
Junk space is a project that seeks to develop small unused and undesired locations with multi unit housing that will accommodate low to middle class societies. Responding to the steep topography, and existing buildings surrounding the area, an elevated design for 7 units was developed. There are five individual units and two larger family units. The individual units are staggered along the slope of the site and cantilever over the area for a sheltered parking. The two family units, constructed in the same way as the first five, are located separately. Each unit is made up of a light steel construction frame. Though not recommended for large cantilevers, it is made possible through an exposed steel truss within the unit. They rest upon a concrete foundation, built into the side of the hill. The unit is clad in sheet steel on the roof which flows along to one side. This allows for an advantage against snow and rain. The other side is clad with horizontal wood, allowing for an elegant contrast. 43
Previous | Interior Experiential Render
26
Above | Site Plan - Cambridge, ON Canada
Site Plan - Cambridge, ON
Section through Single Unit
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Top | Section Through Individual Unit
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Above | Exploded Structural Axonometric Exploded Structural Axonometric Right | Section Through Family Unit
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Longitudinal Experiential Section
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Above | Longitudinal Experiential Section Site Section Below | Site Section
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4731
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Professional Work Samples: Kearns Mancini Architects
9
Toronto, Ontario, Canada Architectural Assistant January 2017 - August 2017
PROJECTS: Deloitte Fit-Out 8 Adelaide Street West, Toronto, ON Project Area: 462,000 sq.ft. BMO Future Development Graphic Design & Millwork Development
BMO Bank of Montreal, 55 Bloor St W 2nd Floor, Toronto, ON (Photo by KMA)
BMO Bank of Montreal, 101 King St E Unit 1, Toronto, ON (Photo by KMA)
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124 1838
L1
Dpg1*
L1
1 A.740
SIM
CLEAST 04 PERSONAL STORAGE
Dps
102
60 MIN ROOM
2404
Dps
18-103
Dpg1
Dpg1
556 102
L1
MEETING ROOM
Dpw
Dps
760 2832 124 2390 124
COAT CLOSET
T
694
FBS
L1
L1
T
T
L1
L2
S
L4
L4
L2
18-34 60 MINUTE ROOM
L1
S
L2
L2 4132
T
L1
MILLWORK REFER TO 7&8/ A.906 L1 7 A.906
EAST PERSONAL STORAGE
L4
L4
Deloitte Fit-Out, Sample Partition Plan
T
18-128
L4
18-142
T
760
EQ
EQ
MEET POINT 18-138
L4
MEETING 7550 ROOM
T
Dps
EQ
L4
T
L1
OPEN MEET SPACE L4 18-137
L4
SCREEN
2186
Dps
694
700 2175
L2
S
Dps
L4
L1
18-36
102
2404
T AVC
L4
T
Dpg1
102
60 MIN ROOM L4 18-136
1663
18-101 ENCLOSED ROOM RA 18-26 L1 18-101
T AVC
18-104
Dpg1
TEAM SPACE
4385
EQ
L4
2404
RA
S
SCREEN
102
18-103
18-104
BOOTH 18-105
18-106 Dpg1
2404
Dpg1
(N)
S
102
CRI TICAL DI ME NSI ON 5585 TOTAL O F FILI NG +50MM EACH SIDE L1 6602
L4124 COAT CLOSET
L4
18-136
1662
Dps
AVC
Dps
18-106
RA
22510828
3 A.958 Dpg1
1764
L4
L1
Dps
(N)
T
P1
1500
Dpg1
L1
EQ
Dps
556
102
FB3
60 MIN ROOM
Dps
18-107
2148
Dpg1
102
18-02
Dpg1*
1416 EQ 62L4
RAP1
L2
2475
Dpg1
124
Dpg1*
2898
18-03
SCREEN
102
2404
3011
(N)
Dpg1*
2872
2404
-107
18-04
124
1995
5 A.740
102
TEAM SPACE
2876
(N)
Dpg1*
SIM
Dpg1
124
102
Dps
18-03
2876
420
L2
21 2580-36
7104
Dps
18-04
525
RB
Dps
(N)
124
18-05
62
1*
SCREEN
2876
700
P1*
102
124
AVC
2876
ENCLOSED ROOM
102
3000
18-05
18-06
124
(N) PRINT ROOM ENCLOSED 18-25 ROOM L1 P1* 18-02
P1*
ENCLOSED ROOM
18-128
L2
2892
3140
L4 CABINET SEE 5/A.908
L7
124
P1*
ENCLOSED ROOM
+2750 CL01 (B)
FB3
RB
P1*
D
L1
S
LIBRARY SPACE
L2
P1
ENCLOSED ROOM L4 L4 18-01 P1*
RA
1235
46
S 18-01
SCREEN
P1*
L4
246
Dpg1*
AVC T 525
P1*
1 A.906
6 A.740
2030
11 2475
TEAM SPACE CAFE 18-126 18-30 L1
L2
400
2898
3399
FA CR
L4
48
L1
RA
L4
PHONE BOOTH
(N) 18-126B 1663 L4
1 A.901
C.S P14
2250
L4 RA
300
18-126A
L1 18-24A703 A.740
124
DO IN
705 525
ENCLOSED 10ROOM 1
RA
18-00B
18-00
1065
18-124
7 A.740
T
4 PHONE BOOTH A.740
T
L1 2 A.901
8545
L2
705
ELEVATOR LOBBY
P1
L2
MEET LOUNGE
102
EB
124
Dpg1*
P1 923
L1
EQ
P1* L4
RA
206
SCREEN EQ
T
DO OT
RA
1500
S
RA
1500
L1
RA
P14 L2
AVC
18-22 L1
EQ
18-21 L1
1500
18-20
2722
18-19 L1
RA
P14
ENCLOSED ENCLOSED Dpg1* ROOM P1 ROOM 18-29 P11 18-23 L1 P15 18-29 124 P1* 124
ENCLOSED ROOM
137
ENCLOSED ROOM
S
P1 L4
L4 2898
ENCLOSED ROOM
L1
285
L4
(H)
ENCLOSED ROOM
L1
CRI TICAL DI ME NSI ON 8326 TOTAL O F FILI NG +50MM EACSH SIDE
1500
L4
18-34
1500
L4
S
EQ
L4
D
P14 L1 815 + /-50MM
Dpg1*
18-28
S
CL04
18 -28 L1
60 MINUTE ROOM
L1
1500
+2750
S
L1
460
L1
L1
+2750
CL04
L1
102
8854
T
18-27
+2750
L1
328
124
L1 60 MINUTE ROOM
18-27
L1
1828
P1*
124
DO OT
L1
60
2600
470
L1
1828
Dps
RW
L1
328
Dpg1*
DO IN
L1
102
18-26
3625
P1*
+2750 (B) CL01
S
L4
+2750 CL04
L2
1010
18-28 760
1325
915
ENCLOSED ROOM
L3
L7
+2300
A422 4800
L3
RA
+2600
L5
+2900
L3
18-00 CL01 3
1188
18-01
1251
L4
RA
RA +2750
L1
ENCLOSED ROOM
RA ENCLOSED ROOM
18-04 L1
CL04
RA
ENCLOSED ROOM
18-03 L1
18-02
18-36 L4
EQ
EQ
L1
EQ
+2750 CL04
EQ
L4
EQ
18-103 EQ
L1
L2
MEETING ROOM
RA
18-101
EQ
L2 L4
EQ
2250
L1
L1
L1
470
+2750 (B) CL01
2150
L58
L58
EQ
L4
EQ
L4
L4
L2
MEET POINT
OPEN MEET SPACE
S
L1
18-137
2250
L2
L1
EQ
L1
EQ
L2 L1
18-138
EQ
L1
L1
L1
S
L1
Deloitte Fit-Out, Sample Reflected Ceiling Plan
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60 MIN ROOM L2 18-136
L4
S S
CL04
EQ
18-104 EQ
L2 TEAM SPACE
EQ
RA
L2 60 MIN ROOM
EQ
EQ
EQ
BOOTH 18-105
18-106 EQ
L2
EQ
EQ
18-107
RA
L2 60 MIN ROOM
EQ
L2 TEAM SPACE
L4
S
EQ
1449
L4
2150
L58
L4
EQ
L4
RA EQ
RA
CL04
2150
+2750
L1
EQ
L4
EQ
S
6
COAT CLOSET
S
+2750
3 A422
L4
L5
A423
1500
18-05
L5
L58 L7
RA
ENCLOSED ROOM
L5 S
L4
CL04
ENCLOSED ROOM
18-06 L1
L5
CAFE 18-30
L1
RA
L4
L5
L4
+2750
L8
RA
L5
L5
LD
ELEVATOR LOBBY
3000
L23
L3
L23
L3
L23
L3
L23
3150
L5
L5
CL07
S L3
L8
3
5
CL01
18-29
L1
L1 5533
L2
2520
L4
L4
60 MINUTE ROOM
L1
2601
2250
18-27
S
L1
L1
L1
153
Deloitte Terrace (Photo by KMA) 141
136
LOUNGE 06-59
L28
132.3 UP T FA CR
129
WC 06-54
L28
DO HN OT
06-53
C
SER 06-52 DB
G
1
D
UNIVERSAL WC
C
2
C
3
DN
RD
C
T T
H
RD
H
117
ROOF TERRACE BAR
T
L28
DO HN IN
4
H
HN CR
5
C
6
W
PTL
KIOSK
7
COOLER
06-56
DD
CATERING 06-55
CS
L28
DO OT
C
T
9
CORRIDOR 06-51
SINK PRO
TERRACE PREP ROOM
HN CR
DO IN CR
10 8
T
SEE FOOD SERVICES DRAWING FS-06 FOR DETAIL LAYOUT
06-50
L28
HN EB
COAT CLOSET
FA HN
3145
CR
L28
NEW SS SILL
FA CR
HN CR
06-57
LOUNGE AREA ROOF TERRACE
SEATING AREA FB3
L25
06-58
RD
L28
06-49
FB3
RD
107
L28
L28
L28
NEW SS SILL
L28
L28
POWER @ POST
L28
L25
L28
L28
L28
L28
L25
L28
L28
POWER @ POST
L28
L25
100.8
Deloitte Fit-Out, Sample Furniture Plan
51
COAT STORAGE: LINEAR METER OF COAT CLOSET: NO. OF COATS (125MM PER COAT)
10.28m 82
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Personal Work Portrait Photography
9
Independent Photography samples included here. Additional Professional work includes: Landscape Drone Photography Wedding Photography Event Documentation
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(705)-826-7906 shabaankhokhar@hotmail.com Oro-Medonte, ON 59
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