HRISHIKESH TAILOR Ryerson University DAS B.Arch.Sci 2017 Architectural Portfolio 2015
CONTENTS
Resume 4 Little Portugal Library I 6 Little Portugal Library II
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Dalseong Citizen’s Gymnsium 30 Kortright Visitor’s Centre 38 Portlands Housing 46 Portlands Townhouse 50
HRISHIKESH TAILOR Mississauga, Ontario T: 647 716 7833 E: hrishikesh.tailor@gmail.com
www.issuu.com/hrishikesh.tailor http://ahrishitekt.com/
EDUCATION 2012 - Present
Bachelor in Architectural Science, 2017 Candidate Third Year Ryerson University, Toronto
WORK EXPERIENCE
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May 2015 - Present
Ryerson University - Toronto, Ontario, Canada Undergraduate Research Assistant - Professor Vincent Hui
May 2014 - Aug 2014
Design TWG - Mississauga, Ontario, Canada Architectural Intern - Created architectural visalizations, presentations, building permit drawings, variance applications and Interior Design Construction Documents -Assisted in schematic design phase
June 2013 - Aug 2013
TAES Architects Inc. - Toronto, Ontario, Canada Architectural Intern - Prepared design proposals for clients , architectural visualizations and presentations - Assisted in schematic design phase by providing individual proposals and precedent research - Actively participated in client meetings - Assisted during design development on varied scale and type of projects (residential, institutional, recreational, commercial)
AWARD September 2014
Third Prize- Daegu International Architectural Competition UIA Approved International Competition - Daleseoung Citizen`s Gymnasium Daegu, South Korea A 4 persons team was awarded $5000 US. The team was invited to the Award Ceremony and the Architecture Biennale in Daegu, South Korea. Ryerson University funded the 5-day trip to receive the award and visit the site.
TECHNICAL SKILLS
- AutoCAD 2010-2015 - Revit Architecture - Rhinoceros - Sketchup - V-Ray - Adobe Suite: Photoshop, Illustrator, InDesign - MS Office and MS Project - Digital Fabrication: Laser Cutting
REFERENCES Vincent Hui
Associate Chair and Experiential Learning Director Associate Professor Department of Architectural Science, Ryerson University B.E.S., C.U.T., M.Arch, M.B.A. LEED AP, MRAIC, Assoc. AIA 350 Victoria Street, Toronto, Ontario T: 416 979 5000 ext. 7962 E: vincent.hui@ryerson.ca
Dr. Shenshu Zhang
Principal TAES Architects Inc., Toronto Dr-Ing, OAA, MRAIC, LEED-AP/BD+C E: info@taesarchitects.com T: 416 800 3284 ext. 203 Web: www.taesarchitects.com 5
LITTLE PORTUGAL LIBRARY I
Dundas Ave. W & Sheridan St. Toronto, Canada ASC 620 - Integration Studio II | 01.2015 - 02. 2015 | Instructor - Vis Ramasubraniam | Year Three There are two major given programs- Library and Centre of Social Interaction (CSI) style office. The first step was to identify two volumes which would house the two programs. This division of mass was further applied vertically to create “floating” volumes. Such compartmentalization was carried further in plan by dividing porgrams into various rooms with interstitial space in between for collaboration. These compartments are brought together by a central “greenhouse” which acts as a focal point. The scale was brought down on the north side to associate it with the residential fabric of the site thereby helping, domesticating and otherwise a relatively a “large-scale” project.
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LEVEL 1 1. Cafe 2. Reading Area 3. Child drop-Day care 4. Senior Centre 5. Loading 6. Storage
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7. Break0out space 8. CSI Office Reception 9. CSI Reception Office 10. Librarian office 11. Computer-Self check out area 12. Library Reception
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1. Reading Area 2. Fiction stacks 3. Stacks 4. Study Space
5. Seating Area 6. Artist Studio 7. Common Printer space 8. CSI Office
4. Kitchennete for Office 5. CSI Office
1. Reading Area with Stacks 2. Stacks 3. Seating Area
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4. CSI Office 5.Collaboration Space
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LEVEL -1 1. M-E room 2. Storage 3. Audio-Video room 4. Maker Space-Digital Fabrication Lab
5. Computer room 6. Multi-purpose space 7. Server Room 8. Book Processing
9. Elevator room 10. Wood Workshop 11. Work Area 12. Stacks
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PARAPET DETAIL
SOFFIT CONDITION 14
WINDOW HEAD DETAIL
FLOOR TO WALL DETAIL 15
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LITTLE PORTUGAL LIBRARY II
Dundas Ave. W & Sheridan St. Toronto, Canada ASC 620 - Integration Studio II | 02.2015 - 04. 2015 | Instructor - Vis Ramasubraniam | Year Three Group Members: Hrishikesh Tailor, Nick Callies A different version of the library project in Little Portugal was chosen to take the project from Schematic Design Phase to design developement. The main concept here is the division of two programs - Library and CSI Office is distinguished by the different orientation of structural grid and facade application. An Aluminum ring mesh acts as a screen for the two programs. Wrapping the building all over with strategically placed openings and punched out windows give a sculptural quality to an otherwise orthographic design. The Office part of the building is characterized by a simple curtain wall with
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a regular grid which supports a secondary steel structure on the exterior. This structure in turn holds the aluminum ring mesh. The library part of the building is characterized by a more complex facade with windows that punch out into the mesh acting as a “frame� to capture exterior views.
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1. Cafe 2. Storage for Cafe 3. Storage 4. Multipurpose space 5. Storage 6. Library Office 7. Library 8. Reception
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PARTIAL FLOOR PLAN
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PARTIAL REFLECTED CEILING PLAN- TYPICAL
1. Roof Assembly: Foliage Growth Medium Drainage Mat Waterproofing membrane Rigid Insulation (175mm) Vapor Barrier Concrete slab (190mm) Steel Deck 2. Parapet Wall: Air Barrier Rigid Insulation Plywood Sheathing Mineral Wool Insulation 120mm Steel Studs Backer Wall Plywood Sheathing 3. 190mm Floor Slab 4. Catwalk on Secondary Steel Structure 5. Ring Aluminum mesh holder 6. Ring Aluminum Mesh 7. Secondary Vertical Steel element 8. Aluminum Spandrel Panel with Glass Wool Insulation 9. Horizontal Steel Member 10. Horizontal Mullion 11. Glazing Curtain Wall 12.Vertical Mullion 13. Floor Assembly: Raised hardwood Flooring Concrete Slab on Steel Deck (190) Fire proofed Steel I-Beams
PARTIAL INTERIOR ELEVATOIN - TYPICAL
14. Supply Air 15. Horizontal Mullion 16. Aluminum Steel Panel 17. Lighting 18. Steel Columns 19. Metal Screen Ceiling
20. Horizontal Mullion 21. Drain 22. Sidewalk 23. Foundation Wall Assembly: Drainage Frabric Drainage Layer Waterproofing Membrane Rigid Insulation Vapor Barrier Cast in place ConcFourete Wall Rigid Insulation Drywall 24. Foundation Slab: Raised Flooring Rigid Insulation Concrete Slab Vapour Barrier Rigid Insulation Waterproofing Membrane Gravel 25. Flashing 26. Aluminum Spandrel Panel 27. Catwalk 28.Secondary Steel Horizontal Element 29. Curtain Wall Glazing 30. Rainscreen Wall Aluminum Panel Air Space Air Barrier Rigid Insulation Sheathing Cavity Insulation 120mm Steel Stud Wall Cavity Insulation Vapor Barrier PLywood Sheathing Drywall 31. Curtain Wall Glazing 32. Horizontal Steel Elements 33. Catwalk 34. Ring Aluminum Mesh 35. Metal Screen Ceiling
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PARAPET DETAIL - D1 1. Roof Assembly: Foliage Growth Medium Drainage Mat Waterproofing membrane Rigid Insulation (175mm) Vapor Barrier
Concrete slab (190mm) Steel Deck 2. Gravel 3. Aluminum Coping 4. Blocking 5.Compoite Aluminum Spandrel Panel
6.Parapet Wall Assembly: Aluminum Flashing Waterproofing Membrane Air Barrier Rigid Insulation Plywood Sheathing Mineral Wool Insulation 120mm Steel Studs
Backer Wall Plywood Sheathing 7. Spandrel Cavity Insulation 8. Vapor Barrier 9. Aluminum Grille Catwalk
10. Secondary Steel Element connection to I beam 12. Horizontal Mullion
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FLOOR TO WALL - D2 13. Vertical Mullion 14. Horizontal Mullion 15. Supply Air 16. Raised Hardwood
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Flooring 17. Concrete topping on Steel Deck 18. Steel Deck
19. Ceiling Hanger 20. Steel I-Beam 21. Fire Proofed [Spray Foam] I- beam
22. Fire Proofing Foam main structure 23. Angle Connections 24. Steel Column Connecting Vertical mullions of curtain wall to
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MESH TERMINATION - D3 25. Steel Secondary Structure- Vertical Element 26. Steel Secondary Structure- Horizontal Element 27. Aluminum Ring Mesh 28. Pin connecting Mesh to the Secondary Structure 29. Terminating Connection Pin
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SECTION A-A
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SOUTH ELEVATION
WEST ELEVATION
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GRADE CONDITION - D4 1. Raised Hardwood Flooring 10. Aluminum Screen Suspended Cast in place Concrete Wall 2. Curtain Wall Glazing Ceiling Rigid Insulation [50mm] 3. Supply air 11. Foundation Wall Assembly: Drywall 4. Horizontal Terminal Mullion Drainage Frabric 24. 60 mm crushed stone 5. Aluminum Flashin Drainage Layer 25. Concrete Retaining Wall 6. Foundation Wall Concrete Face 26. Sidewalk 7. Aluminum Grille Catwalk Waterproofing Membrane 8. Earth Rigid Insulation [100mm] Idea Store 9. Spray foamed fire proof I - Beam Vapor Barrier -Nick Callies & Hrishikesh Tailor
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BREAK IN NATURE
Dalseong-Gun, Daegu, South Korea UIA Approved Dalseong Citizen`s Gymnasium International Competition 2014 | 3rd Prize Group Members: Hrishikesh Tailor, John Han, Ruslan Ivanutskyy, Daniel Bassakyros With the construction of Techno-polis and Daegu National Industrial park, Dalseong-gun is recently going through a shift in identity from a quiet country district into an exciting cultural hub. In this context, we see an interesting potential in proposing a gymnasium that provides a break space, where the citizens relax and exercise alongside nature. In our proposal, people will be guided to interact with nature using all of their senses. They will feel the diffused green light, hear trees sway and birds chirp, smell flowers, and see green shadow seeping through the glazing. Break in Nature provides the current and the future citizens with exactly what its name suggests--a break from their daily hectic lives, engaging with peaceful nature of Dalseong-gun.
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KORTRIGHT VISITOR’S CENTRE
Woodbridge, Ontario ASC 520 - Integration Studio I | 09. 2014 | Instructor - Maria Denegri | Year Three Group Members: Hrishikesh Tailor, Zac Topp, Kiennte Sanipe The requirement for this project was to create a highly environmentally sustainable visitor centre for Korttright Centre for Conservation. The design was conceived by various passive strategies. First, the volume was stretched into the envornment to have a large south facade and then two double height spaces were added to provide a focal point.
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SITE PLAN
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Cross Ventilation
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Winter Sun: Atrium
PASSIVE STRATEGIES
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PORTLANDS HOUSING
Portlands, Toronto ASC 401 - Design Studio III | 02. 2014 - 03.2014 | Instructor - Olena Kobets-Singkh | Year Two The main intent of this project was to be a part of the larger fabric of the Portlands community and also create a community within it. This was achieved through providing a podium which houses a theatre space while the roof of the podium creates a large multipurpose open space while the volumes are arranged in a manner to creat open spaces within the apartment block. These spaces encourage social interactions while providing a space for impromptu performances could take place.
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PORTLANDS TOWNHOUSE
Portlands, Toronto ASC 401 - Design Studio III | 01. 2014 - 02.2014 | Instructor - Olena Kobets-Singkh | Year Two The intent is to design a live/work townhouse that separates the professional and private life of the client in a way that it facilitates both aspects of his life smoothly.
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The main issue was addressed with the help of a central courtyard. This courtyard separates the professional and private life of the architect. This duality is further reinforced by limiting access of the employees to the more private spaces. Similarly, archi-tectonic dualities are explored in the elevations of the townhouse. (Exterior and interior elevations). The architect’s preferred design sensibilities are used as an inspiration to achieve the aesthetic of the spaces and the townhouse overall. The work spaces have been designed in a way that future expansion is possible. This house provides essential spaces required to live and the luxury to work efficiently from the home-office eliminating the hassles of everyday commute.
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Scale 0m
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1:100 2m
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ZONING REQUIREMENTS
SCHEMATIC DESIGN
Public
DESIGN RESPONSE
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HEIRARCHY OF SPACES
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Hrishikesh Tailor hrishikesh.tailor@gmail.com