curriculum vitae
education
University of Waterloo School of Architecture Cambridge, ON, September 2018 - Present
2018 - present
-Candidate for Bachelor of Architectural Studies Honours, Co-op -Merit Scholarship
Earl Haig Secondary School Toronto, ON, September 2014 - June 2018
2014 - 2018 experience
2022
-Claude Watson Dance Program -Honor Roll 2014 - 2018
2022
IBI Group / Architectural Assistant Vancouver, BC, May 2022 - August 2022
-Developed floor plans and building sections using AutoCAD in the PD phase
-Created diagrams for parking, site coverage, and accesibility unit detailing using AutoCAD
-Organized client design packages and sheet sets
NORR Architects and Engineers / Architectural Assistant Toronto, ON, January 2022 - April 2022
-Organized FFE plan and found / created families as per provided cut sheets and FFE lists
+1 (647) 918 3673
2021
Produced diagrams illustrating program distribution, circulation, and entrances / exits with area calculations for client workshops
NORR Architects and Engineers / Architectural Assistant Toronto, ON, June 2021 - August 2021
-Prepared and revised plans, elevations, and RCPs using AutoCAD for tender submissions
-Created floor plans to test fit rooms and schedules to record total floor areas using Revit
-Modeled new floor additions using Revit
FABRIK Architects Inc / Architectural Assistant Cambridge, ON, January 2020 - April 2020
2020
technical skills
-Produced plans / models in Revit, aided in the design development of various residential renovation projects
-Developed concept renders and collages of interior spaces using Photoshop and Rhinocerous 6
-Rhinoceros 6 Revit
Enscape
-Adobe Creative Suite (Ps, Ai, Id, Acrobat, Lr)
-AutoCAD
-V-Ray Rendering
-Sketchup
Model Making (laser cutting, 3D printing, CNC milling)
-Hand Drafting and Sketching -Microsoft Office (Word, Excel, Powerpoint)
-BlueBeam
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h687zhan@uwaterloo.ca
IBI GROUP 700 – 1285 West Pender Street Vancouver BC V6E 4B1 Canada tel 604 683 8797 fax 604 683 0492 ibigroup.com
September 27, 2022
To whom it may concern:
Re: Hannah Zhang
This is to confirm that Hannah was employed in our Vancouver office May 16 August 26, 2022
During her employment she worked on a wide range of projects, but most of her time was spent working on the detailed phase of a large master planned residential mixed use project. She directly worked with her project manager, supporting the project, and developing drawings and design.
Overall, Hannah a great asset to the job and I would recommend her. I would be happy to speak more if you require more information.
Yours truly, IBI Group Architects
Gwyn Vose, Architect AIBC Director
IBI Group is a group of firms providing professional services and is affiliated with IBI / HB Architects
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NORR Architects
North
L Letter of Re commend ation
To whom it may concern,
Through the University of Waterloo co-op program, Hannah Zhang joined NORR Architects & Engineers Limited for a second term on January 4 th as an Architectural Assistant in the Health Sciences Toronto Studio, the position she held until her departure in May 6, 2022.
In my prior role as a Studio Manager at NORR, I have been responsible in our staff’s development and recruitment of talented professionals in building diverse teams to deliver complex projects for a multitude of Hospital client portfolios within the Healthcare sector. I have overseen Hannah’s duties in preparing design and working drawings on a new $230M Healthcare facility under development in Richmond Hill. The Terra Hill Ambulatory Surgical and Medical Centre project at 9355 Leslie Street is a first of its kind in Canada and will offer specialized ambulatory clinic services and st ate-of-the-art image-guided surgical procedures to the general public where these services would otherwise fall under the advanced level care through a specialist. Hannah’s range of tasks include preparing mixed media for design presentations and assisting technical staff with developing the construction documents.
Hannah through her work at NORR has shown to be an effective team member actively participating in the development of the project and assisting in delivering high quality work. Hannah is a fast learner and was able to adapt to various software platforms to suit the different project needs all on her own with very little guidance. She worked extremely well with all internal and external team members.
I immensely enjoyed working with Hannah for her very thorough and detail-oriented approach in handling project assignments. I was very impressed with her proactive and positive attitude. I would have no hesitation to recommend Hannah for future co-op placement to pursue her architectural career opportunities.
Sincerely,
Luke Le, B. Arch Sc. Principal, Health Sciences
416 926 4309 M 416 725 9699 | luke.le@norr.com
5 https://norrzone-my.sharepoint.com/personal/luke_le_norr_com/documents/studio management/co-op reference letter_norr_hannah zhang_2022-07-01.docx NORR Architects & Engineers Limited 175 Bloor Street East North Tower, 15th Floor Toronto, ON Canada M4W 3R8 T 416 929 0200 norr.com June 30, 2022
& Engineers Limited 175 Bloor Street East
Tower, 15th Floor Toronto
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bloom
3B Design Studio Final (Biomimetic Design)
Supervised by: David Correa Programs: Rhino 6, Enscape, Photoshop, Illustrator Completed: December 2021
In collaboration with Jinchen Cai
Bloom is a facade system informed by the research of two plants, the Impatiens Capensis (orange jewelweed) and the Daucus Carota (wild carrot). It features wooden petals attached to a steel structural frame and provides both shading and a privacy screen to the street view. The facade is triggered by humidity, causing the petals to curl and shade the interior of the building. As such, it was designed for a humid climate to provide additional shading in the warmer months on a building with curtain wall-type facade to enhance the simplistic elegance of the petals.
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The Impatiens Capenesis feature both vibrant, uniquely shaped orange blossoms as well as explosive seed pods. The plant is part of the balsaminaceae family and is a self-seeding, annual plant native to North America. The valves are made of several different parts and will burst open with a slight touch or when reaching peak ripeness. The turgor pressure created by the outer cells combined with the valve seams fracturing during its growth and pretensioning the fibre running along the length store up enough potential mechanical energy to fling the seeds up to 2 meters away.
8 seeds valvescolumella stem
01 | bloom
hannah zhang | portfolio 2022
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daytime interior render (closed facade - active)
nighttime
interior render (open facade - inactive)
01 | bloom
11 hannah zhang | portfolio 2022 | issue 06 daytime exterior render (closed facade - active) nighttime exterior render (open facade - inactive)
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hannah zhang | portfolio 2022
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02 | helios
3A Design Studio Final
Supervised by: Adrian Blackwell and Cheryll Case Programs: Rhino 6, Enscape, Photoshop, Illustrator
Completed: April 2021, revised August 2021
In collaboration with Gwen Del Rosario
The Helios Project is a transitional housing project along Oakwood Avenue in Toronto, Canada, the building itself is called Beacon. Expanding on the objectives of the Vaughan Redrawn land trust, this project promotes walkability along Oakwood Avenue by featuring a solarium that acts as a beacon of light to increase pedestrian safety in the neighbourhood. A central atrium brings natural light into the building and creates visual connections between floors, promoting social activity within the space. The residential units include both one-bedroom and two-bedroom units to accomodate for a variety of people and provides different living arrangements as desired. The building program is diverse with many services to assist the residents from recreation facilities to child care to meeting rooms for workshops.
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In designing Helios, it was important needs and desires of the community Throughout the project, there of the neighbourhood to provide Prior projects throughout researching the statistics of becoming familiar with the area. the demographic statistics to listings to the cultural history how the neighbourhood
In designing the building Beacon, additional challenges and requirements housing has different needs compared affordable housing. The services were informed by research buildings as well as the possible residents to accomodate as
In addition to this, Helios aims surrounding transitional housing a less conventional design by that are open to the neighbourhood residents. The goal was to design be open to the general public Beacon to feel more connected transition. Residents would still floors as those spaces are
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daytime exterior render sunset exterior render nighttime exterior render 02 | helios
important to keep in mind the community it aimed to serve. there were meetings with tenants provide insight and guidance. the term were focused on of the neighbourhood and area. This included examining to past and current housing history that may have impacted neighbourhood developed.
Beacon, there were certain requirements as transitional compared to more traditional services that Beacon provides on existing programs and possible needs of the future as many people as possible.
aims to erase some of the stigma housing as a whole and features by including public services neighbourhood in addition to the design a building that could public and allow those staying in connected to community for an easier still find privacy in the upper are reserved for them only.
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bedroom interior render atrium interior render solarium interior render
energetic section
Helios aims to serve the entire transitional housing process throughout its lifecyle and adapt to the surrounding neighbourhood. After its operation as transitional housing, the programming of the building towards affordable housing and rental or shelters in response to the densification of the neighbourhood. As such, the structure of the building was designed in tandem with its anticipated life cycle. While the core and main structural elements are made of materials for longevity, the facade was designed to be replaced so the building can be renovated all at once with the program shift.
The programming of the Beacon is distributed as shared public programming on the lower floors and primarily residential and social spaces on the upper floors. The ground floor features a multi faith room, administration, meeting rooms, counselling and therapy services, public lobby space, and retail spaces for small businesses. Throughout the second to sixth floor, there are quiet rooms for study/work, laundry facilities, a gym, community kitchens, a computer lab, a roof top patio, and a greenhouse for gardening or growing fruits and vegetables. There are a total of 20 single bedroom units and 13 two bedroom units which can be combined to accomodate larger families.
Among the highlighted features such as the atrium, the building also gives residents atonomy within the units. The goal was to create a space that could be customized to give a sense of ownership. All units have sliding doors which allow residents to open or seperate the space as much as desired. This extends to the facade which is made of operable sliding wood panels that provide shading and privacy from the street view.
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site axo
hannah zhang
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| portfolio 2022 | issue 06 exploded axo
20 basement floor first floor fourth floor second/third floor 02 | helios
hannah
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zhang | portfolio 2022 | issue 06 fifth floor sixth floor west elevation north elevation west facing section
03 | unify
UNI Youth House Competition 2022 Co-living for the Youth Design Challenge Programs: Rhino 6, Enscape, Photoshop, Illustrator Completed: July 2022
In collaboration with Gwen Del Rosario, Nadia Cheng
Located in Brussels, Belgium, UNIFY is a co-op housing apartment for young entrepreneurs who wish to learn about business and marketing. Its location allows young entrepreneurs access to the country’s free-market economy and its adjacent European neighbors. UNIFY is designed to facilitate different levels of work and collaboration, while also allowing young people from different backgrounds to create new bonds and friendships with their peers in positive social environments. As a modular building, it can be located anywhere on site, oriented in any direction and can be duplicated to create larger, multi-building spaces.
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The project is based on 3 tiers of social interaction: within each individual unit, within the entire building, and the spaces between future modules. Within the unit, tenants can find privacy in their own bedrooms while small scale social activity can be facilitated in the living spaces. Throughout the building are communal and working spaces which were designed for collaborative work as well as gatherings or events. Between multiple moldules are courtyard spaces for the largest scale of social events. Each unit contains 3-4 bedroom, all of which have ensuite bathroom and half of which are accessible while kitchen and living/dining spaces are shared between roommates. The stepped massing of the building allows for shared balcony space between tenants and the operable facade provides optimal lighting and shade at all times of the year at any orientation on the site.
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site map collaborative/social space interior render bedroom interior render study/work space interior render 03 | unify
gathering within the apartment
gathering within the building module
gathering between building modules
module
fold facade inwards
maximized
Brussels winter solstice angle: -62 °
facade upwards for maximized summer shading
Brussels summer solstice angle: -13 °
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bedrooms and living / dining rooms
apartments and communal space
building
and courtyard building axnonometric facade diagram
for
winter shading
fold
collaborative/social space axo study/work space axo bedroom axo
26 first floor second floor third floor fourth floor section perspective 03 | unify
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sonder
3B AESS Design Final, CISC Design Competition 2022 Entry
Supervised by: Terri Meyer Boake
Programs: Rhino 6, Enscape, Photoshop, Illustrator Completed: December 2021
In collaboration with Jessica Chan, Nadia Cheng
Located in British Columbia, Campbell River is home to various species of salmon, including Chinook, Chum, Coho, and Pink. The Salmon Run occurs annually during the fall months of September to November in countless rivers worldwide, and the Campbell River is no exception. For many fish, this marks the final journey of their lives - in swimming up their natal rivers where they are born to reach their hatching ground, majority will die. Sonder is a pedestrian bridge, serving as a connection between hiking trails, across Deer Falls which is in close proximity to the upstream areas of Campbell River. It is additionally a place for occupants to pause as they witness the fishes’ ultimate journey. The undulating, curved walkway and railings reference the elegant ripples and waves of the water, while the arch which supports the segment of the bridge across the river mimics the parabolic movement of the fishes as they launch themselves across waterfalls of the Campbell river, against the rapidly flowing waters, in order to reach their ultimate life mission at the spawning grounds upstream. Sonder pays tribute to the final journey of these creatures, while offering occupants a space to pause and admire the alluring landscape.
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30 01235 10m 0123510m CampbellRiver hiking trail hiking trail BB AA pedestrian view bridge render section AA enlarged site plan detailed site plan bride elevation 04 | sonder
31 hannah zhang | portfolio 2022 | issue 06 0 10 20 30 50 100m0102030 50 100m 012m bridge underside render sectionBB
Perforated steel deck (galvanized) Coped (bolted) connections Wide flange beam welded to wide flange with tapered web (galvanized)
Galvanized X plate and hex bolts Pin connection to column
Arch (see detail F) Unremediated welds
Clevis connector
Stainless steel cable
C. Cable
B. D. A. C.
Straight wide flange sections support the curved walkway
Arch Curved round HSS tube. Metallized, primed and finished white paint Bridge
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A. Sectional View of (Underside) Structure and Connection to Column
B. Cable Connection to Arch
Galvanized 04 | sonder
Stainless steel cable
Stainless steel cable
Turnbuckle
Bolted connection
Stainless steel cables
Welded connection Bolted connection
Clevis connector
Bolted connection
Galvanized wide flange beam
Connection to Beam
D. Connection of Railing to Frame, exploded
Galvanized wide flange beams
Bridge Deck/Walking Surface
Galvanized for corrosion resistance
Galvanized for corrosion resistance
V-Shaped Columns
Break formed tapered tubes. Metallized, primed and finished with grey paint to match beams
D. E. AESS Categories
Custom Cut Railings
steel
Welded column-to-plate connection
Galvanized anchor bolts
Concrete foundation
E. Column: Foundation Connection
Arch: Curved round HSS tube, 800mm diameter
Galvanized anchor bolts
Break formed tapered tubular columns, welded F. Arch: Foundation Connection
Welded column-to-plate connection tube. finished with Wide Flange Beams
Railings are custom cut plates (AESS C standard) Cable Connection to Arch AESS 2 due to viewing distance V-shaped Columns are at AESS4 standard Remainder of bridge is at AESS 3 standard
Concrete foundation
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Stainless
34 05 | additional works
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2B Design Studio Final
Supervised by: Rick Andrighetti and Katherine Kovalcik
Programs: Rhino 6, V-Ray, Photoshop, Illustrator
Completed: August 2020
Flow is a restoration project located along the Duncan Woods Creek Trail in Toronto, Ontario that focuses on mitigating the water erosion happening along the banks of the creek and surrounding ravine site. The design was inspired by the constant stream of water through the site, as well as the paths carved out in the earth by the stormwater runoff. It incorporates a variety of erosion mitigation methods throughout the project including retaining walls, stacked rock walls, hedge brush layering, and gabion baskets.
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site plan section 1 section 2 section 3 project site plan building plan building section interior render picnic space exterior render park exterior render 1 park exterior render 2 building section with site context 05 | additional work