Hi, I’m Jessica Wang, and welcome to my portfolio!
I am a third-year Architecture student at the University of Waterloo, passionate in how Architecture connects the individual, the society, and the environment together in a sustainable, innovative fashion. I am eager to convey a cohesive narrative through creative problem solving and to collaborate to address multi-scalar world issues.
Thank you for your consideration,
Let’s get in touch!
j82wang@uwaterloo.ca 647-532-3343
linkedin.com/in/jessica11wang/
education
Sept 2022 - Present
Cambridge, ON June 2023
Virtual
Sept 2018 - June 2022
Markham, ON
skills
curriculum vitae
University of Waterloo
Candidate for Bachelor of Architectural Studies Honors Co-op
Harvard Graduate School of Design
j82wang@uwaterloo.ca
647-532-3343
Design Discovery Virtual, an online academic program exploring the disciplines of Architecture, Landscape, and Urban Planning
Pierre Elliott Trudeau High School
Ontario Scholar with 4-year Honor Roll Status
Core French Certificate
Technical
Rhino
Adobe Creative Suite
Enscape
Vray
AutoCAD
Revit
Grasshopper
Lumion
work experience
Sept 2024 - Dec 2024
Toronto, ON
Jan 2023 - Apr 2023
Amsterdam, Netherlands
Architectural Intern: HDR Inc.
Analog
Model making
Hand drafting
Woodworking
Laser-cutting
3D Printing
CNC Milling
Photogrammetry
Sept 2023 - Present
Cambridge, ON
achievements
March 2024
April 2023, Dec 2024
Sept 2023
July 2023
April 2023
Sept 2022 - Present
Sept 2022
Sept 2022
Languages
English
Mandarin
Fuzhounese
French (limited proficiency)
Cantonese (limited proficiency)
– Contributed to the schematic design phase by assisting in the master-planning of a large-scale hospital greenfield site, integrating functional and sustainable principles
– Supported construction administration for the York University Neuroscience Research Facility by selecting interior finishes, managing submittals, and participating in construction meetings to ensure project quality and adherence to specifications
– Conducted sustainability analyses for the design development of a research building, aligning the project with environmental and energy efficiency goals
Architecture and Urbanism Intern: FABRICations
– Produced illustrations and diagrams describing multiple facets of the framework for a new Innovation District, to be published as a book
– 3D modelled and rendered visualizations of large urban projects at varying scales
– Created a 1.5 m x 3 m physical model in preparation for community outreach meetings
University of Waterloo Work-Study Research Position: Planting Imagination
– Created a How-To-Guide sharing the co-design appproach developed for Chinatown community
– Designed illustrations to convey research on 3D scans, point clouds, and meshes of Chinatown
– Translated executive summaries of Chinatown research Simplified and Traditional Chinese text
Work Exhibited at the Amsterdam Centre for Architecture
– Urban Sky Lab – Designing for Drones in the City , under FABRICations
1B and 2A Term Dean’s Honours List
– Recognizes the top 10% of students of each class of the term Winner for ArchiDots’ 2023 Freshman Category Student Showcase
Shortlisted for Buildner’s Yoga House in the Bog Competition
Selected for Canadian Architecture Student’s Association’s 2023 RAIC Student Showcase
Excellent Academic Standing at the University of Waterloo
Robert Kerr Scholarship Recipient
–
Awarded to 1 outstanding undergraduate student entering first-year studies, alternating annually between the School of Architecture and the School of Planning
President’s Scholarship of Distinction Recipient
86825283
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KvK: 86825283
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3 June 2024, Amsterdam
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KvK: 86825283
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IBAN: NL43ABNA0555222160 3 June 2024, Amsterdam
IBAN: NL43ABNA0555222160
Datum
Datum Onderwerp
Onderwerp
Letter of Recommendation for Jessica Wang
3 June 2024, Amsterdam
To Whom It May
Concern,
Letter of Recommendation for Jessica Wang
It is my great pleasure to write this recommendation letter in support for Jessica Wang.
86825283
KVK: 86825283
To Whom It May Concern,
Letter of Recommendation for Jessica Wang
Jessica worked with us at FABRICations as an intern from January to April of 2024. During her time with us, she proved to be an exceptional colleague - demonstrating reliability, creativity, and motivation in her role as a designer.
To Whom It May Concern,
It is my great pleasure to write this recommendation letter in support for Jessica Wang.
It is my great pleasure to write this recommendation letter in support for Jessica Wang.
Jessica worked with us at FABRICations as an intern from January to April of 2024. During her time with us, she proved to be an exceptional colleague - demonstrating reliability, creativity, and motivation in her role as a designer.
Jessica primarily contributed to a number of projects, producing diagrams, models, and renders, that spanned Architecture, Urban Design, and Landscape Design. She shows evident care and commitment in her work, taking on any task given to her with diligence and efficiency. Jessica was focused, enthusiastic, and well-organized, a quick learner and highly adaptable, with a strong drive and exciting potential.
Jessica worked with us at FABRICations as an intern from January to April of 2024. During her time with us, she proved to be an exceptional colleague - demonstrating reliability, creativity, and motivation in her role as a designer.
Jessica primarily contributed to a number of projects, producing diagrams, models, and renders, that spanned Architecture, Urban Design, and Landscape Design. She shows evident care and commitment in her work, taking on any task given to her with diligence and efficiency. Jessica was focused, enthusiastic, and well-organized, a quick learner and highly adaptable, with a strong drive and exciting potential.
She first worked on IKDB creating colorful illustrations and diagrams of our design strategies and framework, translating conceptual information into clear visuals. She also made site models in preparation for community feedback sessions. In her work on the Tata Steel project, Jessica leveraged Grasshopper and Rhino to create comprehensive 3D models of the site from scratch. She employed Enscape to produce high-quality renders from different perspectives and scales, highlighting key concepts of sustainability and resilience. Later she worked on the Urban Sky Lab project, imagining a future scenario where drones are implemented in the network of the city of Amsterdam, for an exhibition at Arcam.
Jessica primarily contributed to a number of projects, producing diagrams, models, and renders, that spanned Architecture, Urban Design, and Landscape Design. She shows evident care and commitment in her work, taking on any task given to her with diligence and efficiency. Jessica was focused, enthusiastic, and well-organized, a quick learner and highly adaptable, with a strong drive and exciting potential.
She first worked on IKDB creating colorful illustrations and diagrams of our design strategies and framework, translating conceptual information into clear visuals. She also made site models in preparation for community feedback sessions. In her work on the Tata Steel project, Jessica leveraged Grasshopper and Rhino to create comprehensive 3D models of the site from scratch. She employed Enscape to produce high-quality renders from different perspectives and scales, highlighting key concepts of sustainability and resilience. Later she worked on the Urban Sky Lab project, imagining a future scenario where drones are implemented in the network of the city of Amsterdam, for an exhibition at Arcam.
I recommend Jessica with no reservations and am happy to represent our firm in saying she would be a valuable addition to your team as well. Please do not hesitate to contact me if you would like any additional information.
Sincerely,
She first worked on IKDB creating colorful illustrations and diagrams of our design strategies and framework, translating conceptual information into clear visuals. She also made site models in preparation for community feedback sessions. In her work on the Tata Steel project, Jessica leveraged Grasshopper and Rhino to create comprehensive 3D models of the site from scratch. She employed Enscape to produce high-quality renders from different perspectives and scales, highlighting key concepts of sustainability and resilience. Later she worked on the Urban Sky Lab project, imagining a future scenario where drones are implemented in the network of the city of Amsterdam, for an exhibition at Arcam.
I recommend Jessica with no reservations and am happy to represent our firm in saying she would be a valuable addition to your team as well. Please do not hesitate to contact me if you would like any additional information.
Ludovica Beltrami Architect - Office Manager
Sincerely,
I recommend Jessica with no reservations and am happy to represent our firm in saying she would be a valuable addition to your team as well. Please do not hesitate to contact me if you would like any additional information.
I am pleased to write this letter of recommendation for Jessica Wang. I had the pleasure of serving as her supervisor during her four-month co-op term with us at HDR. Jessica's contributions to our team were not only highly valued but also indicative of her profound capabilities and promise in the architecture community.
Jessica demonstrated an exceptional ability to work independently, taking initiative in tasks and projects with minimal guidance. Her capacity to grasp complex concepts quickly and apply them practically was evident from her involvement in a variety of projects. She managed these responsibilities with a remarkable level of professionalism and a keen attention to detail, ensuring that all aspects of her work met our high standards.
During her tenure, Jessica was involved in different phases of project development, from initial schematic designs to the construction phase. This exposure has equipped her with a robust understanding of the architectural process and has honed her ability to adapt and respond to differing project demands. Moreover, Jessica’s organizational skills were crucial in managing the diversity of the tasks she was assigned to, ranging from large-scale hospital master planning to the interior design of mid-sized projects.
Her ability to handle complex tasks from beginning to end is commendable. Her proactive approach and dedication to her work have been impressive to our team. Jessica's contributions were not just limited to her projects; she also brought a positive attitude and professional demeanor to our workplace, which resonated well with her colleagues and clients alike.
I am confident that Jessica’s skills, professionalism, and dedication will make her a valuable asset to any organization. She is a standout individual who is capable of delivering high-quality work under pressure and would make a great addition to your team.
Please feel free to contact me should you require any further information or clarification about Jessica's performance and suitability for your firm.
Sincerely,
Somayeh Mousazadeh
bridging with brick
Buildner’s Single Stair Housing Challenge winter 2025
mid-rise residential complex in Denver, Colorado in collaboration with Jessica Jia
rhino // vray // illustrator // photoshop
Bridging with Brick is a mid-rise apartment complex inspired by Denver’s rich architectural history, where brick has long been a foundational building material. Designed to address the “missing middle” in housing, this project fosters a sense of community while promoting healthy, happy living. Located in the heart of the Capitol Hill neighborhood, the building maximizes its prime plot by dedicating the ground floor as a vibrant communal space where residents can park bikes, socialize, play, and relax amidst thoughtfully designed brick-clad landscaping. More than just a housing development, Bridging with Brick exemplifies a forward-thinking approach to accessible and inclusive urban living while prioritizing sustainability, fostering community engagement, and enhancing quality of life for generations to come.
unit entryway view
roof patio view
The prominent west-facing single staircase, paired with four solar chimneys rising from the northern mass are key architectural elements. These chimneys enhance natural ventilation and optimize heating and cooling while functioning as central light wells that fill each unit with abundant natural light. The rooftop offers a lush, green sanctuary with a looping walkway, picnic tables, and diverse plantings, inviting residents to relax and connect with nature. Sustainable and locally sourced materials are utilized throughout the building, with rainwater being harvested via planter systems, enabling the reuse of non-potable water.
public garden view
brick hill view
public + private ground floor
+ ventilation + daylight
+ energy efficiency
solar chimney
each unit features a solar chimney that doubles as a light well, passively heating and cooling common gathering spaces while bringing daylight in
planters the roof rainwater distributed rainwater
standard unit layout accessible unit layout + amenities
+ water collection
+ non-potable water usage
+ sun for planters
+ shading for seating
+ cultural connection
rainwater management system sun shading local and sustainable materials
along exterior hallways and on top collect and recycle excess rainwater for non-potable usage to be distributed throughout the building
covered exterior hallways along the southern facade are lined with benches and planters and seize acsouthern sun, with strategically placed shading for differing functions
brick detailing is featured throughout the building as an ode to Denver's rich history of brick usage and for its local sourcing and sustainable qualities
detailed unit plan
c
c d d
d-d interior section
detailed interior section
a-a section
b-b section
c-c interior section
anchor
fall 2023
fishing museum in Toronto, Ontario ARCH 292 Design Studio supervised by Lola Sheppard + Michael Fohring + Quan Thai
Located in the heart of downtown Chinatown, Anchor is a museum that revitalizes lost fishing cultures and traditions in Fuzhou, China. The museum establishes the relationships between fishermen, fish, and food, bridged between the environment of water. Light and intersecting sight lines re-establish these connections through an interior atrium. Elements of water are considered through lighting, dichotomies of horizontality and verticality, and the juxtaposition of dark and light atmospheric conditions, engaging the senses in an architectural representation of water and the deep, vast ocean.
light diagram sight line diagram
fish display exhibition fishermen's equipment display
To reinforce the importance of water, the building runs on a recycled water system, collecting and filtering rain water and grey water to be used throughout the building. Garden spaces feature geoponic, hydroponic, and aquaponic relationships that grow produce for the restaurant and also play a part into the recycled water system.
wave
winter 2023
pedestrian bridge in Kitchener, Ontario ARCH 193 Design Studio
supervised by Isabel Ochoa + Rick Andrighetti
rhino // enscape // illustrator // photoshop
Wave takes the form of its namesake in multiple different ways: the circulation follows a sinusoidal wave; the elevations mimic the movement of the sea, gently rocking up and down; and the shading devices are visually inspired by them, creating loose, organic curves. This wheelchair-accessible bridge provides resting spaces protected by the sun from both east and west, with dipped lookout points opposite to them. Illumination of the pedestrian bridge at night provides safe access across the park as a new wayfinding landmark.
DN32 steel hand rail 1100mm above deck
DN32 steel guard rail
DN40 steel tubing
2700mm x 660mm x450mm maple wood bench
rest area with adjacent campanion seating and side transfer from wheelchair
38 mm x 89 mm glulam decking
45 mm tactile indicators
130 mm diameter waterproof LED floor embedded lighting
turning diameter of 1500 mm
sloped at 12%
maximum width of 3500 mm
tube to siding connection detail
cable to guard rail connection detail
8.
9.
10.
11.
12.
13. elastomeric bearing connection
14.
1. perforated metal cladding
2. DN40 steel tubing with outdoor LED strip lighting
3. DN32 steel hand rail 1100mm above deck
4. 5mm diameter steel cables
5. DN32 steel guard rail
6. 2700mm x 660mm x450mm maple wood bench
7. 45mm tactile indicators
38mm x 89 mm glulam decking
150mm diameter waterproof LED floor embedded lighting
30mm metal siding
200mm x 100mm H.S.S
310mm x 550mm wide flange beams
concrete footing
hestian oasis
winter 2023 residential house in Tampere, Finland
ARCH 126 Environmental Design supervised by Anna Beznogova in collaboration with Jessica Jia
rhino // illustrator // photoshop
Hestian Oasis provides a sustainable forest escape from the loud, urban world for a pair of sculpture and ceramic artists. Hestian Oasis maintains net-zero energy through the use of both a wind turbine and photo-voltaic panels, and maintains a net-zero water system with local groundwater sources and the filtration of rain and gray water. It is passively heated through the combined recycled heat of an anagama kiln, sauna, and pellet stove and retains heat through the curving cave-like walls and the thermal masses of the residence.
ground floor plan site
Hestian Oasis builds a connection between its spacious patios that connect the kitchen and access to the kiln room down in the basement. unique geological formations, notably mimicking These walls are built with local pine wood, abundant within. The floor, steps, and built in bench nooks though cut into modular hexagonal tiles to ease
roof plan
underground floor plan
its occupants and the outdoor environment, with the pottery room to the lake shore, while providing easy basement. The house itself garners inspiration from Tampere’s mimicking caves through its curving walls and stepped rooms. abundant in the lush forest where the house is situated nooks area also composed of this vernacular material, ease the construction process.
legend
living room
pottery room
luminara house
winner for ArchiDots’ 2023 Freshman Showcase shortlisted for Buildner’s Yoga House in the Bog spring 2023
residential house in Baltic Sea Coast, Latvia in collaboration with Renelle Handa + Jessica Jia
rhino // illustrator // photoshop
Luminara House is an idyllic retreat nestled within the lush forests of Latvia, immersing its inhabitants in the Baltic landscape through its tree-house-like design that mimics the surrounding vegetation. The arch is a recurring motif that frames these views, both externally through delicate metal cladding, and internally, where the wooden, central arched walls form an inviting atrium space that can be viewed from all levels. Extending to the greenhouse, inhabitants enjoy year-round access to native flora, while floor-to-ceiling windows offer panoramic views of lush landscapes - both bringing nature inwards.
At the heart of the yoga house is a commitment and biophilic design that can withstand Latvia’s with its surroundings, leaving a minimal ecological as you practice yoga on the outdoor deck, bathed with natural light, where the sun’s gentle energizing your practice.
floor plan
commitment to sustainability, utilizing locally-sourced materials Latvia’s humid, coastal climate. This house harmonizes ecological footprint. Immerse yourself in the elements or the greenhouse in colder months. Step into a world gentle rays illuminate every corner, uplifting the spirit and
second floor plan
third floor plan
fourth floor plan
exterior pine wood siding
continuous air barrier
vertical wood strapping
building paper
rigid insulation
wood studs with batt insulation
interior vertical pine wood framing
interior horizontal pine wood framing
detailed building wall section
plywood
gasket
chamomile
yarrow
juniper medicinal plants 1
longitudinal perspective section exploded material axonometric greenhouse legend
ribwort plantain
cucumbers
tomatoes
cabbage above ground vegetables 2
blackberries
turnips
other works: sand sifter
Woodbine Beach, Toronto, Ontario
Velux Daylight Pavilion Competition in collaboration with Renelle Handa + Jessica Jia
rhino // grasshopper // illustrator // photoshop spring 2024
Sand Sifter enhances beach environments by addressing facilities for beachgoers. Its dual functionality not maintains the cleanliness of beach environments, spatial experiences anywhere around the world. worms, this structure operates in a dynamic serpentine shovel-like mechanism and storing it into its internal dynamically responds to solar position and intensity, and create a continuously evolving interplay of light together to protect the structure and occupants
tinted translucent photovoltaic panels
addressing waste management and providing sun-shading not only promotes environmental sustainability but also environments, taking principles of daylighting as an integral component to Drawing inspiration from the natural behavior of composting serpentine path, sifting marine litter out of sands through its internal ribbed cavity. Composed of adaptive panels, the pavilion intensity, adjusting its configuration to maximize shading efficiency light and shadow. During winter months, the panels close occupants from adverse weather conditions.
solenoid hydraulic piston connection system recycled polypropylene ribbed garbage storage cavity aluminum framing and bracing collapisble aluminum legs during allocated collection time waterproof rubber feet
light sensors to activate pistons for panel angling stationery shovel mouth with mesh sifter for garbage collection solar batteries located inside of mouth two-directional panel angling allows for optimal sunlight
Yanghwa Hangang River Park, located in Seoul, South Korea, faces yearly flooding due to heavy seasonal rainfall and a myriad of climate related issues. 1.5 to 1.3 billion EUR is projected to be spent annually in repairing damages from riverline flooding in South Korea, with estimates of 0.9 to 4.5 billion EUR in costs by the end of the century. Specific design interventions using bioretention techniques are proposed to better divert flooding away from busier infrastructure, effectively using the park as a barrier against the urban setting of Seoul.
Morphology Diagram Proposed Site at 4m and 8m of
professional works: urban sky lab
exhibited at ARCAM Urban Sky Lab winter 2024
Design Exhibition in Amsterdam, Netherlands completed under FABRICations
illustrator // photoshop // lumion
Urban Sky Lab takes to the sky and explores spatial planning of the airspace above Amsterdam, in a future where drones become major transportation facilitators. Drones move between hubs and through corridors that are organized into categorical layers by drone type, located along main highways and roads.
Innovation District in Den Bosch, Netherlands completed under FABRICations
IKDB takes the former industrial district next to Den Bosch’s central railway station, and transforms it into a vibrant innovation district full of life and technology. Blending high-tech company workspaces, new residential apartments, green public spaces, and more with existing historical buildings, the districts tells an exciting story of new and old.
professional works: tata steel to tata city
winter 2024
Urban Intervention in IJmuiden, the Netherlands completed under FABRICations
rhino // grasshopper // enscape // photoshop
The site transformation of Tata Steel IJmuiden, a major steel manufacturing company, into a bustling intercity space open for public recreation, aims to clean the soils and waters from over a hundred years of pollution emissions. Now, the site aims to educate the public and restore natural heritages, all while revolutionizing industrial processes in a more sustainable and circular way. Through new hydrogen processing plants, glass production, steel production, electric transformer stations, and timber manufacturing stations, Tata Steel will assemble pre-fab, modular housing blocks for Tata City across the river, port, and restored dune landscapes.
