Jack Chen
University of Waterloo
Selected Works 2024

Jack Chen
University of Waterloo
Selected Works 2024
Univversity of Waterloo School of Architecture, 21101417
Email. j2428che@uwaterloo.ca
Cell. 1+ 647-212-9936
Linkedin.
Hello! My name’s Jack, and I am a diligent architecture student who lean towards positive, community centered designs. I work best through my attention to detail within my work—as I look to create lasting and meaningful projects that enhance the surrounding natural and material world.
Software Skills
Rhino
Revit
Sketchup
Photoshop
Illustrator
InDesign
D5 Render
Vray
Lumion
Fabrication Skills
CNC Milling
Laser Cutting
3D Printing
Analog Drafting
Hand Modeling
• Two semesters of architectural studio courses targeted to develop the creative and technical process of architectural design.
• Excellent technical ability to create precise models both digital and physical.
• Ability to create effective presentation and technical drawings using a variety of methods learned from numerous school courses.
• Ability to be flexible and adaptable to any work environment and fulfill required tasks.
• Excels in co-operative work, with the ability to be an effective listener, organizer, and leader to drive group success all throughout educational career.
Candidate for Bachelor of Architectural Studies
Class of 2028
University of Waterloo, Cambridge, ON
• Design Studio, Digital Fabrication, Digital and Digital Media, Environmental Building Design, and Building Construction.
• Project 01 (on portfolio) nomination for review exhibition.
Cashier/Customer service/Inventory, Summer Garden
Grant’s Food Mart, Mississauga, ON
May 2024 – July 2024
• Exceptional organization of inventory of all products coming in and out of the garden maintaining a smooth operation.
• Developed positive relations with new and recurring customers in a professional but amicable manner.
• Ensured positive experience by managing customer difficulties through finding creative solutions , clear directions, and physical support.
• Handled cashiering duty with haste under high pressure situations to satisfy customer experience.
Logistical Support, Southside Shuffle Jazz Festival
Southside Shuffle, Mississauga, ON
September 2022, 2023
• Collaborated with members of the group overseeing the set up and tear down of the festival.
• Directed civilian traffic to ensure proper and free-flowing circulation throughout the park.
• Senior Badminton Team (2022-2024)
• Recreational sports and entertainment
Languages
• English - Fluent
• Mandarin - Basic Proficiency
Within the heart of Cambridge, this library proposal seeks to transform this small parking lot by Main and Wellington street into a multi storey community hub. The traffic of Main St. presents the excellent opportunity to foster an active center of knowledge.
Its ambition is to cement itself as a distinct building within the old nature of Cambridge, all the while, still maintaining a similar tone that respects the history of the city and the urban environment that surrounds the site.
To open itself towards the public, the slanted roof provides a grand opening and a welcoming presence. The glazed facade creates a layer of transparency between the interior and exterior space, it gives a sense of accessibility for all people of the public. The library is physically accessible on all accounts, for anyone that wishes to use its features. Present features include an event room, gallery, and a garden that gives life and freshness within its environment.
Di Tang Isabel Ochoa Igsung So
Axonometric / Interior Scenes
Grand reading room
Dynamic book stacks
Computer lab
Computer space
Reading space
Book stacks
Elevator
Washroom stack
First Floor
lobby/reception
Gallery
Event room
Administration
Spanning a total of 130 meters, this bridge serves as the only pedestrian bridge along the Bowmont Park region of the Bow River in Calgary. Towards the north bank sits the Sunbowl Amphitheater; the closest neighborhood towards the south offers hiking and biking trails along both sides. The intent behind this crossing is to fasten the missing link between the two banks, uniting the community together through the outdoor experience.
The thin profile of the bridge mimics the shallow formation of the Bow River, while the lightness of the overall structure allows the bridge to sit subtly on-site–doubling as a visual statement. The fountain-like arches are inspired by Calatrava’s Brookfield Place in Toronto. The concept is to allow the fluidity of the arches to seemingly move in tandem with the river, thus creating continuity within the landscape.
Towards eastern China, this project sits on the Chongming island off the coast of Shanghai. Like most of the island, it is surrounded with luscious trees and fertile farmlands. This off-grid building is built from common construction waste. Many recyclable materials like concrete aggregate, stone, clay, and metal sheets can be found in abundance due to the ever growing urban landscape of Shanghai.
To maintain low carbon usage, the building is operated by the electricity generated from solar panels and wind turbines which are extremely effective due to the Shanghai climate. For the majority of the year, the building cools itself passively through natural ventilation and thermal mass of concrete cladding casted from recycled aggregates, which conversely allow heating throughout the night.
The geo-exchange heat pump is the main source of heating during the mildly cold winter season, for the remainder of the year, it becomes a source of cooling. Windows are kept to a minimal size except for the ones facing north, which helps reduce thermal bridging and ensure efficient temperature control. The added bonus of rain collection is also a significant asset, due to the city’s constant downpour lasting for a 3rd of the year.
Anna Beznogova
Yingying Ren
Context Plan
Clay shingles
Eave protection
12mm plywood sheathing
Wood rafter
Ventilation space
Batt insulation
Tyvek
Ceiling finish
Concrete slab
89mm Rigid insulation
Tyvek
12mm plywood sheathing
38x286mm (nominal 2x12) wood studs
286mm batt insulation
Vapor barrier
Ceiling finish
Cladding anchor bolt
Double glazed window
Concrete panel cladding
25mm airspace
35mm rigid insulation
Tyvek 12mm plywood sheathing
38x286mm (nominal 2x12) wood studs
286mm batt insulation
Vapor barrier
Molded plastic drainage layer
35mm rigid insulation
Damp Proofing
200mm poured concrete foundation wall
Tyvek
38x89mm (nominal 2x4) wood stud
89mm batt insulation
Vapor barrier
12mm plywood sheathing Detailed Wall Section
Soil Gravel
Rainwater collection(gutters)
First flush
Cistern
Pump intake
Filtration system
Black water to biofilter
Gray water irrigation barrel
Water heater
Geo-exchange heat pump
Geothermal pipes
Wind turbines
Solar panels
Electrical battery, Power inverter, Transformer
Mesh filter
Activated carbon filter
compressed carbon filter
Ozone filter
To the western edge of Hamilton, Ontario, Sherman Falls is a scenic view along the popular Bruce Trail hiking route. The newly designed bridge proposes to fill the void left by its predecessor which used to span the creek that divided the hiking trail. The former wooden bridge was a narrow crosswalk that spanned the creek; while the new design proposes an arch extension that brings the hikers to a closer view of the ribbon fall.
Drawing inspiration from the Columbia Icefield Skywalk in Alberta, this extension hopes to elevate the wonders of the Sherman Fall, offering hikers different opportunities to experience the sight. The steel arch is not only structural for the integrity of the bridge, but acts as a landmark along the hiking trail. Its theatrical appearance sets the scene for passing travelers.
Rick Andrigetti
Thank you!
Email. j2428che@uwaterloo.ca
Cell. +1 647 - 212 - 9936
Linkedin.