Tate Liang

Home

AboutAbout ⏷
Architecture Student from Vancouver / NYC

☆ Bookmaking ☆ Film ☆ Watercolour/Pastel ☆
⚡︎ Python ⚡︎ Java ⚡︎ Swift ⚡︎ HTML/CSS/JS ⚡︎
———————————————————————
2025 BArch -> The Cooper Union
2024 Intern  -> OMA
2023 Intern  -> Diller Scofidio + Renfro

2024 KPF Travelling Fellowship
2024 Arthur Thomson AR'64 Thesis Fellowship
2024 AIA New York Allwork Scholarship
2023 US D.O.E Solar Decathlon Grand Prize
2020 Swift Student Challenge Winner

ContactContact ⏷
Email ->tate.liang@cooper.edu
Instagram ->@tateliang
Github ->TateLiang
———————————————————————
Portfolio & CV available on request

Living Together

Integrated Housing Studio / Spring 2023
––––––––––––––––––––––––––––––––––––––––––––––
Baltimore, Maryland
Professors Mersiha Veledar, Daisy Ames, Nader Tehrani

As globalization encounters living practices from diverse cultures, backgrounds and ideologies that question the nuclear family, this housing project proposes a new typology that redefines unit boundaries, flexibility and linkages between families and their larger communities. Openings that puncture a perimeter unit condition invite public events to the block interior, where a central volume houses a theatre and educational programs. To maintain privacy facing the street and intimacy facing the internal courtyard, this project uses a rollable mesh with a minimal profile one one side and a shifting balcony system on the other. 

Traditional double-loaded circulatory spines are reimagined into shared activity spaces by enlarging public areas and creating vertical cuts that allow access to natural light and views. A new modality where separate units are linked by balconies captures multigenerational and modern living arrangements, allowing connection while retaining individuality. A continuous public promenade spirals sectionally through each complex, leading residents to a central public volume. An urban analysis reveals Baltimore’s challenging history of redlining, and the unequal distribution of urban “open space” in predominately well-off neighbourhoods, while being confined to small grid interventions elsewhere.