Tate Liang
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AboutAbout ⏷
Architecture Student from Vancouver / NYC
☆ Bookmaking ☆ Film ☆ Watercolour/Pastel ☆
⚡︎ Python ⚡︎ Java ⚡︎ Swift ⚡︎ HTML/CSS/JS ⚡︎
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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
☆ 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
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Portfolio & CV available on request
Instagram ->@tateliang
Github ->TateLiang
———————————————————————
Portfolio & CV available on request
Floating Pavilion
Structures / Spring 2022
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Professor Joseph Choma
These structural concepts appear impossibly floating, demonstrating a surreal lightness and effortless poise. The support mechanism is achieved by using distributed tensile and compressive elements for stability. In the wind, the radio tower and pavilion prototypes move in performance. No glue is used for the tower.
––––––––––––––––––––––––––––––––––––––––––––––
Professor Joseph Choma
These structural concepts appear impossibly floating, demonstrating a surreal lightness and effortless poise. The support mechanism is achieved by using distributed tensile and compressive elements for stability. In the wind, the radio tower and pavilion prototypes move in performance. No glue is used for the tower.
