Tate Liang
Home
AboutAbout ⏷
Cambridge <- New York <- Vancouver
Architecture ⚡︎ Bookmaking ⚡︎ Film ⚡︎ Watercolour/Pastel ⚡︎ Python ⚡︎ Java ⚡︎ Swift ⚡︎ HTML/CSS/JS
2027 M.Arch II Harvard GSD ☆ 2025 B.Arch -> The Cooper Union ☆ 2025/2023 Intern -> Diller Scofidio + Renfro ☆ 2024 Intern -> OMA ☆ 2025 -> AIA Medal for Academic Excellence ☆ 2024 -> KPF Travelling Fellowship ☆ 2024 -> Arthur Thomson AR'64 Thesis Fellowship ☆ 2024 -> AIA New York Eleanor Allwork Scholarship ☆ 2023 -> US D.O.E Solar Decathlon Grand Prize ☆ 2020 -> Swift Student Challenge Winner
Architecture ⚡︎ Bookmaking ⚡︎ Film ⚡︎ Watercolour/Pastel ⚡︎ Python ⚡︎ Java ⚡︎ Swift ⚡︎ HTML/CSS/JS
2027 M.Arch II Harvard GSD ☆ 2025 B.Arch -> The Cooper Union ☆ 2025/2023 Intern -> Diller Scofidio + Renfro ☆ 2024 Intern -> OMA ☆ 2025 -> AIA Medal for Academic Excellence ☆ 2024 -> KPF Travelling Fellowship ☆ 2024 -> Arthur Thomson AR'64 Thesis Fellowship ☆ 2024 -> AIA New York Eleanor Allwork Scholarship ☆ 2023 -> US D.O.E Solar Decathlon Grand Prize ☆ 2020 -> Swift Student Challenge Winner
ContactContact ⏷
Email -> tate_liang@gsd.harvard.edu ☆ Instagram -> @tateliang ☆ Github -> TateLiang
———————————————————————
Portfolio & CV available on request
———————————————————————
Portfolio & CV available on request
Artigas Concrete Column
Building Technology / Fall 2022
––––––––––––––––––––––––––––––––––––––––––––––
São Paulo, Brazil
Jaú Bus Terminal / Vilanova Artigas
Professor Sam Anderson
Group Project with Riley Howard, Qrin Park, Zelda Liu, Tina Chang
Artigas’s concrete column splits into four spokes bounded by a tension ring in the top slab, allowing light to enter from above and spreads out the transfer of horizontal forces. Our 1:8 scale model uses a CNC fabricated foam mold, bent rebar and cast concrete to replicate the structural performance of this architectural moment.
We designed multiple layers of foam fitted together into a three part mold enclosing the complex shape. The model is 3ftx3ft at the top and 3inx3in at the base. I lead the project selection, mold & base design and fabrication aspects of the team.A concrete counterweight is placed at the bottom of the wooden base to prevent tipping.
––––––––––––––––––––––––––––––––––––––––––––––
São Paulo, Brazil
Jaú Bus Terminal / Vilanova Artigas
Professor Sam Anderson
Group Project with Riley Howard, Qrin Park, Zelda Liu, Tina Chang
Artigas’s concrete column splits into four spokes bounded by a tension ring in the top slab, allowing light to enter from above and spreads out the transfer of horizontal forces. Our 1:8 scale model uses a CNC fabricated foam mold, bent rebar and cast concrete to replicate the structural performance of this architectural moment.
We designed multiple layers of foam fitted together into a three part mold enclosing the complex shape. The model is 3ftx3ft at the top and 3inx3in at the base. I lead the project selection, mold & base design and fabrication aspects of the team.A concrete counterweight is placed at the bottom of the wooden base to prevent tipping.
