Tate Liang
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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
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Portfolio & CV available on request
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Portfolio & CV available on request
Descriptive Geometry
Spring 2021
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Professor James Lowder
Rotations, intersections, boolean operations, deformations and movement can be captured by descriptive geometry. Critical analyses of architecture, objects, and perception are produced through hand-drawn, graphic calculation techniques.
Top to bottom: 1) Rotation and return of geometry using spherical trigonometry methods, 2) Intersection of a Toblerone and its box, 3) Graphically calculated stages of opening an umbrella, 4) Fosbury Flop interpolation 5) Parallel line composition 6) Multiplication of two curves to form a resultant 7) SANAA Glass Pavilion 8) Cheese intersection 9) Rotation 10) Cheese intersection 2.0
––––––––––––––––––––––––––––––––––––––––––––––
Professor James Lowder
Rotations, intersections, boolean operations, deformations and movement can be captured by descriptive geometry. Critical analyses of architecture, objects, and perception are produced through hand-drawn, graphic calculation techniques.
Top to bottom: 1) Rotation and return of geometry using spherical trigonometry methods, 2) Intersection of a Toblerone and its box, 3) Graphically calculated stages of opening an umbrella, 4) Fosbury Flop interpolation 5) Parallel line composition 6) Multiplication of two curves to form a resultant 7) SANAA Glass Pavilion 8) Cheese intersection 9) Rotation 10) Cheese intersection 2.0
