Tate Liang
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Email -> tate_liang@gsd.harvard.edu ☆ Instagram -> @tateliang ☆ Github -> TateLiang
Portfolio & CV available on request
Portfolio & CV available on request
AboutAbout ⏷
Architecture ⚡︎ Bookmaking ⚡︎ Film ⚡︎ Photos ⚡︎ Paint ⚡︎ Python ⚡︎ Java ⚡︎ Swift ⚡︎ HTML ⚡︎ Blender
2027 M.Arch II -> Harvard GSD
2025 B.Arch -> The Cooper Union
4.2% Cambridge
16.6% New York
29.2% Vancouver
50.0% Beijing
2027 M.Arch II -> Harvard GSD
2025 B.Arch -> The Cooper Union
4.2% Cambridge
16.6% New York
29.2% Vancouver
50.0% Beijing
Descriptive Geometry
Spring 2021
Professor James Lowder
Descriptive geometry is a hand-drawn graphic calculation technique that represents three-dimensional objects in two dimensions through systematic projection onto perpendicular planes. It can capture rotation, intersection, deformation and movement to produce analyses of architecture, objects, and perception.
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
Professor James Lowder
Descriptive geometry is a hand-drawn graphic calculation technique that represents three-dimensional objects in two dimensions through systematic projection onto perpendicular planes. It can capture rotation, intersection, deformation and movement to produce analyses of architecture, objects, and perception.
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
