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HENRY DING

 
fish lover – goodreads fanatic – eating hobbyist – wikipedia explorer – aspiring nation builder – 

A student at the Rhode Island School of Design pursuing a dual Bachelor of Fine Arts (BFA) and Bachelor of Architecture (B.Arch) with concentrations in Literary Arts & Nature-Culture-Sustainability Studies.

(︎︎︎MORE INFO)

︎︎︎︎ Architecture
Fall 2023
Scaffold Housing
Pushing agency and temporality in housing.
Summer 2023
The Queer Home
Archiving queer spaces and life in Toronto.
Fall 2022
Wrapping Classroom
An outdoor classroom built for movement.
Fall 2022
Architectural Projections
An exploration of form in as many ways as possible.
Continuous
Model Studies Archive Materiality & ideation.

︎︎︎︎ Play
Winter 2023
Archiving Queer Spaces
Contextualizing displacement and queerness
Fall 2021
Little Theater
Papermaking, lasercutting, and light.
Fall 2021
Ryan In Good Fortune Supermarket
Addressing queerness in the Asian diaspora.
a
︎︎︎︎ Publishing
Spring 2024
The Queer Home
volume-1 (v.1)
Fall 2021

Under The Sea
Visions Magazine

︎︎︎︎ News


︎ Friends

Some beautiful friends and collaborators that should immediately be checked out:
Ryan Yan, Nicole Nedeff, Tian Pei, Sharon Lee, Jessica Song, Matteo Mastrangelo, Maithili Chaturvedi, Alex Liu, Ram Charan, Jessica Ruan, Clementine Kim, Yucheng Che, Katherine Fu, Jesse Hogan, Ryan Peng, Julia Ambros, Richard Shi, Izzy Choi

Architectural Projection



(Above) Dimetric & Trimetric Projections


Fall 2022
 Professor Ian Miley
Skills
Lasercutting · Rhinoceros 7 · Photoshop · Illustrator · Model Making 


This course aimed to explore systems in which designers can interrogate and manipulate spatial interiors and structural volumes. This project ultimately explores how one can begin to view geometric form and representation in a different and purer lens—desconstructing, reconstructing, and constantly evolving.

Iterations of this project addresseds orthographic projection, axonometric projection, perspectival projection (including anamorphic), volumetric intersections, surface development, sciagraphic projection, and projective transformations.


Part 1: Lasercut Model Part 2: Anamorphic Drawing Part 3: Digital Render Comparison Part 5: Section Model Assembly Sequencing Part 6A: Section Slice Part 4: Section Plane Location Model / Mirrored Mass Part 6B: Section Slice Part 6C: Section Slcie Part 6D: Section Slice Part 7: Oblique Cut View Part 8: Isometric Cut View Part 9: Isometric Cut View Model Part 11A: Interior Light Model Part 10A: Interior Surface Model Part 10B: Interior Surface Model Part 11B: Interior Light Model