Gold Winner of the International Architecture & Design Awards 2023

Attaché

Interior

Furniture

Built / Student Category

blank
blank

Architect / Designer:

Chi-Hao Chiang

Studio:

Chi-Hao Chiang

Country:

United States

Attaché is a portable folding stool with a proper seat height (H18″) which can be folded as small as a briefcase(L19.5″ H2.5″.) The handle as a latch can increase the unfolding stability, and the restricted-angle pivots can provide a stronger bearing strength for the front and rear legs to stand independently and stably.
Attaché can benefit both tall and short users to have a friendly experience of carrying and sitting. Also, the folding volume is convenient for users like tenants to move and storage frequently, especially in New York City, where the tenants are the majority.

Attaché is a portable folding stool with a proper seat height (H18″) which can be folded as small as a briefcase(L19.5″ H2.5″.) The handle as a latch can increase the unfolding stability, and the restricted-angle pivots can provide a stronger bearing strength for the front and rear legs to stand independently and stably.
Attaché can benefit both tall and short users to have a friendly experience of carrying and sitting. Also, the folding volume is convenient for users like tenants to move and storage frequently, especially in New York City, where the tenants are the majority.

Chi-Hao Chiang

Chi-Hao Chiang is an avid gamer, amateur Hip-Hop dancer, and a cross-field industrial designer with a mechanical engineering background.

Coming from Taiwan with a BA in mechanical engineering, He completed his Master’s Degree in Industrial Design at Pratt Institute in May 2021.

Chi-Hao possesses sensitivity for connecting the concept and fabrication phases in industrial design. Focus on the interrelationship between form and function, He believes every design is reasonable and supported by research.

Holding passion and inspiration in the interaction between humans and objects, he aims to spark a more vital and positive community bonding through his design.