Part of this projected was collaborated on with Sonya Nguyen.

Brief

Design and fabricate multiple prototypes of a parklet module in 3D, prioritizing audience needs and accessibility. Develop a parklet that emphasizes functionality and ergonomics.

Research

Parklets must be handicap accessible, with a safe transition ramp from the

curb to the parklet deck and a radius large enough for wheelchairs to swivel and maneuver easily to depart the parklet.

Parklets are commonly restricted to the width and length of a parking space which is typically 8′ x 20′.

As a sitting tool, the ergonomic parameters related to the human body should be considered.

I began documenting individuals while seated, finding patterns to identify preferred postures. These insights informed my next steps to accommodate user preferences.

Ideation

I began the sketching phase to explore various concepts for a parklet module, integrating the research to ensure a user-centric design.

Sonya and I begin to collaborate. We brought our ideas together to develop a final parklet based off both of our ideas.

Initial 3D Prototype

final design

Final 3D Prototype

Full-scale partial prototype made of cardboard and glue.

Miniature scale model from laser cut corrugated cardboard.