This project investigates how designers should engage contemporary advanced manufacturing techniques as a spectrum between extreme seamlessness where material properties are blended within multi-stream material blending in a single additive method to a highly customized assemblage of many parts where seams are made to appear and disappear for material attributes as well as emotional triggers.
DURATION
Jun 2019 - Aug 2019
PROJECT TYPE
Academic Project
MY ROLE
Student Designer
INSTRUCTOR
Jason Lee / Ajmal Aqtash
01 ASSEMBLAGE PROTOTYPING
During hands-on material production, the techniques typically provide live feedback that informs the design process so that the formal tectonics relationship is often informed by physical material constraints and properties. Attempting to explore new forms of feedback between methods and materials can help inform new design agendas.
02 MATERIAL TESTING & PROTOTYPING
The fifth assemblage above was chosen for further prototyping. The seams integrate into the geometry and create visual effects that give the appearance of perfect continuity.
PROTOTYPE 1
FOAM + CHIPBOARD
Pros: light weight, easy to cut
Cons: not enough friction to hold tightly
PROTOTYPE 2
SOLID WOOD + WOOD CHIP
Pros: solid and last
Cons: hard to cut, too heavy
PROTOTYPE 3
STYROFOAM + FOAM CORE
Pros: light weight, easy to cut, enough friction to hold tightly
Cons: not solid and last
03 PRODUCTION WORKFLOW
WORKFLOW MOCK-UP
Solid Styrofoam and foam core board have been chosen for the final production, thanks to their lightweight properties and excellent frictional performance. To streamline production, the development of an efficient workflow handbook is crucial. In the studio, a small-scale mock-up workflow has been tested using a handhold foam cutter and laser-cut chipboard guides.
PROGRAMMING THE ROBOT
TACO ABB, a programming plugin for Rhino, is employed to code the “Carve Out” and “Stripe Pattern” motions for the ABB robot.
PRODUCER’S HANDBOOK
Given the intricacy of this multifaceted production process, involving a combination of manual and robotic actions, a comprehensive producer’s handbook and checklist have been crafted. By methodically adhering to and marking each step, I successfully executed the cutting of over 20 full-scale pieces with precision and efficiency.
04 PRODUCTION
FULL-SCALE COMPONENTS
12"x12"x24" Styrofoam Cube and Foam Core Board
05 ASSEMBLE PROCESS
06 FINAL OUTCOME
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