- Case Study -
MONITOR TABLE
I needed a sturdy table for a massive plasma monitor and workstation computer in the Concept Visualization Studio. I also needed two dozen student worktables for the adjacent innovation space at Lakeview Hall. Available tooling was a design constraint.
The laser cutter in the prototyping lab accepted 24 by 18 inch sheets of thin plywood or composite material. By laminating the arches, cross braces, and junction brackets, I can create ready-to-assemble (RTA) table kits that also need aluminum tubing and a countertop from a home center.
Concept visualization and rapid prototyping encourage iterative product design and engineering. Like a spandrel arch bridge, my table supports heavy loads, yet it's made economically in small shops with compact CNC machines. Coming soon are containerized robotic microfactories generating just-in-time furniture for schools.
3D SCANNER
CGI STILL LIFE
THIS IS NOT A BRICK
BIOMIMETIC DEVICE
OPERATION ICE HOUSE
VIRTUAL RESORT
BOOK COVER
VIRTUAL REALITY CONTROLS
BOARD GAME
FRAME CONNECTOR
MONITOR TABLE
AUCTION PADDLE
BOXXER CONCEPT
IRONICAL MOUSETRAP
BOW CHAIR
ODS IMAGES & ANIMATION
PRINTABLE DWELLING
EXHIBIT DISPLAY
MONOLITHIC LOGO
RECEPTION DESK
FLOOR STAND
VAN DER ROHE CITY
CATTLE HERDER
I needed a sturdy table for a massive plasma monitor and workstation computer in the Concept Visualization Studio. I also needed two dozen student worktables for the adjacent innovation space at Lakeview Hall. Available tooling was a design constraint.
The laser cutter in the prototyping lab accepted 24 by 18 inch sheets of thin plywood or composite material. By laminating the arches, cross braces, and junction brackets, I can create ready-to-assemble (RTA) table kits that also need aluminum tubing and a countertop from a home center.
Concept visualization and rapid prototyping encourage iterative product design and engineering. Like a spandrel arch bridge, my table supports heavy loads, yet it's made economically in small shops with compact CNC machines. Coming soon are containerized robotic microfactories generating just-in-time furniture for schools.
The laser cutter in the prototyping lab accepted 24 by 18 inch sheets of thin plywood or composite material. By laminating the arches, cross braces, and junction brackets, I can create ready-to-assemble (RTA) table kits that also need aluminum tubing and a countertop from a home center.
Concept visualization and rapid prototyping encourage iterative product design and engineering. Like a spandrel arch bridge, my table supports heavy loads, yet it's made economically in small shops with compact CNC machines. Coming soon are containerized robotic microfactories generating just-in-time furniture for schools.
3D SCANNER
CGI STILL LIFE
THIS IS NOT A BRICK
BIOMIMETIC DEVICE
OPERATION ICE HOUSE
VIRTUAL RESORT
BOOK COVER
VIRTUAL REALITY CONTROLS
BOARD GAME
FRAME CONNECTOR
MONITOR TABLE
AUCTION PADDLE
BOXXER CONCEPT
IRONICAL MOUSETRAP
BOW CHAIR
ODS IMAGES & ANIMATION
PRINTABLE DWELLING
EXHIBIT DISPLAY
MONOLITHIC LOGO
RECEPTION DESK
FLOOR STAND
VAN DER ROHE CITY