Using a 3-axis CNC machine, the team explored ways to create malleable surfaces from solid material by milling away material. The process consisted of a material study to find the best material to create the malleable surface. After experimenting with acrylic and multiple types of wood, American beech was chosen for its flexibility and tensile strength. Also explored were the milling patterns that can be used to get different degrees of bending. Following the exploration process, a coffee table was designed and prototyped using the information gathered during the research. The table uses three boards that are milled into at different areas to create curves in the continuous surface. Tension cables are used to keep the curves in place. If mass produced, the table would be shipped easily in a flat pack and assembled on site by the owner.

Project team: Christian Ardeneaux, Madison Baker, Ryan Kilpatrick, Elizabeth Kovacevic

   This project used parametric modeling to delve into a new process of designing and creating iterations. In this project, a top-down process was used. The design was started using points and lines then finished with the completion of an object.This 'lamp' is created with a script that can easily be changed to create an infinite amount of iterations. Being able to quickly change and manipulate variables within a design allows for the many iterations to be assessed. Three of the most successful and varying iterations were then 3D printed. 

   This project investigated bottom-up methods of designing with parametric software.The physical model was made first using balloons and paper mache.  The model was then scanned using a 3D scanner and the surface was imported digitally to Rhino. The surface was then smoothed and contoured to create a surface that can easily respond to parametric design. The surface was then manipulated to create texture and to respond to external data. The individual panels in this 'cave' follow and point towards the person moving through the space. The size of openings also increases as the person approaches.