Fall 2010
Professor Ezra Ardolino

This seminar investigated the design and manufacturing of architectural products as a function of digital modeling and fabrication technology. Via an immersive and recursive environment of 3-dimensional laser scanning, computational modeling and cnc fabrication. 
 
3D laser scanning was employed as a method of generating a collective library of data sets. We identified specimens of natural rule-based formative processes, including sponges, tree bark, coral, and ginger.
 
Modeling software was introduced and explored as a means of accessing 3d data and generating design models. Models were developed based on their identity and clarity.
 
Computer-aided manufacturing software and cnc milling was introduced and explored as a means of evaluating and developing models. Specific emphasis was placed on the potential of tooling paths, both in terms of the bit and the algorithm employed to drive the cutting motion of the tool bit. 
 
Vacuum forming was employed as a means of realizing an extended/tiled manifestation of the surface effects generated via digital fabrication.