GSAPP Columbia University
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Joshua Draper

Adjunct Assistant Professor
jwd2107@columbia.edu
+1 212 854 3414
Introduction to Fabrication

Computation in design must seek to expand beyond geometric, mathematic and logical precision in order to engage the “real world”. Production and assembly provide a means to interrogate potential roles of computers and digital media in architectural practice, providing feedback to rule-based methodologies and techniques that evolved into contemporary software packages and procedures.


Special Topics in Fabrication

Section 01: Formworks
Formworks will explore techniques and develop research in moldmaking and dynamic formwork. By using the casting facilities of GSAPP's Fabrication Lab and Printshop, students will develop robust casting mechanisms capable of producing small runs of cast parts. The course will focus on repetitive and system-based castings. Students will produce multiple castings that work together as a system. An emphasis will be placed on the tectonics of the system and students will be expected to develop a flexible system that can recombine in multiple ways.


Special Topics in Fabrication: Formworks

Formworks hybridizes methods of casting with digital fabrication. The ambition is to challenge the repetitive nature of casting and formwork by developing a parametric, dynamic formworks system and produce a series of precast elements using that system. Organized around a series of short but intense assignments, students are introduced to 1 and 2 part molds, silicone casting, vacuforming, rotational molding and a variety of casting materials. Students respond with their own system which takes these techniques and systems of organization, assembly and fabrication further.


Life

LIFE SUPPORT will design and fabricate aquaponic structures using vacuforming and rotational molding techniques.

Systems. Aquaponics is the symbiotic cultivation of plants and fish in a recirculating environment. Waste from fish provides nutrients for plants, which in turn filter water for the fish. Supporting this micro-ecosystem is a support network of lighting, feeding, pumping, and filtration mechanisms. We will study hydrodynamics, water chemistry, plant and fish types, feeding and nutrient cycles as a site of experimentation with aquaponics systems.