Cooper Union’s courses and Certificate in Digital Fabrication offer artists, engineers, architects, designers, and makers of every type the chance to add skills in digital interfaces and two- and three-dimensional fabrication, a growing requirement in today’s competitive professional and creative environment. Participants gain hands-on experience with 3-D printers, CNC milling machines and laser and plasma cutters. Participants may take individual courses or earn a Certificate in Digital Fabrication by taking five courses including the three first level courses and two advanced level courses. Participants who can demonstrate mastery of the material in one or more of the basic courses may be excused in favor of additional advanced level courses.
This course is designed for designers and makers of all types: architects, engineers, designers, artists and hobbyists. The focus will be drawing, modelling and building three dimensional digital and physical forms.
This course, geared towards artists and designers, is for beginner students interested in electronics for which Arduino is an exceptionally useful platform. Arduino is an open source electronics platform allowing you to create interactive projects.
This course introduces participants to one of the most powerful elements of the digital fabrication revolution: CNC milling with state-of-the artmachinery and software.
This course reviews drawing techniques as an introduction to 3-D modeling using Rhinoceros 3-D version 5.0 as the main platform. Some experience with AutoCAD 2-D/3-D is recommended but not required.
This course is designed for makers of all types: architects, engineers, designers, artists and hobbyists. Students explore modeling slightly more complex objects and develop them into final printing projects.
This course is aimed at anyone interested in learning about robotics. No prior experience of coding or electronics is required. Participants learn to make wall-avoiding robots, remote-controlled robots and a variety of other smart-sensing robots.
This course introduces the history, theory and application of Parametric Design for production. It focuses on the underlying concepts and mechanisms for creating performance-based parametric system susing the modeling plug-in Grasshopper for Rhino 3D.
The Certificate Director, Professor Pablo Lorenzo-Eiroa, is widely known for integrating theory and experimental practice. A recognized scholar and professor in the fields of art, architecture, computation and theory, Lorenzo-Eiroa worked on several ground breaking publications, including Life in:formation, which he co-edited for the Association for Computer Aided Design in Architecture 2010 conference at The Cooper Union and Architecture In Formation (Routledge 2013).
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