Faster, Cheaper, Stronger: Crafting Composites with 3D Printing
Session 6 | August 24–30
Solid State Watch by Che-Wei Wang and Tyler Levy, 2015. Resin, electronics, 1”x 1” x 3”. Photo by CW&T.
3D printing combined with traditional crafting techniques can change how we create. This hybrid approach lowers the bar for entry and increases the ability to craft more intricate forms. By integrating bio-based and recycled materials into the workflow, Che-Wei Wang will be building structures that can be more sustainable, efficient, and environmentally friendly. The printed forms are intended to serve as scaffolds, molds, or be embedded as structural components. This fast approach to making allows a maker to explore a wide range of material combinations towards new crafting techniques. Throughout his residency, Wang will develop printed forms and experiment with various materials to explore possible uses and outcomes, and will share these experiments with session participants.
Che-Wei Wang [pron. sey-wey] (he/him) is an artist, designer, architect, and engineer with proficiency in fabrication technologies, electronics, CNC machining, and metal manufacturing. Applying his diverse skill set, he creates innovative products—from architectural and sculptural pieces to interactive installations, mobile apps, and everyday products. Wang has been honored with the SOM fellowship, and the Alumni Achievement Award from Pratt Institute. For years, he has demonstrated his enthusiasm for teaching by instructing classes on design, timekeeping, creative computing, and inflatables. He is an alumnus of MIT Media Lab, ITP at NYU, and Pratt Institute.