Learn CAD thinking and digital-to-physical translation while following innovations in distributed manufacturing, bio-fabrication, and community-scale production tools. We watch developments in desktop manufacturing, parametric design tools, and local material processing, always asking how new capabilities can serve neighborhood needs.
Digital Fabrication
Subskills
Digital-Physical Translation Fundamentals
Understand the core principles of converting digital designs into physical objects, including file formats, tolerances, and material considerations.
3D Printing & Additive Manufacturing
Master layer-by-layer fabrication techniques including FDM, resin printing, and multi-material approaches for creating complex geometries.
CAD Design & Digital Modeling
Create precise 3D models using computer-aided design software for manufacturing, visualization, and technical documentation.
CNC Machining & Subtractive Manufacturing
Program and operate computer-controlled cutting tools to remove material from stock, creating precise parts from wood, metal, and plastics.
Laser Cutting & Vector Design
Design and fabricate using laser cutters and engravers, mastering vector graphics, kerf compensation, and material-specific settings.
PCB Design & Electronic Integration
Design printed circuit boards and integrate electronics into fabricated projects using EDA tools and desktop PCB manufacturing.
Parametric & Generative Design
Create adaptable designs using parameter-driven modeling and algorithmic approaches that respond to changing requirements and constraints.
Reverse Engineering & Digital Reconstruction
Capture physical objects as digital models using 3D scanning, photogrammetry, and measurement techniques for reproduction or modification.
Design for Manufacturing & Rapid Prototyping
Apply DFM principles to optimize designs for production, iterate quickly through prototyping cycles, and bridge concept to final product.
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