The NOW: Design, Slice and Print

Students move beyond downloading pre-made files. They learn the engineering behind Computer-Aided Design (CAD), understanding how to design for structural integrity. By troubleshooting hardware and experimenting with different filaments, they master the full lifecycle of a physical product.

• Core Concepts Parametric Modeling, Material Science (Polymers), Tolerances & Fit.
• Tech Stack Fusion 360, Tinkercad, Cura (Slicing Software).

The JOB OF TOMORROW: Distributed Manufacturing

The "Just-in-Time" supply chain relies on 3D printing to create parts on-site rather than shipping them across the globe. Industry partners in the medical and automotive fields look for technicians who can rapidly iterate designs to reduce waste and cost.

• Entry Level 3D Printing Technician, Prototype Lab Assistant, CAD Drafter.
• Professional Level Additive Manufacturing Engineer, Industrial Designer, Biomedical Prosthetics Specialist.