Mechanical CAD Track
SolidWorks and AutoCAD Mechanical — to manufacturing tolerances.
Every module is taught by an engineer holding an active role at a mechanical design firm. The tools, the constraints, and the assembly standards match what the shop floor actually checks.
Tools mapped to real manufacturing workflows.
SolidWorks: part modeling, assembly constraints, GD&T annotation, and drawing packages to ASME Y14.5. AutoCAD Mechanical: standard parts libraries, fit tolerances, and fabrication-ready 2D output.
Your instructor holds an active mechanical design role. Session examples come from current client work — tolerancing decisions, material callouts, and revision workflows are shown in context, not abstraction.
A fully dimensioned assembly model from an actual client brief.
The course capstone is sourced from a real industrial design brief — a multi-part mechanical assembly with defined load conditions, material specs, and drawing package requirements.
You leave with a portfolio piece that hiring engineers can review against an actual scope of work — not a textbook exercise. That distinction is what makes the difference in a technical interview.
Your portfolio starts with the next cohort.
Seats are limited per cohort to maintain the instructor-to-student ratio that keeps feedback specific and technical. Enrollment closes when the cohort fills.