Full course coming soon

Computer-Aided Manufacturing Fundamentals for Technical Professionals

7 chapters · 31 lessons

1. 1. From Geometry to Machine Instructions

   4 lessons

   Understand how CAD models are analyzed and converted into executable machine code through the CAM workflow.

2. 2. Toolpath Planning and Cutting Strategies

   5 lessons

   Learn how CAM software generates efficient tool movements while respecting material properties and machine constraints.

3. 3. Material Removal Physics and Tool Selection

   4 lessons

   Explore how material behavior, cutting forces, and tool geometry determine feasible machining parameters.

4. 4. Design for Manufacturability in CNC Machining

   5 lessons

   Identify design features that increase cost, risk, or cycle time and learn how to design parts that are easier to machine.

5. 5. Setup, Simulation, and Verification Workflows

   4 lessons

   Understand the human review and machine preparation steps that ensure safe, accurate execution of CNC programs.

6. 6. Automation Opportunities in CAM Workflows

   5 lessons

   Identify repetitive planning and documentation tasks where software can assist or accelerate expert decision-making.

7. 7. Cross-Functional Collaboration in Manufacturing Projects

   4 lessons

   Develop communication skills and shared vocabulary to work effectively across design, engineering, and production teams.