MFGE 261: Introduction to Computer-Aided Design

Each course's own prerequisites, down to the first courses in the chain.

• ENGR 104 Introduction to Engineering and Design
• ENGR 115 Innovation in Design
  requires ENGR 101
  • ENGR 101 Engineering, Design, & Society

Courses that list it as a prerequisite, then the courses that list those, 2 levels deep.

• MFGE 231 Introduction to Metal Manufacturing Processes
  • MFGE 332 Introduction to CAM and CNC (continues on its page)
  • MFGE 333 Design for Manufacture (continues on its page)
  • MFGE 381 Manufacturing Process Planning (continues on its page)
• MFGE 250 Introduction to Manufacturing Automation
  • MFGE 395 Directed Research in Manufacturing
  • MFGE 495 Directed Research in Manufacturing
• MFGE 332 Introduction to CAM and CNC
  • MFGE 434 Advanced CAM and CNC
  • MFGE 463 Design of Tooling (continues on its page)
  • MFGE 466 CAD Automation
  • MFGE 495 Directed Research in Manufacturing (shown above)
  • MSE 461 Tooling for Plastics Process
• MFGE 333 Design for Manufacture
  • MFGE 463 Design of Tooling (shown above)
  • MFGE 491 Project Research, Planning and Ethics (continues on its page)
• MFGE 350 Introduction to Manufacturing Automation
  • MFGE 395 Directed Research in Manufacturing (shown above)
  • MFGE 495 Directed Research in Manufacturing (shown above)
• MFGE 362 CAD Modeling and Analysis Using Surfaces
  • MSE 472 Advanced Composites
• MFGE 365 Machine Design
• MFGE 381 Manufacturing Process Planning
  • MFGE 463 Design of Tooling (shown above)
  • MFGE 491 Project Research, Planning and Ethics (shown above)
• MFGE 462 Advanced CAD Modeling and Analysis
  • MSE 472 Advanced Composites (shown above)
• MFGE 464 Modeling and Analysis of Mechanisms
• MSE 331 Injection Molding
  • MSE 461 Tooling for Plastics Process (shown above)
  • MSE 471 Advanced Materials and Characterization (continues on its page)