Jan 31, 2025  
DRAFT 2025-2026 College Catalog DRAFT 
    
DRAFT 2025-2026 College Catalog DRAFT [ARCHIVED CATALOG]

CAD 165 - Additive Manufacturing/3D Printing Processes

1 Credits, 1 Contact Hours
1 lecture period 0 lab periods


Introduction to additive manufacturing principles, processes, materials, and value. Includes model preparation, concepts of slicing software, design optimization, material choices, and post-processing for 3D printing.

Recommendation: Some 3D modeling experience is necessary for success. 
Button linking to AZ Transfer course equivalency guide  button image Prior Learning and link to PLA webpage

Course Learning Outcomes
  1. Define technical principles of additive manufacturing.
  2. Describe additive manufacturing processes and materials for specific applications.
  3. Recognize the value of additive manufacturing versus a conventional approach.
  4. Create a 3D print based on model preparation, concepts of slicing software, design optimization, material choices, and post-processing.

Outline:
  1. Technical principles of additive manufacturing
    1. Slicer Software Terms
    2. Machine terms
    3. Troubleshooting 3D printing issues
  2. Additive manufacturing process and material for a specific application.
    1. ABS material
    2. ASA material
    3. PLA material
    4. Nylon material
    5. Composite material
    6. PETG material
    7. TPU material
    8. Photopolymer Materials
    9. SLA Process
    10. SLS Process
    11. FDM Process
  3. Value of an additive manufacturing versus conventional approach
    1. Costing
    2. Material Properties
    3. Use case
    4. Time
    5. Injection Molding
    6. Factory Floor
    7. Prototyping
    8. Form and Function Studies
    9. Jigs and Fixtures
  4. Effective 3D printing
    1. Process and Material
    2. Model preparation
    3. Slicing software
    4. Orientation for slicing
    5. Design optimization
    6. Post-processing