1. Week 1 : Project Management
  2. Week 2 : Computer-aided
  3. Week 3 : Computer Controlled Cutting
  4. Week 4 : Embedded Programming
  5. Week 5 :3D Scanning and Printing
  6. Week 6 : Electronic Design
  7. Week 7 : Computer Controlled Machining
  8. Week 8 : Electronics Production
  9. Week 9 : Input Devices
  10. Week 10 : Output Devices
  11. Week 11 : Networking and Communication
  12. Week 12 : Mechanical Design and Machine Design
  13. Week 13 : Midterm Review
  14. Week 14 : Molding and Casting
  15. Week 15 : System Integeration/a>
  16. Week 16 : Interface and Application Programming
  17. Week 17 : System Integeration
  18. Week 18 : Wildcard Week
  19. Week 19 : Applications and Implications, Project Development
  20. Week 20 : Invention, Intellectual property and Income

2D Drafting of Spanner

2D Design Image

3D design - fidget spinner

CAD Image 1
Parametric Modelling

This fidget spinner was designed using parametric modeling, where dimensions like diameter (22mm) and offset (5mm) were defined as adjustable parameters. This approach ensures precision, easy modifications, and scalability, allowing dynamic design updates without manual rework.

CAD Image 2
First version

Designed the outershell of the fidget spinner using the parametric modeling method.

CAD Image 3
Full Round Fillet

Designed the outershell of the fidget spinner using the parametric modeling method and applied full round fillet to the outer shell.

CAD Image 4
McMASTER-CARR

Imported the ballbearing 608 with McMASTER-CARR and assembled it with outershell

Download the Model