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1. Final Project Proposal
2. Principles and Practices
3. Computer-Aided Design
4. Computer-Controlled Cutting
5. Electronics Production
6. 3D Scanning and Printing
7. Electronics Design
8. Computer Controlled Machining
9. Embedded Programming
10. Molding and Casting
11. Input Devices
12. Composites
13. Interface and application programming
14. Mechanical Design, MachineD Design
15. Output Devices
16. Networking and Communications
17. Applications and Implications
18. Invention, Intellectual property and Income
19. Project Development

Electronics Production

Fab ISP

Each student will assemble their own fabbable in-system programmer (Fab ISP) for use it in class, learn to mill boards on the milling machine, practice surface mount soldering techniques and Program AVR microcontrollers

The first step was mill the board, and for this I used Fab Modules, I load .png

The second step was weld the board, to make this board i have used the materials shown in the list.

For the job I used various materials and welding equipment and others needed to improve vision as a microscope.

Some details of the work are shown in the picture.

The final step was the programming and it resulted in the first test, the view screen is attached.