Fab Academy 2026 Schedule
Below is the 18-week schedule for Fab Academy 2026. Each week focuses on different aspects of digital fabrication, from design to electronics to final project development.
| Week | Topic | Description |
|---|---|---|
| Week 1 | Principles and Practices | Introduction to Fab Academy, documentation, and project planning |
| Week 2 | Computer-Aided Design | 2D and 3D modeling, CAD software tools |
| Week 3 | Computer-Controlled Cutting | Laser cutting, vinyl cutting, press-fit construction |
| Week 4 | Embedded Programming | Programming microcontrollers, firmware development |
| Week 5 | 3D Scanning and Printing | Additive manufacturing, 3D scanning techniques |
| Week 6 | Electronics Design | PCB design, circuit board fabrication |
| Week 7 | Computer-Controlled Machining | CNC milling, large-format fabrication |
| Week 8 | Electronics Production | PCB milling, component soldering, testing |
| Week 9 | Mechanical Design | Mechanisms, machine design principles |
| Week 10 | Input Devices | Sensors, data acquisition, interfacing |
| Week 11 | Molding and Casting | Mold making, casting techniques, materials |
| Week 12 | Output Devices | Actuators, displays, motors, control systems |
| Week 13 | Networking and Communications | Wireless communication, IoT, protocols |
| Week 14 | Interface and Application Programming | GUI development, web interfaces, applications |
| Week 15 | Wildcard Week | Explore new techniques and processes |
| Week 16 | Applications and Implications | Project documentation, intellectual property |
| Week 17 | Invention, IP, and Income | Business planning, commercialization strategies |
| Week 18 | Final Project Presentations | Final project completion and presentation |
Principles
Design
Fabrication
Electronics
Programming
Systems
Project Work