My Fab Academy Journey 🚀

I am ing. Wilken Rodriguez, welcome to my Fab Academy journey!. This website documents my learning process throughout Fab Academy, where I explore digital fabrication, electronics, programming, and machine design. Each week represents a step forward in developing practical skills, building projects, and understanding how to turn ideas into reality.

Weekly Assignments About Me Final Project

Weekly Assignments

Click a week to explore the documentation

Week 01

Output Devices
displaying data and controlling physical systems (LEDs, motors, etc.)

Week 11

Networking and Communications
connecting and communicating with and without wires (Wi-Fi, Bluetooth, I2C)

Week 12

Mechanical Design, Machine Design

Mid Term

Review

Weekly Group Assignments

Click a week to explore the documentation

Week 03

Computer-Controlled Cutting
Laser Cutting, Vinyl Cutting

Week 04

Embedded Programming
Microcontrollers and Interfacing

Week 05

3D Scanning and Printing

Week 06

Electronics Design
Circuit and PCB Design

Week 07

Computer-Controlled Machining
CNC Milling, CNC Turning

Week 08

Electronics Production
PCB Fabrication, Soldering, and Assembly

Week 09

Input Devices
reading data from the physical world (sensors, switches, etc.)

Week 10

Output Devices
displaying data and controlling physical systems (LEDs, motors, etc.)

Week 11

Networking and Communications
connecting and communicating with and without wires (Wi-Fi, Bluetooth, I2C)

Final Project About Me Student Agreement

Weekly Assignments

Principles and Practices Project Management

Computer-Aided Design 2D and 3D Modeling

Computer-Controlled Cutting Laser Cutting, Vinyl Cutting

Embedded Programming Microcontrollers and Interfacing

3D Scanning and Printing

Electronics Design Circuit and PCB Design

Computer-Controlled Machining CNC Milling, CNC Turning

Electronics Production PCB Fabrication, Soldering, and Assembly

Input Devices reading data from the physical world (sensors, switches, etc.)

Output Devices displaying data and controlling physical systems (LEDs, motors, etc.)

Networking and Communications connecting and communicating with and without wires (Wi-Fi, Bluetooth, I2C)

Mechanical Design, Machine Design

Review

Weekly Group Assignments

Computer-Controlled Cutting Laser Cutting, Vinyl Cutting

Embedded Programming Microcontrollers and Interfacing

3D Scanning and Printing

Electronics Design Circuit and PCB Design

Computer-Controlled Machining CNC Milling, CNC Turning

Electronics Production PCB Fabrication, Soldering, and Assembly

Input Devices reading data from the physical world (sensors, switches, etc.)

Output Devices displaying data and controlling physical systems (LEDs, motors, etc.)

Networking and Communications connecting and communicating with and without wires (Wi-Fi, Bluetooth, I2C)

Principles and Practices
Project Management

Computer-Aided Design
2D and 3D Modeling

Computer-Controlled Cutting
Laser Cutting, Vinyl Cutting

Embedded Programming
Microcontrollers and Interfacing

Electronics Design
Circuit and PCB Design

Computer-Controlled Machining
CNC Milling, CNC Turning

Electronics Production
PCB Fabrication, Soldering, and Assembly

Input Devices
reading data from the physical world (sensors, switches, etc.)

Output Devices
displaying data and controlling physical systems (LEDs, motors, etc.)

Networking and Communications
connecting and communicating with and without wires (Wi-Fi, Bluetooth, I2C)

Computer-Controlled Cutting
Laser Cutting, Vinyl Cutting

Embedded Programming
Microcontrollers and Interfacing

Electronics Design
Circuit and PCB Design

Computer-Controlled Machining
CNC Milling, CNC Turning

Electronics Production
PCB Fabrication, Soldering, and Assembly

Input Devices
reading data from the physical world (sensors, switches, etc.)

Output Devices
displaying data and controlling physical systems (LEDs, motors, etc.)

Networking and Communications
connecting and communicating with and without wires (Wi-Fi, Bluetooth, I2C)