Oliver Abbott

Deep dive into computer-aided design software, focusing on parametric modeling, 2D vector graphics, and preparation for digital fabrication processes.

Introduction to computer-controlled cutting technologies, focusing on laser cutting and vinyl cutting for various materials and applications.

Introduction to embedded programming, covering microcontroller programming and embedded system development.

Exploring 3D scanning technologies and various 3D printing techniques for digital fabrication.

Learning electronics design principles and PCB layout techniques for custom circuit boards.

Introduction to computer-controlled machining using CNC mills and routers for precision fabrication.

Learning PCB fabrication techniques including milling, soldering, and assembly of electronic circuits.

Exploring various input devices and sensors for creating interactive digital fabrication projects.

Learning to control various output devices including motors, LEDs, and actuators for interactive projects.

Exploring networking protocols and wireless communication for IoT and connected fabrication projects.

Learning mechanical design principles and machine building techniques for digital fabrication systems.

Mid-term evaluation of progress, skills development, and preparation for advanced topics.

Learning mold making and casting techniques for creating complex shapes and forms.

Creating user interfaces and applications for controlling and monitoring fabrication systems.

Learning to integrate mechanical, electronic, and software components into complete systems.

Open exploration of advanced or specialized fabrication techniques not covered in other weeks.

Analyzing the broader implications of digital fabrication and developing final project concepts.

Learning about intellectual property protection and strategies for commercializing fabrication innovations.

Completing the final project and preparing comprehensive documentation and presentation.