Our Courses
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Three Core Tracks
Choose your specialization. Each track requires a functional physical-digital hardware release, built entirely at your dedicated workbench.
Embedded Systems
Industrial Design
Hardware Integration
Write bare-metal firmware. Master register-level programming, real-time operating systems, and sensor integration on custom PCBs.
Bridge form and utility. Learn mechanical enclosure design, injection molding constraints, and ergonomic bench-prototyping.
The intersection of code and steel. Design custom actuators, power distribution boards, and thermal management systems.
COMPONENTS: ARM Cortex-M4, Logic Analyzers, Oscilloscopes, I2C/SPI Protocols.
COMPONENTS: SolidWorks, CNC Milling, SLA 3D Printing, Durometer Testing.
COMPONENTS: Multimeters, Soldering Stations, Custom PCBs, Stepper Motors.
Rigorous Lab Metrics
12
Makers per cohort
24/7
Workbench access
100%
Physical releases
Weekly Commitment
Expect 40 hours per week of active lab time. This is an intensive, physical-presence curriculum based in our active workshops.
Technical Requirements
We do not require a computer science degree, but we do expect basic programming literacy and a demonstrated drive to build physical things.
Prototype Ownership
Yes. Every circuit board, milled enclosure, and functional device you build at your workbench is yours to keep and showcase.