Iron Cross Robotics
The Iron Cross railroad landmark in Waynesboro, Virginia

Waynesboro, Virginia · Applications closed · Next cohort forms February 2027

A Foundation for Apprenticeship.

Seven months, hands on real metal. Five credentials from Carnegie Mellon Robotics Academy that travel anywhere. A gap year that ends with a credential, not a loan.

Get announcements See the program
7Months, hands-on
5SMART Micro-Certifications
$0Tuition for instruction
6–12Students in the room

01 · The work

Discover the mechanical arts

Robotics and mechatronics are among the best doors into the trades, because they open onto all of them at once — fabrication, electrical, mechanical, software. That combination is what a modern plant floor runs on. Students find out what they are good at by building something that either runs or doesn't.

Technical skill alone is not the point. Alongside daily practice, mentors work on discipline, perseverance, and attention to detail — the character of a craftsman, not just the competence of a technician.

A student measuring a 3D-printed gear with calipers
Participant working at a robotics bench in the Iron Cross lab

02 · The training

Build a strong foundation

Students work through Carnegie Mellon's SMART Robotics Technician curriculum — five credentialed modules in Software, Electrical, Mechanical, Fabrication, and Robotics Integration — inside a seven-module year that opens with microcontrollers and ends with a guided capstone.

Each student is paired with a mentor who guides technical growth and the habits that separate good craftsmen from adequate ones: punctuality, initiative, accountability, care for the work. Credentials are earned module by module, endorsed by the ARM Institute and the Carnegie Mellon Robotics Academy, and build toward full SMART Certification.

The seven modules →

03 · What comes next

Forge a clear path

A pre-apprenticeship foundation opens three doors, and students walk out able to choose between them rather than guess.

01

Apprenticeship

Registered Apprenticeships with regional manufacturers in mechatronics, industrial automation, or robotics maintenance.

02

Technical certification

Specialized credentials in CNC, PLCs, industrial electronics, or emerging fields like IoT and AI.

03

Higher education

Engineering, computer science, or technical degrees — entered with real shop experience and a reason for being there.

Wherever the path leads, students leave with more than a credential: the character, confidence, and competence to build a life of meaningful work.

A student wiring LEDs on a breadboard beside an Arduino

Cohort one · Applications closed

Applications are closed

The application deadline for cohort one has passed and we are no longer accepting applications. The next cohort forms in February 2027 — watch for announcements in December, including the application window and open-house dates.

Get December announcements Full schedule
What happens next
Applications closedNow
Cohort one beginsMon 21 Sep 2026
Next-cohort announcementsDecember 2026
Next cohort formsFebruary 2027

Keep an eye on the lab

We are building out the lab inside the historic Virginia Metalcrafters Building and welcoming our first cohort in 2026. Sign up for news, open-house dates, and progress from the shop floor.

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An autonomous agricultural machine built in the lab