- Maintenance & Repair
- Software & Diagnostics
- Electrical Systems & High Voltage
Associate of Applied Science preparing entry-level automotive technicians to diagnose, repair, and maintain modern vehicles. Coursework covers electrical systems, engines, brakes, steering/suspension, transmissions, HVAC, drivability/diagnostics, and hybrid/alternative fuel vehicles. Program is ASE/NATEF certified and totals 69 credits.
- Robotics & Automation
- Electrical Systems & High Voltage
- Maintenance & Repair
- Software & Diagnostics
Two-year AAS preparing entry-level mechatronics technicians across robotics, PLCs, industrial networks, hydraulics/pneumatics, and electro-mechanical systems. Hands-on labs with PLC programming (incl. Allen-Bradley), FANUC robot ops, sensors, and troubleshooting; stackable certificates available (Robotics, Fluid Power).
- EV Safety & Standards
- Robotics & Automation
- Electrical Systems & High Voltage
Certificate program preparing entry-level EV service technicians. Students learn EV safety standards and precautions, EV service and maintenance, high-voltage/low-voltage diagnostics, EV-specific tooling, and battery management systems. Program aligns with EV-specific ASE exam readiness.
- Sustainability in Manufacturing
- Quality Assurance & Control
- Electrical Systems & High Voltage
- Robotics & Automation
Two-year Associate of Applied Science (AAS) preparing students for entry-level roles supporting engineers in design, testing, manufacturing, quality, CNC/machining, materials, plastics, welding, and robotics. Program totals 60 credits with 16 elective credits to tailor toward quality, machining/CNC, plastics, CAD (CATIA/SolidWorks/NX), welding, and robotics.
- Software & Diagnostics
Free, after-school and weekend computer science & AI program for high school students (grades 9–12) delivered at the Detroit Code Next Lab inside the Michigan Central district. Students think, make, and lead through hands-on projects (web, apps, AI, hardware), coached by industry mentors. Strong college/STEM outcomes; local, in-person cohort model.