Students focus on the fundamentals of mechanical design and software logic. The goal is to turn students from technology users into technology creators through hands-on play and professional tools.

What Students Learn

• Robotics Platforms: Gain experience with both LEGO and VEX robotics systems to understand different styles of engineering.
• Coding Languages: Learn the logic behind the machines, moving from block-based coding to text-based languages.
• Simple Machine Operation: Understand how mechanical parts like gears, pulleys, and levers work together to create movement.
• Rapid Prototyping: Learn how to use 3D printers and laser cutters to create custom parts for your robotic builds.

Hands-On Activities

• VEX & LEGO Challenges: Design, build, and code robots to navigate obstacle courses or compete in classroom games.
• Community Connections: Discover how robotics is used in our local community—from automated agriculture to local manufacturing plants. Students use our Fork Farm hydroponic grow system to grow all sorts of vegetables.
• The Maker Lab: Use high-precision laser cutters and 3D printers to design unique components that can’t be found in a standard kit.

Digital Design: Create 3D models of your robot designs before you ever pick up a tool.

For Grades 10-12, the STEM Robotics program merges with our STEM Aerospace pathway. This allows students to apply their coding and automation knowledge to the most advanced machines humanity builds: robots, aircraft, and spacecraft.

The focus shifts to industrial-grade skills and real-world production. You’ll move from models to full-scale assembly and advanced robotics, earning the certifications and experience needed for a high-paying career in the agriculture, aerospace, and manufacturing industries.

What Students Learn

• Robotics & Automation: Explore how automated systems and robotics are used in modern aerospace manufacturing to increase precision.
• Advanced Machining & Welding: Master the operation of mills, lathes, and CNC equipment, alongside professional welding and plasma cutting.
• Aircraft Manufacturing: Learn the precision required to build a CubCrafters kit plane, focusing on structural integrity and fabrication.
• Electronics & Avionics: Understand the "brains" of the aircraft, including wiring, circuits, and electronic flight systems.

Hands-On Activities

• ABB Robotics: Apply your robotic skills and use the ABB industrial robot to solve real-world challenges.
• RC Plane and Drone Design: Design, build, and fly your own Remote Controlled (RC) aircraft and drones applying advanced aerodynamics and electronics.
• Full-Scale Fabrication: Work on real aircraft components using industrial-grade tools and techniques.
• Industrial Certifications: Earn your OSHA 10 safety credentials and industry-recognized welding certifications.
• Competitions: Compete in robotics, drone, aerospace, and advanced manufacturing competitions.
• Work-Based Learning: Take your skills into the real world through internships, industry tours, and registered apprenticeships with AJAC.
• College Credit: Earn college credits through our post-secondary partners while completing your graduation requirements through integrated labs and projects.