Upon completing all three modules—CAD & Design Principles, Building & Mechanical Assembly, and Programming for Robotics—students emerge with end-to-end mastery of the robot development lifecycle. This means they’re not only able to visualize and design a robot digitally but also build it from the ground up and program it to perform autonomously in complex, game-based environments.
The curriculum is intentionally structured to simulate real-world engineering workflows while preparing students for the dynamic demands of VEX IQ and VEX V5 competitions. By bridging technical training with strategic thinking, students learn to build robots that are not just functional—but purposeful, efficient, and optimized for scoring in real match conditions.
By the end of the program, students are expected to:
- Demonstrate full-stack robotics engineering, from design logic to mechanical execution to programming
- Build robots that respond to competition strategies, field elements, and scoring objectives
- Troubleshoot issues during test runs and adapt solutions under real-time conditions
- Apply automation principles through sensor integration, PID control, and game-specific logic
- Participate in scrimmages or mock competitions, simulating tournament-level performance
Graduates leave the program with not only a completed capstone project but a professional-level understanding of robotics that sets them apart in both academic and competitive settings. They also build presentation and collaboration skills that are vital for judged events and team-based problem-solving.
