FRC Robotics: From Rookie to Competition-Ready

Course overview

This self-paced nine-unit FRC robotics course moves a new learner from robot anatomy and architecture through mechanisms, electrical systems, WPILib, sensors, feedback control, autonomous/driver control, strategy, troubleshooting, inspection, and competition readiness. Learners may use supervised hardware, simulation, or documented-analysis evidence.

Audience and pace

Grades 9–12. Nine open-progress Units should be completed in order; most require two to four hours, while hardware builds may require more time.

What you will learn

• Explain FRC robot subsystems, mechanism, electrical, code, sensing, control, and match-strategy decisions.
• Use test, failure-recovery, and inspection evidence to improve reliability.
• Connect build, program, safety, and operational choices into a competition-ready system.

Course structure

Units cover robot purpose and architecture, motors, electrical/CAN, WPILib/code, sensors/closed-loop control, autonomous/driver control, strategy, and a final competition-ready review.

Learning evidence and assessment

Learners create architecture, mechanism, electrical, code, test, troubleshooting, inspection, and strategy records. Hardware evidence is never required when an approved simulation or documented analysis can demonstrate the same reasoning.

Expectations and boundaries

Follow team, shop, electrical, battery, and competition safety rules. Do not energize, modify, or operate a robot without qualified supervision and team authorization.

Capstone

The Competition-Ready Robot Systems Review produces and defends a dossier covering architecture, mechanisms, electrical/code evidence, tests, recovery, inspection readiness, and strategy.

Access and support

The reader supports all learners. Supervised hardware, approved simulation, and documentation paths are selected with the instructor/team.