Plan
Review the current robot goal, game rule, notebook item, or competition need.
The Program page is for practical details: who fits, how practices run, what roles students take, and what commitment families should expect.
This is a small competition team, so consistency matters more than prior experience. Students do not need to be experts, but they should be ready to learn, practice, try ideas, and work with teammates.
The exact agenda changes with the season, but practices are structured around measurable progress.
Review the current robot goal, game rule, notebook item, or competition need.
Work in small roles on mechanisms, sensors, driver control, or autonomous routines.
Run the robot on the field, collect feedback, debug failures, and adjust.
Capture design choices, tests, changes, and next steps in the engineering notebook.
Roles help every student participate while still allowing students to develop strengths over the season.
Mechanisms, drivetrain, repairs, reliability, and field testing.
Driver control, sensors, autonomous routines, and debugging.
Match practice, strategy, scoring decisions, and communication.
Design decisions, test results, sketches, changes, and lessons learned.
Explaining the robot, teamwork, design process, and iteration clearly.
Tools, batteries, parts, inspection checks, and competition-day organization.
The intended rhythm is one weekend practice per week, typically around 2–3 hours. Before competitions, extra practice may be scheduled for driving, autonomous tuning, notebook review, and robot fixes.
Submit the short interest form and we will follow up with schedule, expectations, fees, and next steps.