The Competitive VEX V5 Robotics Intensive mirrors the preparation cycle of competitive VEX V5 teams, condensed into an intensive two-week summer format. Students work hands-on with VEX V5 robots, motors, sensors, and controllers while developing the technical and strategic skills required for competition success.
Week One: VEX V5 Design, Build & Strategy
VEX V5 Game Analysis & Competitive Strategy
Students analyze the current VEX Robotics Competition game, focusing on scoring mechanics, field layout, constraints, and competitive trade-offs specific to VEX V5 play.
Advanced Robot Design Using VEX V5 Systems
Participants design, build, and refine robots using VEX V5 components, emphasizing drivetrain efficiency, mechanical reliability, and performance optimization. Students explore how design choices affect speed, control, and scoring potential.
Programming for VEX V5 Competition
Instruction focuses on programming autonomous routines and driver-controlled behavior using VEX V5-compatible programming environments. Students refine code for consistency, responsiveness, and competition reliability.
Iterative Testing & Performance Optimization
Students test robot designs and code under realistic conditions, evaluate performance data, and implement targeted improvements through multiple build-test cycles.
Week Two: Competition Simulation & Match Execution
Driver Skills & Control Systems
Students develop precision driving skills using VEX V5 controllers, practicing timing, coordination, and adaptability under match-like constraints.
Mock VEX V5 Tournament Play
Participants engage in multiple simulated VEX V5 competition rounds, applying alliance coordination, match planning, and real-time troubleshooting.
Team Roles, Scouting & Match Strategy
Students explore common competitive team roles, basic scouting concepts, alliance strategy, and how teams adjust strategy throughout a tournament.
Performance Review & Refinement
After each simulated round, instructors provide detailed feedback, allowing students to revise mechanical designs, programming logic, and match strategy before re-testing.
Learning Outcomes
By the end of the program, students will:
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Understand competitive VEX V5 game strategy
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Design and refine robots using VEX V5 systems
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Program effective autonomous and driver-controlled routines
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Execute matches under VEX-style competition conditions
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Enter the upcoming VEX season with increased confidence and preparedness