Workshop Overview

December’s Workshop focuses on movement and safety. Beginners connect motors to the hub and learn how to control speed, direction, and stopping on simple tracks, combining motors with colour sensors to trigger actions like slowing down at “warning” colours or stopping at a “red light.” They begin to see how small changes in code affect how smoothly and safely their robots move.

Advanced learners build on this by adding force sensors to simulate safety features such as bump detection, collision alerts, and emergency stops when a robot encounters an obstacle. They experiment with scenarios where the robot must react quickly and reliably to keep “passengers” and surroundings safe.

Both tracks emphasize real-world parallels to traffic systems, vehicle automation, and automotive safety, helping learners connect their projects to self-driving cars, factory robots, and everyday transportation systems.

Beginner Track - Motor Control & Path Programming

Beginners learn to connect motors and program vehicles to respond to colour-coded tracks, such as stopping at red and moving faster on green.

Materials Required

Laptop or tablet with SPIKE app installed

LEGO SPIKE Prime kit with hub, motors, and colour sensor

Coloured paper strips or tracks

Beginner Track Learning Outcomes

Connect Motors Correctly: Learners will configure hub ports for proper motor function.

Program If Statements: Students will change robot behaviour based on track colours.

Use Loops for Monitoring: Learners will apply forever loops for continuous responses.

Adjust Speed and Direction: Students will fine-tune vehicle performance on tracks.

Compare Traffic Systems: Learners will relate programming to real-world signals.

Advanced Track - Force Sensors in Vehicle Safety & Automation

Advanced learners explore the LEGO force sensor, building safety routines that simulate bumper systems and emergency responses.

Materials Required

Laptop or tablet with SPIKE app installed

LEGO SPIKE Prime kit with hub, motors, and force sensor

Barrier setup for testing

Advanced Track Learning Outcomes

Explain Force Sensors: Students will describe how force sensors measure pressure.

Simulate Vehicle Safety: Learners will program bump detection and auto-stop systems.

Integrate Sensors with Motors: Students will create reactive safety programs.

Design Escape Behaviours: Learners will code robots to reroute when trapped.

Connect to Real Safety Systems: Students will link robotics learning to airbags, brakes, and crash detection.

If you’re unsure who your Chapter Leader is, please contact eventsupport@blackboyscode.com to get connected and learn how you can support your local team.

For further questions you may have on the day of the workshop, please reach out to Hamilton.ExposureWorkshop@blackboyscode.com

Or student.help@blackboyscode.com

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Black Boys Code Hamilton - Motion Mastery: Responsive Robotics in Action