Build a delivery robot
Design a robot to carry an object to a target. Compare routes, adjust the mechanism and record what improves each attempt.
Project gallery
Ideas worth
getting your hands into.
Explore the kinds of challenges in TTW’s learning plans. These are illustrative project ideas, not completed student work.
Prepare a RoboMission-style challenge run
Build and program a robot to complete a themed mission field within a time limit, then refine it across repeated timed runs—the core loop behind most WRO categories.
Prototype one device, four perspectives
Take one simple device and look at it four ways: how a computer scientist would model its logic, a computer engineer would design its circuit and firmware, an electrical engineer would handle its power and signals, and a mechanical engineer would design its housing and moving parts.
Make a custom robot attachment
Sketch an attachment, model its dimensions and consider how it fits. Test a prototype and revise the design using measurements.
Design and press a custom transfer
Design a small graphic, prepare the file for DTF printing, and press it onto a sample fabric piece. Compare results and adjust settings for a cleaner result.
Print a custom design on a rigid surface
Choose a small object or material sample, prepare a design file sized to fit it, and print a test piece. Compare colour and finish against the original design and adjust.
Build a robot that reacts to its surroundings
Build a robot with a sensor, then program it to respond—stop, turn or speed up—based on what the sensor detects. Test it in a few different situations and adjust.
Complete a full practice test and score review
Take a timed, full-length practice test across all four sections, then review the results section by section to identify the highest-impact areas to improve before the next attempt.
Student stories will come with real evidence.
Future student showcases will explain the challenge, process and learning, and will only be shared with appropriate permission.