1 Day 9:30 - 2:30
Max Number of Students 50
In this interactive robotics program, students dive into the world of problem- solving as they navigate their robots through a challenging maze. By applying geometric concepts such as angles and distances, students enhance their understanding of how to maneuver their robots efficiently. They also develop basic algorithms to guide their robots’ movements and decision-making processes, optimising for both speed and accuracy. Students further engage by incorporating lights and sounds into their robots, adding an element of creativity to their designs. This hands-on experience fosters critical thinking and spatial reasoning as they analyse and refine their robots’ performance. By collaborating in teams, students learn to test and improve their strategies, making this program a comprehensive exploration of robotics and mathematical concepts.
› Use geometric reasoning to navigate a robot through a maze, calculating angles and distances
› Develop algorithms to control the robot’s movement and decisions
› Analyse robot performance data, focusing on speed and accuracy
› Use problem-solving strategies to improve robot navigation
› Integrate and evaluate design elements like lights and sounds to see their impact on navigation
