2026-T3 Caversham valley Advanced Eng. & Robotics Thursdays
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2026 - T3 (30 July - 17 Sept, 26, Thursdays)
Time 2:45 PM to 4:15 PM
Advanced Engineering and Robotics Club @ Science Room
Advanced Engineering and robotics education can help students learn about technology and its applications to solve real-world problems.
Through project-based learning, students use hardware, Lego® compatible building blocks, and coding to create prototypes and explore viable solutions to real-world issues.
During Term 3, 2026, Advanced Builds students will explore All on Wheels Engineering, creating innovative models that combine mechanical systems with coding and automation. Students will code and control motors using touch switches, ultrasonic sensors, buzzers, and joysticks to create interactive and responsive vehicle-based projects. They will learn key concepts including gear transmission, speed reduction and multiplication systems, and motion control, while developing advanced coding skills to make their models react to user input and environmental changes. These hands-on projects will build strong problem-solving, engineering, and STEM skills in an engaging and exciting way.
Age group Year 3 to Year 6.
Time 2:45 PM to 4:15 PM
Advanced Engineering and Robotics Club @ Science Room
Advanced Engineering and robotics education can help students learn about technology and its applications to solve real-world problems.
Through project-based learning, students use hardware, Lego® compatible building blocks, and coding to create prototypes and explore viable solutions to real-world issues.
During Term 3, 2026, Advanced Builds students will explore All on Wheels Engineering, creating innovative models that combine mechanical systems with coding and automation. Students will code and control motors using touch switches, ultrasonic sensors, buzzers, and joysticks to create interactive and responsive vehicle-based projects. They will learn key concepts including gear transmission, speed reduction and multiplication systems, and motion control, while developing advanced coding skills to make their models react to user input and environmental changes. These hands-on projects will build strong problem-solving, engineering, and STEM skills in an engaging and exciting way.
Age group Year 3 to Year 6.
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