2025 - Term 3 (28 JULY - 15 SEPT, 2025 Mondays) Time 3:00 PM to 4:30 PM Beginner's Engineering and Robotics Club @ Dance Studio The Beginner's Engineering & Robotics Program teaches students theoretical knowledge in software and mechanical engineering, mathematics, and physics. TERM 3 (2025 ) LEARNINGS: Young Engineers will feature a Fun Fair theme, where students will explore STEM concepts such as centrifugal force, distance sensors, the law of conservation of angular momentum, tilt sensors, display memory readings, and background display commands—all through engaging engineering and robotics projects. The course aims to introduce students to the practical and theoretical aspects of technology, software engineering, math, and entrepreneurship. Age: Year 1- Year 6

2025 - Term 3 (28 JULY - 15 SEPT, 2025, Mondays) Time 3:00 PM to 4:30 PM Advanced Engineering and Robotics Club @ Dance Studio 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. TERM 3 (2025) LEARNINGS : Fun Fair theme, students will learn a range of exciting coding skills including: DC motor commands with gear transmission, DC motor commands with keys and belt transmission, IR detector and LED digital display commands, as well as sound sensor with DC motor and sound sensor with keys commands. These coding projects are designed to enhance their understanding of robotics and real-world engineering applications in a fun and engaging way. Age group Year 3 to Year 6.

2025 - Term 3 (28 July - 15 Sept, 2025, Mondays) Time 3:00 PM to 4:30 PM Beginner's Engineering and Robotics club @ Science Room The Beginner's Engineering & Robotics Program teaches students theoretical knowledge in software and mechanical engineering, mathematics, and physics. TERM 3 (2025 ) LEARNINGS: Young Engineers will feature a Fun Fair theme, where students will explore STEM concepts such as centrifugal force, distance sensors, the law of conservation of angular momentum, tilt sensors, display memory readings, and background display commands—all through engaging engineering and robotics projects. The course aims to introduce students to the practical and theoretical aspects of technology, software engineering, math, and entrepreneurship. Age: Year 1- Year 6

2025 - Term 3 (28 July to 15 Sept, Mondays) Time 3:00 PM to 4:30 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. TERM 3 (2025) LEARNINGS : Fun Fair theme, students will learn a range of exciting coding skills including: DC motor commands with gear transmission, DC motor commands with keys and belt transmission, IR detector and LED digital display commands, as well as sound sensor with DC motor and sound sensor with keys commands. These coding projects are designed to enhance their understanding of robotics and real-world engineering applications in a fun and engaging way. Age group Year 3 to Year 6.

2025 - Term 3 (28 JULY - 15 SEPT, 2025, Mondays) Time - 3:25 PM To 4:55 PM Beginners Engineering and Robotics Club @ 4.2 Classroom The Beginners Engineering & Robotics Program teaches students theoretical knowledge in software and mechanical engineering, mathematics, and physics. TERM 3 (2025 ) LEARNINGS: Young Engineers will feature a Fun Fair theme, where students will explore STEM concepts such as centrifugal force, distance sensors, the law of conservation of angular momentum, tilt sensors, display memory readings, and background display commands—all through engaging engineering and robotics projects. The course aims to introduce students to the practical and theoretical aspects of technology, software engineering, math, and entrepreneurship. Age: Year 1- Year 6

2025 - Term 3 (29 July - 16 Sept, 2025, Tuesdays) Beginner's Engineering and Robotics Club @ ICT ROOM Time 2:45 to 4:15 PM The Beginner's Engineering & Robotics Program teaches students theoretical knowledge in software and mechanical engineering, mathematics, and physics. TERM 3 (2025 ) LEARNINGS: Young Engineers will feature a Fun Fair theme, where students will explore STEM concepts such as centrifugal force, distance sensors, the law of conservation of angular momentum, tilt sensors, display memory readings, and background display commands—all through engaging engineering and robotics projects. The course aims to introduce students to the practical and theoretical aspects of technology, software engineering, math, and entrepreneurship. Age: Year 1- Year 6

2025 - Term 3 ( 29 JULY - 16 SEPT, 2025, Tuesdays) Time 3:05 PM to 4:35 PM Advanced Engineering and Robotics Club @ Library 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. TERM 3 (2025) LEARNINGS : Fun Fair theme, students will learn a range of exciting coding skills including: DC motor commands with gear transmission, DC motor commands with keys and belt transmission, IR detector and LED digital display commands, as well as sound sensor with DC motor and sound sensor with keys commands. These coding projects are designed to enhance their understanding of robotics and real-world engineering applications in a fun and engaging way. Age group Year 3 to Year 6.

2025 - Term 3 ( 29 JULY - 16 SEPT, 2025, Tuesdays) Beginner's Engineering and Robotics Club @ Library Time 3:05 to 4:35 PM The Beginner's Engineering & Robotics Program teaches students theoretical knowledge in software and mechanical engineering, mathematics, and physics. TERM 3 (2025 ) LEARNINGS: Young Engineers will feature a Fun Fair theme, where students will explore STEM concepts such as centrifugal force, distance sensors, the law of conservation of angular momentum, tilt sensors, display memory readings, and background display commands—all through engaging engineering and robotics projects. The course aims to introduce students to the practical and theoretical aspects of technology, software engineering, math, and entrepreneurship. Age: Year 1- Year 6

2025 - Term 3 ( 29 JULY - 16 SEPT, 2025, Tuesdays) Beginner's Engineering and Robotics Club @ Hass Room Time 3:05 to 4:35 PM The Beginner's Engineering & Robotics Program teaches students theoretical knowledge in software and mechanical engineering, mathematics, and physics. TERM 3 (2025 ) LEARNINGS: Young Engineers will feature a Fun Fair theme, where students will explore STEM concepts such as centrifugal force, distance sensors, the law of conservation of angular momentum, tilt sensors, display memory readings, and background display commands—all through engaging engineering and robotics projects. The course aims to introduce students to the practical and theoretical aspects of technology, software engineering, math, and entrepreneurship. Age: Year 1- Year 6

2025 - Term 3 ( 29 JULY - 16 SEPT, 2025, Tuesdays) Time - 3.15 to 4:45 PM Beginner's Engineering and Robotics Club @ Room No 6Av The Beginner's Engineering & Robotics Program teaches students theoretical knowledge in software and mechanical engineering, mathematics, and physics. TERM 3 (2025 ) LEARNINGS: Young Engineers will feature a Fun Fair theme, where students will explore STEM concepts such as centrifugal force, distance sensors, the law of conservation of angular momentum, tilt sensors, display memory readings, and background display commands—all through engaging engineering and robotics projects. The course aims to introduce students to the practical and theoretical aspects of technology, software engineering, math, and entrepreneurship. Age: Year 1- Year 6

2025 - Term 3 ( 29 JULY - 16 SEPT, 2025, Tuesdays) Time 3:15 PM to 4:45 PM Advanced Engineering and Robotics Club @ Room 6AV 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. TERM 3 (2025) LEARNINGS : Fun Fair theme, students will learn a range of exciting coding skills including: DC motor commands with gear transmission, DC motor commands with keys and belt transmission, IR detector and LED digital display commands, as well as sound sensor with DC motor and sound sensor with keys commands. These coding projects are designed to enhance their understanding of robotics and real-world engineering applications in a fun and engaging way. Age group Year 3 to Year 6.

2025 - Term 3 (30 JULY - 17 SEPT, 2025, Wednesdays) Time - 2:50 PM To 4:20 PM Beginner's Engineering and Robotics club @ Under Cover area The Beginner's Engineering & Robotics Program teaches students theoretical knowledge in software and mechanical engineering, mathematics, and physics. TERM 3 (2025 ) LEARNINGS: Young Engineers will feature a Fun Fair theme, where students will explore STEM concepts such as centrifugal force, distance sensors, the law of conservation of angular momentum, tilt sensors, display memory readings, and background display commands—all through engaging engineering and robotics projects. The course aims to introduce students to the practical and theoretical aspects of technology, software engineering, math, and entrepreneurship. Age: Year 1- Year 6

2025 - Term 3 (30 JULY - 17 SEPT, 2025, Wednesdays) Time - 3:25 PM To 4:55 PM Beginner's Engineering and Robotics Club @ 6.2 & 6.3 The Beginner's Engineering & Robotics Program teaches students theoretical knowledge in software and mechanical engineering, mathematics, and physics. TERM 3 (2025 ) LEARNINGS: Young Engineers will feature a Fun Fair theme, where students will explore STEM concepts such as centrifugal force, distance sensors, the law of conservation of angular momentum, tilt sensors, display memory readings, and background display commands—all through engaging engineering and robotics projects. The course aims to introduce students to the practical and theoretical aspects of technology, software engineering, math, and entrepreneurship. Age: Year 1- Year 6

2025 - Term 3 (30 JULY - 17 SEPT, 2025, Wednesdays) Advance Engineering and Robotics Club @ 6.2 & 6.3 Time: 3:25 to 4:55 PM 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. TERM 3 (2025) LEARNINGS : Fun Fair theme, students will learn a range of exciting coding skills including: DC motor commands with gear transmission, DC motor commands with keys and belt transmission, IR detector and LED digital display commands, as well as sound sensor with DC motor and sound sensor with keys commands. These coding projects are designed to enhance their understanding of robotics and real-world engineering applications in a fun and engaging way. Age group Year 4 to Year 6.

2025 - Term 3 (31 JULY - 18 SEPT, 2025, Thursdays) Time 2:45-4:15 PM Beginner's Engineering and Robotics club @ Science Rm The Beginner's Engineering & Robotics Program teaches students theoretical knowledge in software and mechanical engineering, mathematics, and physics. TERM 3 (2025 ) LEARNINGS: Young Engineers will feature a Fun Fair theme, where students will explore STEM concepts such as centrifugal force, distance sensors, the law of conservation of angular momentum, tilt sensors, display memory readings, and background display commands—all through engaging engineering and robotics projects. The course aims to introduce students to the practical and theoretical aspects of technology, software engineering, math, and entrepreneurship. Age: Year 1- Year 6

2025 - Term 3 (31 JULY - 18 SEPT, 2025, 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. TERM 3 (2025) LEARNINGS : Fun Fair theme, students will learn a range of exciting coding skills including: DC motor commands with gear transmission, DC motor commands with keys and belt transmission, IR detector and LED digital display commands, as well as sound sensor with DC motor and sound sensor with keys commands. These coding projects are designed to enhance their understanding of robotics and real-world engineering applications in a fun and engaging way. Age group Year 3 to Year 6.

2025 - Term 3 (31 JULY - 18 SEPT, 2025, Thursdays) Time 2:50-4:20 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. TERM 3 (2025) LEARNINGS : Fun Fair theme, students will learn a range of exciting coding skills including: DC motor commands with gear transmission, DC motor commands with keys and belt transmission, IR detector and LED digital display commands, as well as sound sensor with DC motor and sound sensor with keys commands. These coding projects are designed to enhance their understanding of robotics and real-world engineering applications in a fun and engaging way. Age group Year 3 to Year 6.

2025 - Term 3 (31 JULY - 18 SEPT, 2025, Thursdays) Time 2:50-4:20 PM Beginner's Engineering and Robotics club @ Science Rm The Beginner's Engineering & Robotics Program teaches students theoretical knowledge in software and mechanical engineering, mathematics, and physics. TERM 3 (2025 ) LEARNINGS: Young Engineers will feature a Fun Fair theme, where students will explore STEM concepts such as centrifugal force, distance sensors, the law of conservation of angular momentum, tilt sensors, display memory readings, and background display commands—all through engaging engineering and robotics projects. The course aims to introduce students to the practical and theoretical aspects of technology, software engineering, math, and entrepreneurship. Age: Year 1- Year 6

2025 - Term 3 (31 JULY - 18 SEPT, 2025, Thursdays) Time 3:00-4:30 PM Beginner's Engineering and Robotics club @ Italian Room The Beginner's Engineering & Robotics Program teaches students theoretical knowledge in software and mechanical engineering, mathematics, and physics. TERM 3 (2025 ) LEARNINGS: Young Engineers will feature a Fun Fair theme, where students will explore STEM concepts such as centrifugal force, distance sensors, the law of conservation of angular momentum, tilt sensors, display memory readings, and background display commands—all through engaging engineering and robotics projects. The course aims to introduce students to the practical and theoretical aspects of technology, software engineering, math, and entrepreneurship. Age: Year 1- Year 6

2025 - Term 3 (1 AUG - 19 SEPT, 2025, Fridays) Time - 2:45 to 4:15 PM Beginner's Engineering and Robotics club @ Library The Beginner's Engineering & Robotics Program teaches students theoretical knowledge in software and mechanical engineering, mathematics, and physics. TERM 3 (2025 ) LEARNINGS: Young Engineers will feature a Fun Fair theme, where students will explore STEM concepts such as centrifugal force, distance sensors, the law of conservation of angular momentum, tilt sensors, display memory readings, and background display commands—all through engaging engineering and robotics projects. The course aims to introduce students to the practical and theoretical aspects of technology, software engineering, math, and entrepreneurship. Age: Year 1- Year 6

2025 - Term 3 (1 AUG - 19 SEPT, 2025, Fridays) Time - 2:45 to 4:15 PM Advanced Engineering and Robotics Club @ Library 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. TERM 3 (2025) LEARNINGS : Fun Fair theme, students will learn a range of exciting coding skills including: DC motor commands with gear transmission, DC motor commands with keys and belt transmission, IR detector and LED digital display commands, as well as sound sensor with DC motor and sound sensor with keys commands. These coding projects are designed to enhance their understanding of robotics and real-world engineering applications in a fun and engaging way. Age group Year 3 to Year 6.

2025 - Term 3 (1 Aug - 19 Sept, 2025, Fridays) Time - 2:55 to 4:25 PM Beginner's Engineering and Robotics Club @ ICT Wet Area The Beginner's Engineering & Robotics Program teaches students theoretical knowledge in software and mechanical engineering, mathematics, and physics. TERM 3 (2025 ) LEARNINGS: Young Engineers will feature a Fun Fair theme, where students will explore STEM concepts such as centrifugal force, distance sensors, the law of conservation of angular momentum, tilt sensors, display memory readings, and background display commands—all through engaging engineering and robotics projects. The course aims to introduce students to the practical and theoretical aspects of technology, software engineering, math, and entrepreneurship. Age: Year 1- Year 6

2025- Term 3 (1 AUG - 19 SEPT, 2025, Fridays) Time 3:05 to 4:35 PM Beginner's Engineering and Robotics Club @ Library The Beginner's Engineering & Robotics Program teaches students theoretical knowledge in software and mechanical engineering, mathematics, and physics. TERM 3 (2025 ) LEARNINGS: Young Engineers will feature a Fun Fair theme, where students will explore STEM concepts such as centrifugal force, distance sensors, the law of conservation of angular momentum, tilt sensors, display memory readings, and background display commands—all through engaging engineering and robotics projects. The course aims to introduce students to the practical and theoretical aspects of technology, software engineering, math, and entrepreneurship. Age: Year 1- Year 6

2025 - Term 3 (1 AUG - 19 SEPT, 2025, Fridays) Engineering and Robotics Club @ Library Time 3:05 to 4:35 PM The Engineering & Robotics Program teaches students theoretical knowledge in software and mechanical engineering, mathematics, and physics. TERM 3 (2025 ) LEARNINGS: Young Engineers will feature a Fun Fair theme, where students will explore STEM concepts such as centrifugal force, distance sensors, the law of conservation of angular momentum, tilt sensors, display memory readings, and background display commands—all through engaging engineering and robotics projects. The course aims to introduce students to the practical and theoretical aspects of technology, software engineering, math, and entrepreneurship. Age: Year 1- Year 6

2025 - Term 3 (1 AUG - 19 SEPT, 2025, Fridays) Time 3:05 PM to 4:35 PM Advanced Engineering and Robotics Club @ Library 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. TERM 3 (2025) LEARNINGS : Fun Fair theme, students will learn a range of exciting coding skills including: DC motor commands with gear transmission, DC motor commands with keys and belt transmission, IR detector and LED digital display commands, as well as sound sensor with DC motor and sound sensor with keys commands. These coding projects are designed to enhance their understanding of robotics and real-world engineering applications in a fun and engaging way. Age group Year 3 to Year 6.