Robotics

Robotics 

About the CCA 

At Greenridge Secondary School, our Robotics CCA offers students an exciting and hands-on opportunity to explore the world of technology and innovation. Through engaging national competitions and a progressive learning journey, our students develop essential 21st-century skills such as critical thinking, creativity, and collaboration. 

Programmes and Experiences 

Throughout their four years in the CCA, students are gradually exposed to a wide range of technological platforms and tools. These include: 

• Micro:bit Maqueen robots  

• AI Storytelling projects  

• Drone programming and piloting  

• Stick’Em for creative prototyping  

• Arduino microcontrollers  

• Avishkaar robotics kits  

By the time they graduate, students gain a strong foundation in STEM, as well as the confidence and experience to pursue further studies or careers in technology-related fields. More than just building robots, Robotics CCA at Greenridge Secondary School nurtures innovative thinkers and future-ready learners. 

National Robotics Competition 2025

Stick’Em

Stick’Em Training during CCA

Achievements and Accolades 

Our CCA actively participates in three major national-level competitions: 

• National Robotics Competition (Open Category): This competition challenges students to apply design thinking in developing innovative solutions to real-world problems. Students work in teams to brainstorm, prototype, and present their ideas using robotics and programming skills.  

• Universal Robotics Challenge (URC – Senior Category): This competition challenges students to apply their robotics and programming skills to complete various tasks in a competitive setting. Students work in teams to design, build and programme robots, developing their problem-solving skills, creativity and teamwork. 

• National Youth Tech Championship: This competition introduces students to drone technology, where they learn to pilot and programme drones to complete a series of challenges. It encourages problem-solving, spatial awareness, and precision.