Unleashing Future Innovators
Through STEM & Engineering

New in 2026! Our Secondary and Post-Secondary VEX Robotics Programme is Now Open for Registration!

Give your teen a meaningful and exciting learning journey through our minimum 36-week programme, commencing this January 2026. Designed for secondary and post-secondary students, the programme provides sustained, in-depth exposure to robotics, coding, and engineering over the academic year.

Conducted by MOE-registered instructors, our lessons combine hands-on robotics and coding with the development of MOE 21st century competencies, including Critical Thinking, Adaptive Thinking, Inventive Thinking, Communication, and Collaboration. Students will develop confidence, creativity, and teamwork through structured challenges and project-based learning. Beyond technical skills, participants will also gain valuable exposure that can support future internships with robotics or technology companies, opportunities to mentor younger learners, and potential overseas exchanges and competitions.

We are pleased to introduce Three VEX Training Programme levels, allowing students to progress according to their ability and experience:

VEX IQ

Build • Code • Compete

Build modular robots using safe, snap-together components
Learn coding fundamentals and autonomous robot behaviour
Use sensors to follow lines, avoid obstacles, and detect objects

VEX V5 (Beginner)

Build • Code • Compete

Build stronger robots using metal structures and custom-designed parts
Progress from block-based coding to text-based programming
Use multiple sensors for improved accuracy and performance

VEX V5 (Competitive)

Engineer • Innovate • Lead

Design and build high-performance competition robots
Apply advanced coding concepts, autonomy, and AI strategies
Work within real-world engineering and competition constraints

*Participate in local and international VEX IQ / VEX V5 competitions

Placement & Progression

Placement and progression will be guided by the trainer on a case-by-case basis, based on each student’s ability, prior robotics experience, and familiarity with the different VEX platforms.