Aeromodelling introduces students to the science of flight through hands-on learning. Students design, build, and test real aircraft models. Core concepts of aerodynamics and stability are learned practically. Encourages creativity and precision.
Robotics with AI helps students understand how smart machines work. Students build robots using sensors, motors, and basic coding. Introduces logical thinking and automation concepts. Projects focus on real-life problem-solving.
Hands-on STEM training programs conducted inside schools. Students learn by building real projects in Aeromodelling and Robotics with AI. No lab setup required. Designed for smooth academic integration.
Permanent STEM innovation labs for schools. Supports Aeromodelling and Robotics with AI under one setup. Designed for long-term academic use and innovation.
Short-term, high-impact STEM programs during school vacations. Hands-on learning in Aeromodelling and Robotics with AI. Highly engaging for students and parents.
