What begins as play often grows into purpose—especially in a robotics classroom. From simple LEGO builds to advanced automation projects, students in Grades 3 to 12 progress through a structured and inspiring journey that blends fun, skill-building, and innovation.
Stage 1: LEGO Bots & Visual Coding (Grades 3–5)
In the beginner phase, students are introduced to:
- LEGO® Robotics Kits
- Block-based coding platforms like Scratch
- Basic mechanics: gears, wheels, motors
Skills Gained: Creative problem-solving, sequencing logic, teamwork Projects: Dancing bots, light-up creatures, motion-sensor robots
Stage 2: Sensor Integration & Programming (Grades 6–8)
As students mature, they work with:
- Micro: bit & Arduino boards
- IR & ultrasonic sensors
- Drag-and-drop or simple C++ programming
Skills Gained: Real-world input-output logic, code structuring, debugging Projects: Obstacle-avoiding robots, line-followers, remote-controlled cars
Stage 3: AI-Driven Robotics & Automation (Grades 9–12)
At the advanced level, students explore:
- Python programming & IoT modules
- AI concepts like facial recognition & voice commands
- Automation frameworks
Skills Gained: Applied coding, machine learning logic, data handling Projects: Voice-activated home assistants, AI-powered security bots, robotic arms.
Learning Beyond the Tools
These stages also teach:
- Communication through project presentations
- Design Thinking in prototypes
- Critical Thinking in Troubleshooting
Our classroom isn’t just about robots. it’s about nurturing tomorrow’s inventors.