P1 – Electronics & Development
Electronics Development, IoT & Sensors, Robotics, DIY Kits
Empowering schools with world-class STEM, Robotics, AI, IoT & Prototyping infrastructure.
Comprehensive infrastructure covering all aspects of modern STEM education and innovation
Electronics Development, IoT & Sensors, Robotics, DIY Kits
3D printers and advanced prototyping equipment for quick iteration
Complete toolset for building and testing electronic and mechanical prototypes
Essential safety gear and equipment to ensure secure learning environment
Advanced kits for complex projects in AI, ML, IoT, and drone technology
High-performance laptops for coding, design, and computational work
Curated library of STEM books, manuals, and reference materials
Professional software tools and bilingual Learning Management System
Intensive teacher training and ongoing student mentorship programs
Participation in global hackathons and innovation competitions
Structured, year-long learning path aligned with academic subjects
| Class | Topics |
|---|---|
| 6 | Basic Electronics, Sensors, Simple Robotics |
| 7 | IoT Fundamentals, Arduino Programming |
| 8 | Advanced Robotics, 3D Design Basics |
| 9 | AI/ML Introduction, Data Science |
| 10 | IoT Projects, Drone Technology |
| 11-12 | Advanced AI, Capstone Projects |
Comprehensive implementation services for sustainable innovation
Installation and commissioning of ATL Labs to foster innovation and STEM excellence.
Integrating cutting-edge technologies (AI, Robotics, 3D Printing, Drone Tech) into academic curricula (Science, Maths, Social Science etc.).
Transforming students into innovators and problem-solvers
Strengthened practical understanding of STEM concepts
Enhanced problem-solving and logical reasoning
Boost in creativity, curiosity & engineering mindset
Improved teamwork and collaborative learning
Better readiness for innovation-driven careers