Transform from Gamer to Maker
Master robotics & AI through hands-on projects. Build real working robots while learning cutting-edge technology. No prior experience needed.
5K+
Students Trained
98%
Success Rate
24/7
Expert Support
Choose Your Path: Consumer vs Creator
Switch from passive consumption to active creation
- Just plays gamesx
- Consumes content passively
- Limited creative output
- Follows instructions blindly
- Zero technical skills gained
- Builds games & robots
- Creates innovative solutions
- Develops problem-solving skills
- Understands technology deeply
- Gains future-ready skills
Future-Ready Kids Start Here – Join TezzDimag Robotics Course
At TezzDimag, we believe smart thinking starts early. Our Robotics Course helps children step into the world of automation, engineering, and creativity through fun, practical learning. Students build real robots, code movements, and explore mechanical design, electronics, and basic AI in an exciting, child-friendly way.
Designed by experienced educators for kids aged 8+, the program builds problem-solving skills, teamwork, and critical thinking. Every activity is hands-on, so children learn by doing, not memorising. With each project, they gain confidence, curiosity, and the courage to try new ideas.
Parents trust TezzDimag because we focus on real-life learning, expert-guided training, and safe classroom practice. Children don’t just build robots — they build a smart mindset for the future.
If you want your child to think sharper, speak smarter, and grow into a future innovator, TezzDimag Robotics Course is the perfect start.
Progressive Learning Path
From basics to advanced AI - a structured journey for every age group
Mechanical Foundations
Learn basics of robotics through fun building blocks and simple machines. Develop motor skills and logical thinking.
Age 9-11 Electronics & Circuits
Master electronic components and circuit design for smart robots. Learn to connect sensors and power systems.
AI & Advanced Coding
Build intelligent robots with Paython, Computer Vision, and Machine Learning. Create autonomous system that think
Traditional vs Tej Dimag
Why our approach creates better makers and thinkers
Traditional School Science
- Theoretical learning from textbooks
- Memorization-based exams
- Teacher-centered instruction
- Limited practical exposure
- Fixed curriculum, no innovation
Learning Outcome
Theoretical Knowledge Only
Tej Dimag Robotics
- Hands-on robot building projects
- Problem-solving based learning
- Student-driven innovation
- Real tools, real technology
- Industry-relevant skills