Engaging Experiences Today… Big Skills Tomorrow

Transform your child’s screen time into lifetime engineering and critical-thinking skills.

Program Overview:

O’Botz at M&N Mathguru is a progressive, 7-level multi-disciplinary robotics program designed to introduce young minds to the future of technology. Moving from basic electronic circuits up to fully functional walking robots, students get hands-on experience in four major modern domains: Electronics, Mechanics, Programming, and Algorithms.

Why the O'Botz Method Works:

• Keep What They Build: Unlike other camps where kids build and disassemble, our program features a unique, dedicated takeaway kit and textbook for every single level.
• Structured Milestone Testing: Students take a certification exam at the end of each level, building a real sense of pride and structured academic progression.
• Real-World Problem Solving: Teaches resilience. When a circuit doesn't fire or code fails, kids learn to debug, iterate, and solve problems like real engineers.
• Skills Developed: Circuit design, logical coding, mechanical alignment, team collaboration, and scientific reasoning.

O’Botz is a multi-disciplinary Robotics program with a specially designed curriculum to teach young children about Robotics. The program allows children to explore technologies in the domains of Electronics, Mechanical, Programming and Algorithms.

 

O’Botz is an expansive 7 level program covering basic Electronic circuits to Walking Robots. The USP of the course is that each student will get a new take-away kit and textbook in each level. Each student has to give an exam after each level, passing which he is acknowledged with a certificate.

 

Exclusive Program Advantages

• The Takeaway Advantage: Every single level features a dedicated, commercial-grade electronics kit and comprehensive textbook that belongs entirely to your child. They take it home to experiment, iterate, and showcase their work to family and friends.
   
• Milestone Certification: At the conclusion of each level, students undergo a practical and theoretical milestone assessment. Passing rewards them with a formal certification, instilling a profound sense of pride and accomplishment.
   
• The "Failure-to-Success" Cycle: Robotics inherently requires debugging. When a robot doesn't move, students learn to logically trace their steps, find the faulty wire or line of code, and fix it. This builds tremendous psychological resilience and patience.