RoboGenie teaches engineering thinking, problem-solving, and independence. Students learn to design before building, debug instead of guessing, and explain their decisions. For grades 1–10+.
Book a Trial Class Explore Programs ↓Each program builds engineering thinking through hands-on challenges designed for specific grade levels.
Students learn to follow design constraints and build working mechanisms
Grades 1–2 | Building and design fundamentals
Students design, program, and debug autonomous robots for competition-style challenges
Grades 3–6 | Programming and mechanical reasoning
Students prototype circuits, troubleshoot failures, and iterate designs independently
Grades 6–8 | Electronics and embedded systems
Students build software-hardware systems and solve complex control problems
Grades 6–10 | Computing and system integration
Students design experiments, collect data, and explain physical phenomena
Grades 6+ | Scientific method and experimentation
Students tackle multi-disciplinary projects requiring integration across robotics, electronics, computing, and physics
Grades 8+ | Advanced multi-disciplinary engineering
RoboGenie isn't about following instructions or rushing through projects. We teach students to think deeply, reason through challenges, and work independently.
Students plan and sketch solutions before touching materials, developing intentional thinking. Every project begins with questions, not instructions.
When something fails, students learn to diagnose systematically rather than trying random fixes. Debugging is a skill we teach explicitly, not something left to chance.
Students must articulate why they made choices and what they learned from mistakes. Understanding matters more than getting it right the first time.
We emphasize understanding and reasoning, not rushing to finish projects. Students work through complexity at their own pace, building genuine mastery.
Students tackle open-ended problems with confidence, even without step-by-step instructions. We prepare them for situations where no manual exists.
Parents see real changes in how their children approach challenges.
Students learn through iteration, debugging, and hands-on problem-solving.
Building and testing autonomous systems
Debugging electronics circuits
Collaborative problem-solving
Designing mechanical solutions
Programming and iteration
Experimental physics exploration
Competition-style challenges
Design thinking and planning
RoboGenie does not teach kids what to build.
We teach them how to think when no instructions exist.
Interested in a trial class or have questions? We'd love to hear from you.
Email: TODO@robogenie.com
Phone: TODO