Robotics● Seats open
Robotics lab
Kids start with simple circuits and leave able to build small robots that sense and move. Mentors stay at the bench. Every group works toward a build they can show at home or school.
See this labHow we train
Different labs, same idea: make something real.
Robotics, coding, apps, and web. Each path is a place to practice with people who help when you get stuck. Pick what fits your child or your school group.
Python● Seats open
Python for makers
We teach Python by making it useful: little tools, data scripts, and lines that drive a sensor or motor. Clear steps, patient mentors, no jargon parade.
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App Dev● Seats open
App building lab
For students ready to make something on a phone: screens, buttons, and a simple app they can install and show friends. We keep the tools practical and the goals small enough to finish.
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Web Dev● Seats open
Web building lab
Start with pages that look good, then add interactivity and a bit of server side work. Aimed at learners who want something live they can put their name on.
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1-on-1● Seats open
One-to-one mentoring
Sit with a mentor one to one. We shape sessions around what the student needs: deeper practice, a portfolio piece, or calm help before interviews. Flexible timing.
See this labProgram Levels
Four levels from first circuits to showcase projects. Full focus areas from our training path.
Level 1
Introduction to Robotics and STEM
Ideal for: Beginners with no prior experience.
- Basics of robotics: understanding robots and their components (sensors, actuators, control systems)
- Introduction to STEM: fundamental concepts in Science, Technology, Engineering, and Mathematics
- Simple programming: basics of coding using visual languages (e.g. Scratch)
- Hands-on projects: building basic robotic models with simple movements
- Team activities: collaborative projects to foster teamwork and communication
Level 2
Exploring Robotics and AI
Ideal for: Students with some foundational knowledge, ready to go deeper.
- Intermediate robotics: building more complex robots with advanced movements
- STEM integration: applying STEM concepts in practical robotics projects
- Introduction to AI: basic concepts of Artificial Intelligence and its applications
- Programming skills: transition from visual programming to text-based programming (e.g. Python)
- Interactive projects: creating robots that respond to environmental inputs
Level 3
Advanced Robotics and AI
Ideal for: Students ready for harder builds and stronger coding.
- Advanced robotics design: designing and building robots with sophisticated functionalities
- Deep dive into STEM: in-depth study of STEM principles applied to robotics
- AI algorithms: understanding and implementing basic AI algorithms (e.g. machine learning, neural networks)
- Complex programming: advanced coding techniques and software development for robotics
- Problem-solving projects: tackling real-world challenges using robotics and AI solutions
Level 4
Innovators and Leaders in Robotics, STEM, and AI
Ideal for: Students ready for long projects, team lead, and showcases.
- Autonomous robotics: designing robots capable of autonomous operation and decision-making
- STEM research: engaging in research projects and experimental builds
- Advanced AI: implementing advanced AI techniques and developing intelligent systems
- Leadership and innovation: leading teams on complex projects
- Capstone projects: developing and presenting projects that showcase mastery