Course Duration & Structure

• Length: 12 weeks (90 days), 1 day per week
• Daily Session: 2 hours per day
• Format: In-person
• Course will be updated every 3 months to improve performance and engagement.
• Start Date: September
• End Date: November

Target Audience

• Kids aged 8–14 years old
• No prior computer science or programming experience required
• Students must have access to a Windows-based laptop

Course Description

Does your child love building with Legos, playing with drones, or controlling remote cars? Why not turn this curiosity into their biggest advantage? In tomorrow’s world, robots will be everywhere – from hospitals to homes. We teach mechanical, robotic, and electronic engineering concepts alongside applied math and physics that boost school performance and spark interest in engineering courses. Your child already loves how things work and move, which is perfect for future success. We can help your kid turn their love of building into preparation for robotic, electronic, and mechanical engineering careers.

Course Philosophy

• Playful Learning: We believe building robots should be fun, hands-on, and full of creativity.
• Curiosity First: We encourage kids to ask questions like “What happens if I try this?” and explore how robots work.
• Empowerment: Kids aren’t just playing with robots — they’re learning to build and control them like real inventors.
• Future-Ready Skills: Robotics teaches kids problem-solving, logic, and teamwork — skills they’ll need in tomorrow’s tech world.
• Robots + Humans Together: We show kids how robots can help people and how humans guide robots using smart thinking and values.
• Safe & Kind Robotics: We teach kids to build and use robots in thoughtful, helpful, and respectful ways.
• Robotics as Creativity Tool: Kids use different robot components to turn their ideas into real moving robots — from obstacle avoiders to line followers and more!

Learning Outcomes

By the end of the course, students will:

• Understand basic robotics concepts (what robots are, where and how they are used)
• Build and program simple robots using the mBot kit
• Gain beginner-level coding skills (block-based programming, with optional intro to Arduino and Lego)
• Practice logical thinking, creativity, and hands-on problem-solving
• Present their own robot demo to peers and parents
• Learn the basics of responsible robot use, teamwork, and how robots can help people in daily life

Assessment & Progression

• Daily Fun Quizzes & Challenges: Low-pressure, engaging activities
• Weekly Mini-Projects: Reinforce learning through creativity
• Final Project Presentation: Each child presents the robot they built and explains the code they used to make it work.

Materials & Requirements

• Arduino and Lego Robot Kits are provided by instructor
• Only bring a Laptop (Windows or Mac) with internet access

Communication & Support

• Instructors maintain close, friendly interaction with students
• Parents are welcome to contact instructors for updates and support
• Students encouraged to ask questions and seek help at any time

Future Learning Path

On successful completion, students will be eligible for next-level courses covering:

• Advanced Robotics: Sensors, Arduino, and AI-powered robots
• Coding Clubs: mBlock, Scratch, and intro to robotics
• Robotics Competitions: Opportunities to join local and national robotics challenges and showcase their skills