We offer age-appropriate weekly robotics classes for two different age groups - Ages 6 to 9 AND Ages 10 and up

Our classes introduce your child to the exciting world of robotics with our hands-on, project-based weekly classes. We teach foundational robotics concepts and STEM topics where they build their own robots, and learn programming in a fun, age-appropriate environment.

SAVE $20/month

New sessions will begin the week of August 3, 2026. Multiple options available (Pick a day/time that works best for your schedule).

Tuesdays: 5PM – 6PM or 6PM – 7PM

Thursdays: 4PM – 5PM or 5PM – 6PM OR 6PM – 7PM

Saturdays: 11AM – 12PM or 1PM – 2PM or 2PM – 3PM or 3PM – 4PM or 4PM – 5PM or 5PM – 6PM or 6PM – 7PM

🤖 Foundational Robotics Concepts: In the first few classes, students learn the essential components of a robot, how robots move, and how they work.

🛠️ Hands-On Robot Building: Kids begin with simple robot builds and progress to more advanced robotics projects each month. These hands-on activities strengthen problem-solving, engineering, and critical-thinking skills.

💻 Programming & Coding: Students not only build robots—they learn to write code and program their robots to perform specific actions. Kids experiment with coding to make their robots move, respond to sensors, and complete tasks.

👥 Individual and Group Projects: Students work on individual builds to master concepts and also participate in group projects, developing collaboration, communication, and teamwork skills while solving real-world challenges with robotics.

📚 Monthly Project-Based Learning: Each month introduces a new, age-appropriate robotics project, building on skills learned previously and gradually increasing in complexity.

🌟 Exploration of Other STEM Areas: Occasionally, students engage in additional STEM experiences such as hands-on experiments, group discussions, and multimedia learning, connecting robotics to broader science, technology, engineering, and math concepts.

🔗 Skill Progression: Classes are structured so that each month builds on prior knowledge, giving students a solid foundation for future robotics, coding, and STEM programs.