Robotics
Build, Code, Compete: K-12 Robotics Programs for Future Engineers
The Ultimate STEM Application: Hands-On Learning from Lego Education/VEX 123 to VEX V5.
Robotics is where STEM comes alive. Our project-based program for K-12 students transforms theoretical knowledge into tangible, working machines. We ignite a passion for innovation, teaching your child to design, code, and troubleshoot the real-world challenges of engineering.
The Robotics Pathway: From Beginner to Advanced
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Elementary (K-2)
Foundational Concepts & Teamwork
Fun, interactive learning using VEX 123 and LEGO® Education.
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Elementary (3-5)
Basic physics & Logic Skills
Introducing gear ratios, sensors, and autonomous navigation. Introduction to structured block-based coding.
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Middle School (6-8)
Applied Physics & Logic
Deeper dives into gear ratios, sensors, and autonomous navigation. Advanced block-based coding and Introduction to Python.
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High School (9-12)
Career Prep & Advanced Systems
Working with advanced platforms and professional languages like Python and Java. Ideal for competitive robotics and college applications.
Ongoing Class Schedule & Pricing
Our Robotics program offers flexible weekly classes. Join us to build, code, and learn!
Tuition: $175 / Month (4 Sessions)(Includes one 60-90 minute class per week. Materials included.)
We always give parents the flexibility to choose the day and time that works best for their family. If these class times don't fit your schedule, please let us know your preferred day and time, and we'll be happy to start a new class.
Beyond the Build: Preparing for STEM Careers
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The Ultimate Problem-Solving Lab:
We break down complex challenges, teaching students the iterative design process used by professional engineers.
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Collaborative Innovation:
Students learn to collaborate effectively, share ideas, and respect different perspectives, the soft skills demanded by modern tech teams.
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Competitive Edge:
Our program prepares students for competitive robotics such as VEX Robotics Competition. This looks great on college applications!
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Coding Meets Hardware:
Directly apply programming languages (like Python) to physical hardware, giving them an advantage over pure coding courses.
