Spike Prime + visual block coding. The perfect first step into robotics.

Move from blocks to real Python. Students program Spike Prime robots with proper code — covering motor control, sensor integration, loops, decisions, and an introduction to PID feedback control.

Advanced course requiring mastery of Python and some linear algebra. Concepts typically reserved for university — adapted for younger learners through prior teaching experience with middle and high-school students.

Demystify modern AI. Students build small models, train computer-vision classifiers, and integrate them into robots — combining Python skills with applied machine learning.

Comprehensive 8-week course for beginners. In-depth exploration of electronics, programming, motor control, sensors, and basic circuit design using Arduino.

Students learn to create and model parts using professional industry tools, working through structured challenges that build healthy design practices.

Introduction to mechatronics. Students build storytelling robots, learn about color sensors, motors, and assemble a series of progressively complex builds — culminating in a prosthetic arm prototype.

Building on Mechatronics Level 1. Students tackle complex mechanisms, multi-system integration, and real-world engineering problems — finishing with a capstone project that integrates drivetrain, sensors, and manipulators.

For students ready for the next step. Our FLL (ages 9–14) and FTC (ages 12–18) teams compete in regional, provincial, and international robotics tournaments. See our awards page for the track record.