Beginner
Ages 8-11A gentle move from block coding to Python. Algorithmic thinking and first robot movements.
- Logic with Scratch
- Drawing and games in Python
- Moving a robot with code
The course that teaches kids to build AI, not just use it.
Python and AI courses for ages 8-17. Every lesson ends with a working project.
Levels
Three levels, one roadmap.
Students move up when they are ready. Age is only a starting point.
Intermediate
Ages 11-14Python fundamentals, working with data and first AI models.
- Variables, loops, functions
- Reading and plotting sensor data
- Training an image classifier
Advanced
Ages 14-17Machine learning, computer vision and autonomous robot projects.
- NumPy and scikit-learn
- Object tracking with OpenCV
- Neural networks and a portfolio project
Move your cursor: the network decides
Try a neural network right now.
Move your cursor inside the box. Your position becomes the robot's sensor data and the network makes a new decision every moment. Our students learn how these networks work by building them in class.
- Inputs: 4 sensor values
- Two hidden layers, 12 neurons
- Output: the robot's next move
Here's what a sample term looks like.
- Weeks 1-3: Meet PythonVariables, conditions and a first mini game.
- Weeks 4-6: Program the robotMotors, sensors and an obstacle-avoiding robot.
- Weeks 7-9: Data and AICollecting and labelling data, training a first model.
- Weeks 10-12: Smart robot projectConnecting the model to the robot, then demo day.
Skills your child will gain
Problem solving
Breaking a big problem into small steps and testing each one.
AI literacy
Understanding how models learn, where they fail and why data quality matters.
Real coding habits
Writing readable code, debugging and documenting a project.
Teamwork and presenting
Sharing tasks in a team and explaining a project to an audience.
Questions about this course
Should my child start with Python or block coding?
For ages 8-10 we start with block coding and move to Python quickly. Students aged 11 and up usually start directly with Python.
Isn't AI too hard for kids?
We teach AI by experimenting, not with formulas. Students collect their own data, train a model and see the result on their robot.
Are lessons online or in person?
Contact us for lesson formats and the current group schedule. We'll choose the best option together in the trial lesson.
Your child's first robot is one lesson away.
In a free trial lesson we find the right level together and recommend the best-fit program.