We teach AI, Python, robotics and 3D printing to ages 7-17 through hands-on, project-based lessons.
Tools and platforms we use in class
No memorising. Every module ends with a project your child built and that works.
Every student starts on a path that fits their level and moves forward by finishing their own projects.
A roadmap that starts with Python basics and moves on to image recognition, machine learning and robot control.
3D modelling, slicing, printer calibration and maintenance. Students produce their own robot parts.
From starter robotics to AI vision kits, each with lesson plans and project cards.
Robotic prototypes, 3D printed parts, embedded electronics and computer vision integrations.
Every line of code turns a motor, reads a sensor or prints a part.
Students test their Python code on their own robots. Debugging becomes a game.
from robot import Robot
r = Robot()
while True:
if r.distance() < 20: # obstacle ahead
r.turn_left(90)
else:
r.forward(speed=60)No memorising. Every module ends with a working project.
The instructor sees every student's code and helps one-on-one.
Parts designed in class are printed on our workshop 3D printers and fitted to the robot.
At the end of each term, parents receive a report on projects and progress.
Sample projects by level. Every student adds their own ideas too.
A mobile robot that detects obstacles with a distance sensor and changes direction.
A racing robot that follows a black line with infrared sensors.
Measures soil moisture, waters the plant on its own and plots the data.
A servo-driven robot arm with parts designed and printed in class.
An AI project that recognises a face from the camera and unlocks the door.
A robot that obeys commands using a model trained on students' own voice recordings.
Getting started is easy. We plan your child's progress together in four steps.
Your child programs their first robot while you meet the class and the instructor.
We recommend a beginner, intermediate or advanced group based on age, interests and experience.
Weekly lessons combine coding, electronics and design into real projects.
At the end of term, students present their projects to their families and add them to their portfolio.
Weekly courses, summer workshops and education kits to keep learning at home.
Book a Free TrialRobotics lab setup, teacher training, club programs and classroom sets.
Request a QuoteNo. Our beginner group is designed for students with no experience. We find the right level together in the trial lesson.
We have programs for students aged 7-17. We also run separate workshops for schools, teachers and adults.
Robotics sets and 3D printers used in class are provided by us. For learning at home, we can recommend a kit.
Yes. The trial lesson is free and there is no obligation to enrol.
What age to start, is block coding required first, what should the first projects be? We answer parents' most common questions.
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Read articleIn a free trial lesson we find the right level together and recommend the best-fit program.