Who is this curriculum for?
For motivated children who want to understand technology more deeply and enjoy combining multiple engineering fields.
Premium offers more challenge, while remaining child-friendly and guided. Your child works with ESP32 advanced, Bluetooth, internet control and robotics automation as building blocks for smart robotic systems.
What does your child learn this year?
A clear learning path with hands-on assignments.
The year is structured into learning periods. Each period combines explanation, demonstration, guided practice and project-based work, so your child understands what they are building and why it works.
- using ESP32 advanced at a deeper level
- functionally applying Bluetooth and internet control
- combining sensors, motors and actuators
- understanding and testing robotics logic
- building robotics automation step by step
- explaining the difference between local and connected control
- testing and improving a smart robot system
Year structure / modules
Four learning periods from fundamentals to final project.
The year has a total of 28 lesson days, divided over four periods of 7 lesson days each.
Period 1
Advanced electronics and microcontrollers
7 lesson days
- Deepening Arduino and ESP32 knowledge
- Combining sensors, motors and actuators
- Functionally using WiFi and Bluetooth
- Improving and debugging code
- Basic automation
Period 2
Robotics
7 lesson days
- What is a robot?
- Motor control
- Sensors for movement and detection
- Robotics logic
- Testing, calibrating and improving
Period 3
Bluetooth, internet control and automation
7 lesson days
- Understanding Bluetooth control
- Internet control in broad strokes
- Difference between local and connected control
- Robotics automation at a child's level
- Small control tests linked to engineering
Period 4
Smart robot system and final project
7 lesson days
- Designing a smart robot system
- Integrating Bluetooth/internet control
- Building a prototype
- Integrating robotics, sensors and automation
- Presenting the final project
Project examples
Projects that make technology visible and understandable.
The exact assignments can be tailored per group to level, pace and available lesson time. Examples include:
- a robotics assignment with motor control
- an automation project with a sensor and actuator
- an ESP32 project with WiFi or Bluetooth where appropriate
- a Bluetooth/internet controlled robot at a child's level
- a prototype with a designed part
Skills developed
More than just technology.
Your child develops technical knowledge as well as important learning attitudes such as patience, precision and the confidence to improve a first design.
- systems thinking
- understanding robotics and automation
- debugging more complex code
- thinking in terms of Bluetooth/internet control
- designing smart robotic systems
- calibrating, testing and improving
- clearly presenting technical choices
Technology and materials
Professional materials at a child's level.
Children work under guidance with suitable technologies and materials. The focus is on safe, understandable and goal-oriented learning.
ESP32 advancedBluetoothinternet controlrobotics automationmotorssensorssmart robot systemobstacle removal
Result at the end of the year
What does your child take away?
By the end of the year, your child understands ESP32 advanced, Bluetooth, internet control and robotics automation as the basis for a smart robot system.