Arduino Robotics: Stepping into the Future!
At DIGITAL SCHOOL, we open the world of Arduino robotics to children aged 10-14 – a place where code comes to life in real projects!
Our courses teach young engineers to program and design smart mechanisms: from LED systems to moving manipulators.
We use Arduino boards and kits such as Arduino Science Kit Physics Lab, Adeept 5-DOF Robotic Arm, ELEGOO Smart Robot Car Kit V4.0, Keyestudio 4WD Smart Car and Arduino Education Starter Kit, and others that include sensors, motors, and tools for creativity. Under the guidance of a teacher, children code, solder and create their own devices that react to light, sound or movement.
Our classes develop logic, technical skills and problem-solving skills, preparing your child for the world of technology. Give them a chance to take a step into the future – sign up for an Arduino robotics course today!
Information:
Duration: 1 classes of 60 minutes each (depending on your wishes).
Cost: Depends on the duration, number of participants and materials.
Languages: German, English.
Groups: Up to 10 students per group.
Materials: We use LEGO sets for younger children (6-12 years old) and Arduino boards for older children (10-14 years old), depending on age and interests.
Group schedule
Robotics (5-15 years)
Saturday
- 11.00
- 12.00
Cost 40 euros per month
or
12 euros per lesson.
3D design and printing
Saturday
- 11.00 (6-10 years)
- 12.00 (10-15 years)
Cost 50 euros per month
or
15 euros per lesson.
Arduino robotics
Saturday
- 13.00 (10-16 years)
-
Cost 50 euros per month
or
15 euros per lesson.
Duration of the lesson
60 min
Children in the group
max 10
Our courses
In our courses we use:
Adeept 5-DOF Robotic Arm
- A 5-DOF robotic arm for learning programming and robotics.
- Ideal for students ages 10-14 to learn the basics of coding and building.
- Features an Arduino IDE-compatible board, OLED display, servos, and suction cups for stability.
- Allows you to create your own projects by adding LEGO Technic parts for expansion.
- Minimum age: 10 years.
- How does a robotic arm work and where is it used in real life?
- What are servos and how do they provide movement?
- What components are included in the Adeept 5-DOF kit?
- How do servo motors and OLED displays help with projects?
- How do I program the hand via the Arduino IDE using C/C++?
- How do I configure the hand to perform tasks such as moving objects?
Arduino Science Kit Physics Lab
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An interactive set for learning physics through hands-on experiments.
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Ideal for students ages 11-14 to explore the basics of motion, forces, and electrical conductivity.
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Includes the Arduino MKR WiFi 1010 board, sensors for measuring light, temperature, motion, magnetic fields.
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Allows you to conduct experiments using the Arduino Science Journal app to record data.
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Minimal age: 11 years old.
- How to conduct science experiments and test hypotheses?
- How to measure physical phenomena (motion, forces, temperature) in the real world?
- What are sensors and how do they work in robotics?
- What sensors are in the Arduino Science Kit?
- How to use sensors to create projects, such as a model of an attraction?
- How to record and analyze data through the Arduino Science Journal app?
- How to program an Arduino board to perform tasks, such as responding to changes in light?
Arduino Education Starter Kit
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A set for learning the basics of electronics and programming in the classroom.
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Ideal for students aged 11-14 to learn the basics of coding and working with electronics.
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Contains 4 Arduino UNO R3 boards, multimeters, breadboards, sensors, wires and other components for group work.
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Allows 9 lessons and 2 group projects with access to an online platform.
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Minimum age: 11 years.
- What is electronics and how do the basic components (current, voltage, resistance) work?
- How to use sensors and actuators mechanisms in projects?
- What components are included in the Arduino Education Starter Kit?
- How do sensors and boards help create interactive devices?
- How do you program an Arduino board using the Arduino IDE to perform tasks?
- How do you create your own projects, such as an automatic lighting system?
ELEGOO Smart Robot Car Kit V4.0
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A smart robotic car for learning programming and robotics.
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Ideal for students aged 10-14 to learn the basics of coding and construction.
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Contains an Arduino UNO board, sensors (lines, ultrasonic), motors, a Bluetooth module and a camera (in the version with a camera).
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Allows you to create projects with line following, obstacle avoidance and remote control functions.
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Minimum age: 10 years.
- How does a robotic car work and where are such technologies used in life?
- What are sensors (ultrasonic, infrared) and how do they help work?
- What components are included in the ELEGOO Smart Robot Car Kit?
- How do sensors and motors allow the car to move and avoid obstacles?
- How to program an Arduino board via Arduino IDE to control a car?
- How to configure a car to perform tasks, such as line following or responding to obstacles?
Keyestudio 4WD BT Smart Car V2.0
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A multifunctional smart car on 4 wheels for learning robotics.
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Ideal for students aged 10-14 to learn programming and construction.
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Has an Arduino UNO board, line-following sensors, an ultrasonic sensor, a Bluetooth module and an LED display for displaying emotions.
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Allows you to expand projects by adding new sensors or modules.
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Minimum age: 10 years.
- How does a smart car work and where are such technologies used?
- What are sensors (ultrasonic, infrared) and how do they help in navigation?
- What components are included in the Keyestudio 4WD Smart Car kit?
- How do sensors and LED display allow the car to react to its surroundings?
- How do I program an Arduino board via Arduino IDE to control the car?
- How do I configure the car to perform tasks such as following a line or avoiding obstacles?