Arduino

Arduino is an open-source electronic prototyping platform that makes it possible to create interactive projects using microcontroller boards, sensors, actuators, and other electronic components. The Arduino platform is based on an Atmel AVR microcontroller and uses a simplified Python programming language inspired by C++.

Arduino boards offer great flexibility and a wide range of possibilities for numerous electronic and programming projects. They are ideal for teaching and classroom learning.

Examples of classroom projects:

Temperature Control System: Use a temperature sensor such as the DHT11 to monitor and display ambient temperature. The Arduino can activate a fan if the temperature exceeds a defined threshold.

Line-Following Robot: Build a robot capable of following a line drawn on the ground using infrared sensors.

Home Security System: Design a system with a motion sensor that triggers an audible alarm or sends a notification to a smartphone when movement is detected.

Autonomous Robot Project: Students build an autonomous robot that uses motion sensors and motors to move and avoid obstacles.

Process Control System Project: Students create a process control system that uses sensors and actuators to control a machine or an industrial process.

People Counter Project: Students build a people counter using an infrared sensor and a 7-segment display.

Monitoring System Project: Students design a monitoring system that uses cameras and motion sensors to detect movement and record images.

Smart Home Project: Students create a smart home control system using sensors and actuators to manage lighting, heating, and security.

Use of Shields and Extensions:

Arduino boards allow the use of shields (expansion boards) to extend their functionality. For example, a Bluetooth or Wi-Fi shield can be used to add wireless communication capabilities, or a motor shield to control DC motors or stepper motors.