Collaborative Design and Development with Arduino

About

This course provides a hands-on, project-driven learning experience. Each session will conclude with a practical project based on the concepts learned, allowing students to directly apply their knowledge by building functional systems. Through this interactive approach, students will not only gain technical skills but also develop their creativity and problem-solving abilities, ensuring a comprehensive understanding of collaborative design and development with Arduino. Projects will include real-world applications such as wireless control of electrical devices, environmental monitoring systems for temperature and humidity, and more.

Course leader

Ali Pourhossein

Target group

This course is designed for students with little or no background in electronics but with a basic understanding of programming. It is ideal for those who want to bring creative ideas to life using simple and accessible tools. Through clear explanations and hands-on projects—such as controlling devices remotely, measuring temperature and humidity, and using sensors (LDR, IR)—participants will gain practical experience with Arduino. The course is especially suitable for students eager to apply their ideas in real-world projects.

Course aim

-Understand Arduino hardware and programming environment.
-Configure and use digital and analog input/output pins.
-Work with sensors to measure environmental and physical data (e.g., light, temperature, humidity, motion, distance, acceleration).
-Control electronic components such as LEDs, motors (DC, servo, stepper), and actuators.
-Apply communication protocols (UART, SPI, I2C) to connect Arduino with external devices and modules.
-Use real-time clock modules for time-based applications.
-Display information on LCDs and other visual interfaces.
-Develop small-scale, practical projects (e.g., remote control systems, access systems, environmental monitoring)

Fee info