Embedded Systems & IoT Engineering

Embedded Systems & IoT Engineering is a hands-on engineering course that teaches students how to control real hardware using code. Students will learn how microcontrollers such as Arduino and ESP32 work, and how they can be used to control sensors, motors, lights, buzzers, displays, and smart devices. This course introduces students to the foundation of embedded systems, Internet of Things, automation, and robotics hardware control. Through practical projects, students will learn how devices sense information, process signals, make decisions, and respond to the physical world. Students will move beyond screen-based coding and begin to understand how software connects with electronics, hardware, and real-world systems.

Course Content

Embedded Systems & IoT Engineering

Control Real Hardware. Build Smart Systems.

In the real engineering world, code does not only run on a screen.
It controls machines, sensors, robots, vehicles, smart homes, medical devices, industrial systems, and connected products.

In Embedded Systems & IoT Engineering, students learn how software and hardware work together to create intelligent devices.

Students will use microcontrollers such as Arduino and ESP32 to read sensor data, control outputs, drive motors, connect devices, and build simple automated systems.

They will explore how a smart device works from the inside:

How sensors collect information
How a microcontroller processes signals
How code makes decisions
How motors, lights, and displays respond
How devices connect through WiFi or Bluetooth
How automation systems complete tasks

This course helps students understand the foundation behind robotics, smart devices, IoT systems, automation, and real-world engineering products.