From Circuits to Semiconductors: Unlock the Foundations of Electronics

Whether you're a beginner or looking to deepen your knowledge, these courses will guide you through the core concepts of electrical engineering.

1. Introduction to Electronics

Explore the basics of electronics with Georgia Tech’s course that covers key principles and applications of electrical circuits. Learn how electronics influence everyday life and understand how devices are designed and constructed.

Start Learning the Basics of Electronics →

2. Power Electronics

This course from the University of Colorado Boulder provides an introduction to power electronics, focusing on the conversion and control of electrical power. A great resource for understanding the role of power devices in modern electrical systems.

Explore Power Electronics Today →

3. Digital Systems: From Logic Gates to Processors

A deep dive into digital systems from the University of Alabama at Birmingham. Learn how digital systems are designed, from the basics of logic gates to complex processors.

Discover Digital Systems →

4. Embedding Sensors and Motors

This course from the University of Colorado Boulder teaches you how to embed sensors and motors into systems, a critical skill for developing embedded devices and automation systems.

Get Started with Sensors and Motors →

5. Semiconductor Devices

Explore the fundamentals of semiconductor devices with the University of Colorado Boulder. This course covers the essential components of electronics, including diodes, transistors, and their applications in modern circuits.

Learn About Semiconductor Devices →

6. Computer Architecture

Princeton University’s course provides a comprehensive introduction to the architecture of computers. Dive into how computers are structured and how they perform tasks at the hardware level.

Understand Computer Architecture →

7. Computer and Peripheral Hardware

Illinois Tech offers a course on computer hardware, covering both the internal components of computers and the peripheral devices that enhance functionality.

Explore Computer and Peripheral Hardware →

8. RF and Millimeter-Wave Circuit Design

RF and millimeter-wave circuit design is essential for wireless communication. Learn the basics of RF circuits with this course and start designing your own communication systems.

Learn RF and Millimeter-Wave Circuit Design →

9. Linear Circuits 1: DC Analysis

Georgia Tech offers an introductory course on DC analysis, which is foundational for understanding how current flows in electrical circuits and how different components affect that flow.

Master DC Circuit Analysis →

10. Plastic Electronics

école Polytechnique offers a unique course on plastic electronics, which is crucial for the development of flexible, lightweight, and low-cost electronic devices.

Explore Plastic Electronics →

We hope these courses will help you build a strong foundation in electrical engineering. Stay tuned for more updates and resources in future editions of Electrical Fundamentals!