Fundamentals of Digital Circuits and Systems is a free online course that begins by introducing you to the history of digital systems and compares them to analog systems, as well grounding you in the core building blocks of digital circuit design. This course will also introduce you to basic Boolean theorems, as well as their application in logic functions. You will learn about the various definitions and terminologies used in digital circuits and get a foundational introduction to binary numbers.

The course then explains minterm and maxterm solutions, as well as the basic conversions between them. You will also learn about conversions between the sum of product and product of sum forms. Understand Verilog as a hardware description language (HDL), the various levels of abstraction in circuit design as well as Verilog's design representation. The concept of universality and its importance in the design of a circuit will also be covered.

Furthermore, you will get familiar with the applications of Karnaugh maps (K maps) in Boolean representations, learn about how equations are represented to show less complexity using K maps, as well as the minimization of K maps in the presence of conditions. This free online course will be of great interest to anyone with an interest in fundamentals of digital circuits and systems. Register now and start your next learning journey today.