Module 1: Digital Systems and Binary Numbers
This module will discuss various binary systems suitable for representing information in digital systems. The binary number system is explained, and binary codes are illustrated. Examples are given for addition and subtraction of signed binary numbers and decimal numbers in binary-coded decimal (BCD) format.

Module 2: Boolean Algebra and Logic Gates
Foundation in Boolean algebra that enables students to optimize simple circuits, and to understand the purpose of algorithms used to optimize complex circuits involving millions of logic circuits.

Module 3: Gate-Level Minimization
This module focuses on the design tasks of finding an optimal gate-level implementation of the Boolean functions that describes a digital circuit. It enables students to execute a manual design of simple circuits, and prepares students for skilled use of modern design tools

Module 4: Combinational Logic
This module examines the characteristics and implementations of combinational circuits. A logic circuit is combinational if its output at any time are a function of only the present inputs

Module 5: Synchronous Sequential Logic
Hand-held devices, cell phones, navigation systems, digital cameras, media players, and virtually all electronic consumer products have the ability to send, receive, store, retrieve and process information stored in a binary format. This module examines the operation and control of these devices and their use in circuits

Module 6: Registers and Counters
Circuits that include flip-flops are usually classified by the function they perform rather than by the name of the sequential circuit. Two such circuits are registers and counters Module 7: Advanced Verilog with Applications
This module examines advanced Verilog constructs and their applications

Module 8: Simulations of Digital Systems using Hardware Description Langulage
This module uses the Verilog tool to solve a set of problems common to digital devices