This course gives students a basic understanding of how computers work by teaching the essentials of logic design and hardware. It covers topics like logic gates (AND, OR, NOT), truth tables, and Boolean algebra. Students will learn to build and simplify logic circuits using gates like NAND and NOR. The course also explores how to design and optimize circuits, including combinational circuits like decoders, multiplexers, and arithmetic units, as well as sequential circuits such as flip-flops, registers, counters, and memory units. Additionally, students will use CAD tools like Verilog to design simple circuits and even create a basic microprocessor, along with an introduction to assembly language programming.
The Digital Logic Design Laboratory complements the theory course by providing students with practical, hands-on experience to reinforce their understanding of key concepts. Aligned with the weekly lecture plan, the lab takes students through a step-by-step journey, from Boolean algebra fundamentals to advanced applications like counters.
Students work individually and in groups on digital trainer kits equipped with breadboards, switches, LED panels, clocks, and power supplies. These tools allow them to implement and test digital circuits in real-time.
By the end of the lab, students will gain a solid understanding of gate-level integration of Boolean systems, the configuration and use of MSI ICs, and core digital system design principles. To enhance their learning, students are encouraged to tackle small-scale real-world problems, translating them into the digital domain and developing practical solutions.