Course Syllabus - Digital and Logic Design Lab.

The student should acquire a knowledge and understanding of:

Digital logic design lab components such as breadboard, Ic’s, 7-segment and Led.
Operation of digital gates including AND, OR, NAND, NOR and XOR gate.
Learn how to simplify functions and implement those using basic gates.
Using Karnaugh map in function simplification.
Implementing different functions using NAND and NOR gates only.
Displaying numbers and counters on 7-segment.
Learn the different application of timer circuit.
Using multiplexers and decoders in digital circuits.
Operation of flip-flop circuits.

Course seeks to enable students to achieve the following objectives:

Understanding and demonstrating the basic principles and concepts of digital logic circuits.
Providing fundamental knowledge of gates and their use in implementing functions.
Ability to use that understanding in implanting various projects.
This course will form the base for further biomedical engineering courses.

Upon completion of this course, the student should be able to:

Demonstrate an understanding of the basic principles and concepts of digital logic circuits.
Understanding the importance of gates and their usage in implementing functions.
Apply basic knowledge, techniques, and skills in projects related to biomedical engineering.

Digital and Logic Design Lab. EQUP 3117