Course Overview – Digital Logic and Computer Design (DLCD)

This course provides a systematic study of Digital Logic and Computer Design, focusing on the theoretical foundations and practical applications of digital systems. The curriculum is aligned with the GGSIPU B.Tech 3rd Semester syllabus and also builds a strong base for competitive exams like GATE, ESE, and technical interviews. With integrated PYQs, case studies, and premium notes, this course is sufficient for exam success and conceptual mastery.

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Course Highlights

Complete Syllabus Coverage (As per GGSIPU B.Tech 3rd Sem)

• Number Systems and Codes

• Boolean Algebra and Logic Gates

• Minimization Techniques (K-Map, Quine–McCluskey Method)

• Combinational Circuits (adders, subtractors, multiplexers, decoders, encoders, comparators)

• Sequential Circuits (flip-flops, registers, counters, finite state machines)

• Memory and Programmable Logic Devices

• Basics of Processor Organization and Computer Arithmetic

Comprehensive Case Studies

• Design and simplification of real-world logic circuits

• Sequential circuit analysis with timing diagrams

• Practical applications of adders, multiplexers, and flip-flops

• Memory hierarchy and implementation basics

PYQ Integration

• Solved University Question Papers (PYQs) of the last 3 years

• Identification of recurring topics and exam trends

Expert Faculty

• Delivered by faculty with strong expertise in Digital Electronics, Computer Architecture, and Logic Design

Premium Notes & Study Material

• Concise theory notes with circuit diagrams for quick revision

• Well-structured examples for minimization and circuit design

• High-quality study resources for long-term retention and competitive preparation