Course Title:

Digital Electronics – Combinational Circuits (for B.Tech Students)

Course Duration:

1-2 Weeks (Flexible pace – 4–5 sessions per week)
Each session: 60–90 minutes

Course Fees:

₹12,000 – ₹15,000 for full course
(or ₹600 – ₹800 per session for flexible scheduling)

Course Objective:

This course is designed for engineering students (especially B.Tech Electronics/Computer branches) who want a clear, in-depth understanding of Digital Combinational Circuits, aligned with academic and practical needs.

By the end of the course, the student will be able to:

• Confidently perform number system conversions and logic operations

• Analyse, simplify and design logic circuits

• Understand logic families (CMOS, TTL) and their behaviors

• Design and implement combinational circuits like Adders, Multiplexers, etc.

Syllabus & Modules:

Module 1: Introduction to Digital Design

• Analog vs Digital systems

• ICs, PLDs, design abstraction levels

• Software & hardware in digital design

Module 2: Number Systems & Codes

• Binary, Hexadecimal, Gray codes

• Conversions & arithmetic operations

• Signed numbers, error detection & correction codes

Module 3: Logic Circuits & Boolean Algebra

• Boolean theorems, minimization

• SOP, POS, Karnaugh Maps

• Quine-McCluskey method

• Static & dynamic hazards

• Intro to VHDL

Module 4: Logic Families

• CMOS & TTL fundamentals

• Propagation delay, fan-in/fan-out, interfacing

• Power consumption, ECL introduction

Module 5: Combinational Logic Design

• Comparators, Encoders, Decoders

• Multiplexers, Demultiplexers

• Code converters, Adders, Subtractors

• Delay and hazard handling

Module 6: Advanced Modules & Design Examples

• Parity checkers, ALU implementation

• Design examples using real-world circuit requirements

Delivery Method:

• Online (Zoom/Google Meet)+ simulation tools

• Home tutions 

• Weekly assignments + doubt-solving

• Final mini-project (optional) for implementation via software like Logisim/VHDL simulator