MTech Syllabus and Subjects 2024

Updated on - Jan 8, 2024

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M Tech syllabus differs according to the specialization that students decide to pursue. MTech course is a postgraduate program that comes under the discipline of technology and focuses mainly on the implementation of existing technologies and gives a gateway toward technical research. MTech job scope provides students with substantial job opportunities with appropriate career growth and a variety of job roles and responsibilities.

Semester-Wise M Tech Syllabus

The M Tech subjects depend on the specialization that students decide to pursue, as different subjects would be considered the core subjects with every specialization. M.Tech is a two-year-long postgraduate course. Although the syllabus for M.Tech programs may differ between subjects, some modules are common across multiple disciplines. These subjects are mentioned below:

First-Year Syllabus For M.Tech:

Below is the table for First Year MTech Syllabus.

M.Tech First Year Syllabus
Semester I	Semester II
Water Resource Engineering	Dyestuff Technology
Printing Technology	Programming
Communication Skills	Practical Workshops
	Practical Workshops II

Second-Year Syllabus For M.Tech:

Below is the M Tech syllabus for Second Year.

M.Tech Second Year Syllabus
Semester II	Semester IV
Power Electronics & Drives	BioEngineering
Engineering Management	Manufacturing

M Tech Subjects

M Tech subjects list depends on the specialization that the aspiring student focuses on. The subjects are divided into both core and elective subjects. Elective subjects are optional subjects that make the course flexible and diverse. Regardless of their specialization, all M.Tech students are required to study essential subjects known as core subjects.

Core Subjects:

Applied Operations Research
Astronautics
Bioinstrumentation/ diagnostics
Biomedical Materials and Mechanics
Complex System Development
Data Mining and Analytical Marketing
Drug Delivery and Cellular/Tissue Engineering
Dynamics, Controls, and Robotics
Energy and Sustainable Development
Energy Economics and Engineering
Engineering Mathematics and Modeling
Environmental and Water Resources Systems Engineering
Environmental Fluid Mechanics and Hydrology
Environmental Geophysics
Environmental Processes
Financial Engineering
Geohydrology
Geotechnical Engineering
Information Technology
Mechanics of Materials
Micro and Nanoscale Engineering
Nanosystems
Semester in Strategic Operations
Structural Engineering
Technology Management for ECE
Thermal-fluid Sciences
Transportation Systems Engineering

M.Tech Theory Subjects

The M.Tech theory subjects can change according to the program and specialisation that the students choose to pursue in M.Tech. Some of the theory subjects according to specialisation are listed below:

M.Tech Theory Subjects
Specialisations of M.Tech	Theory Subjects
M.Tech. (Computer Science & Engineering)	Advanced-Data Structures Advanced Software Engineering Advances in Data & Computer Communications Object-Oriented Analysis and Advanced Design Database Management System Advanced Algorithm Analysis & Design Advanced-Data Warehousing & Data Mining Advanced Software Testing
M.Tech. (Information Technology)	Advanced-Data Structures Advanced Software Engineering Advanced Software Project Management Computer Graphics & Animation Advanced-Data Warehousing & Data Mining Information Theory & Coding
M.Tech. (Information Security)	Introduction to Computer Security Cryptography Foundation and its Applications Advanced Database Management System Object-Oriented Analysis and Design Mobile & Wireless Network Security Cyber Crime Investigation & Cyber Forensics
M.Tech. (Digital Communication)	Advanced Digital Communication systems Optical Fibre Communication Systems Digital Mobile Radio Systems Estimated and Detection Theory
M.Tech. (Electronics & Communication Engineering)	Optoelectronics fibre optical communication Advanced system of Digital Communication VLSI Technology Advanced Signal Processing Advanced VLSI Design
M.Tech. (Signal Processing)	Advanced Digital Communication Analog Signal Processing Detection and Estimation Theory Digital Signal Processing Advanced Information Theory & Coding
M.Tech. (RF & Microwave Engineering)	Advanced Electromagnetic Engineering Microwave Theory & Circuitsand Microwave Passive Circuits Design. Microwave & Millimetre Integrated Circuits
M.Tech. (VLSI Design)	Digital System Design using Verilog VLSI Technology Advanced VLSI Design

M.Tech Elective Subjects

Given below are some of the electives that students can choose from in their specializations:

M.Tech Elective Subjects
Specialisations of M.Tech	Elective Subjects (Choose any Two )
M.Tech. (Computer Science & Engineering)	Advanced Computer Architecture Enterprise Computing using JAVA Computational Techniques - MATLAB Mathematical Statistics with Data Analysis Advanced Operating System Theory of Computation Mobile and Cellular Communication Modelling & Simulation Software Metrics Advanced Software Project Management -Distributed Computing Cyber Crime Investigations and Cyber Forensics Distributed Databases
M.Tech. (Information Technology)	Digital System Design using Verilog Advanced Computer Architecture Software Requirements & Estimation Network Programming Cloud Computing E-Commerce & Applications
M.Tech. (Information Security)	Decision Support Systems & Methods Internet Technologies & Applications Game Theory & Its Applications Intrusion Detection and Information Warfare 4 Advanced Software Project Management Digital Defence: Issues in Security Cyber laws
M.Tech. (Digital Communication)	Digital Image Processing Antenna Theory and Practice Digital System Design using Verilog Telecommunications system Modelling Simulation
M.Tech. (Electronics & Communication Engineering)	Digital System Design using Verilog Wireless Networks Computational Techniques using MATLAB Cellular & Mobile Communication Advanced Radiation Systems
M.Tech. (Signal Processing)	Broadband communication and Information systems Optimization Techniques Computer Communication Networks Digital System Design using Verilog VLSI Technology
M.Tech. (RF & Microwave Engineering)	Radar Systems Advanced Digital Communication systems Optical Fibre Communication Systems Mathematical methods in signal processing Computer Communication Networks Computational Techniques using MATLAB
M.Tech. (VLSI Design)	Advanced Computer Architecture Analysis of Algorithm Design DSP for VLSI Design Computational Techniques with MATLAB Wireless Networks Research Methodology

Specialisation-wise M Tech Syllabus

Students often wonder, “What are the subjects in M.Tech?”. The general syllabus of the M Tech subjects will change according to the specialisation. The first year of the course is focused on core subjects related to engineering. The second year focuses on the specialisation. Listed below is the general syllabus from the third semester onwards for specialisations.

M.Tech Artificial Intelligence

M.Tech Artificial Intelligence is a two-year post-graduation program focusing on Computational Intelligence, Soft Computing, Artificial Intelligence, and Neutral Networking. Computational Intelligence: Computational Intelligence (CI) is the theory, plan, application, and advancement of naturally and linguistically motivated computer paradigms. Generally, the three fundamental pillars of CI have been Neural Networks, Fuzzy Systems, and Evolutionary Computation.

M.Tech Process Engineering

M.Tech Process Engineering mainly focuses on the design, control, operation, control, and optimization of processes. Process Engineering is involved in all kinds of industries such as chemical, agricultural, advanced material, food industry, software industry, drug industry, etc.

M.Tech Applied Electronics

The M.Tech Applied Electronics course focuses on the practical application of electronics in various fields. The course covers topics such as digital signal processing, control systems, and communication systems. The coursework gives students the information and abilities they need to work in fields like robotics, automation, and telecommunications.

Other Important M Tech syllabus and Subjects include:

M.Tech Course Structure

M.Tech course structure consists of both core and elective subjects. The M.Tech course is a two-year-long postgraduate course. In the first year of education, the students are introduced to the general core and important subjects in engineering. From the third semester onwards, students are introduced to specific subjects relating to their specialization. Additionally, practical workshops give the students a chance to learn about the specialization in greater detail. The course structure is:

VI Semesters
Core Subjects
Elective Subjects
Practical Workshops

M.Tech Teaching Methodology and Techniques

M.Tech teaching methodology and techniques encompass traditional lecture-based training as well as practical workshops. The main aim of the practical training and workshops is to give the students a chance to use their knowledge in a practical setting. The traditional classroom teaching methods allow the students to ask the queries they might have and get answers to them.

Traditional Classroom-Based Teaching
Practicals Workshops

MTech Projects

As part of the curriculum for the MTech course, students must complete their project work. The projects are intended to give students real experience in their area of study and to aid in the development of practical skills.

The following is a list of some of the most common topics for MTech projects:

Learning Graphs with Multiple Connected Components and Monotone Topology Properties.
Recovery Of Low-Rank Matrix From Noisy, Quantized, and Inaccurate Measurements.
A Power-Efficient Approach to MIMO Radar and Cellular Coexistence Made Possible by Interference Exploitation.

M.Tech Reference Books

By investing in reference books, students can ensure that they have all the important resources they might need to successfully ace the exams and courses. Below mentioned are MTech books which students can use as references:

M.Tech Reference Books
Books	Authors
Technical Writing and Professional Communication for Non-native	Thomas N. Huckin and Leslie A. Olsen
Momentum, Heat and Mass transfer	C.O. Bennet and J.E. Myers, McGraw Hill
Educational Research An introduction	Borg, Walter R. & Meridith, D. Gall