M.Tech Books For All Semesters (1st, 2nd Year): Here in this article, we have provided the complete M.Tech Syllabus, books, Reference books, and Authors for all semesters about the M.Tech Books. The candidates who are in search of Books for M.Tech can find all the books authors below section. To get M.Tech Books for all semesters check through the below sections. By referring to the M.Tech Books students can have knowledge about preparation for the exam.
★★ Best Reference Books ★★
What is M.Tech?
Master of Technology in short called M.Tech makes the candidates professionalized in the field of technology. M.Tech is a professional course and also one of the popular courses to learn technology. M.Tech is a course of two years with full-time or part-time education. M.Tech course consists of four semesters with different subjects related to technology.
The candidates should complete their B.Tech with 50%-60% of marks as aggregate in order to pursue the M.Tech course. The candidates who pursue M.Tech after completing B.Tech add an extra qualification and as well as skills and get well-versed with the technology. By the time candidates complete M.Tech they get hired in reputed companies as technologists.
M.Tech Specialization Courses
M.Tech Course offers candidates with different kinds of streams
- Chemical Engineering
- Process Control and Instrumentation Engineering
- Computer Science and Engineering
- Software Engineering
- Electrical Engineering
- Power Systems Engineering
- Mechanical Engineering
- Thermal Engineering
- Electronics and Communication Engineering
- VLSI System Design
1. Chemical Engineering
Here are the semester-wise subjects for this course.
| Semester-I |
| Process Modelling and civilization |
| Advanced process control |
| Advanced chemical engineering |
| Advanced Mathematics |
| Analysis of chemical reactors |
| Designing of chemical reactors |
| Elective |
| Semester-II |
| Fluidization engineering advancement |
| Chemical process design |
| Phenomena of Advanced transportation |
| Advanced Organic Chemistry |
| Elective |
| Workshop |
| Semester-III |
| Chemical Process in Industries |
| Analysis and Instrumental Methods |
| Advanced Chemical Engineering |
| Workshop |
| Open Elective |
| Semester-IV |
| Analysis of Energy Engineering |
| Advancement in Materials Sciences and Technology |
| Open Elective |
| Project |
| Internship |
2. Process Control and Instrumentation Engineering
Below are the subjects in all four semesters for this course.
| Semester-I |
| Advanced Mathematical Techniques |
| Linear Control Theory |
| Modelling & Simulation of dynamic systems |
| Transducer Technology |
| Advanced Microprocessors & Micro controllers |
| Electronic Devices and Systems |
| Modern Power Converters |
| Control System Laboratory I |
| Instrumentation Laboratory I |
| Semester-II |
| Advanced Control Theory |
| Process Control and Instrumentation |
| Digital Control Systems |
| Adaptive & Robust Control Systems |
| Soft Computing Techniques |
| Digital Signal Processing |
| Real Time Systems |
| Industrial Automation and Control |
| Data Communication |
| Experimental Methods and Analysis |
| Ultrasonic Instrumentation |
| Control System Laboratory II |
| Instrumentation Laboratory II |
| Seminar |
| Semester-III |
| Remote Sensing and Control |
| Robotics |
| Reliability and Safety Engineering |
| Artificial Intelligence |
| Optical and Laser Instrumentation |
| Biomedical Instrumentation |
| Image Processing |
| Analytical Instrumentation |
| Project |
| Seminar |
| Semester-IV |
| Project & Dissertation |
| Seminar |
3. Computer Science and Engineering
Here are the subjects in all semesters for this course.
| Semester-I |
| Computer Networks |
| Advances in OS |
| Advanced Database Management System |
| Computer System Performance Analysis |
| Fundamentals of Computer and Introduction to C programming |
| Elective 1 |
| Seminar |
| Semester-II |
| Formal Models in Computer Science |
| Advanced Algorithms |
| Advanced Computer Architecture |
| Cloud Computing |
| Elective 2 |
| Project Phase-I |
| Seminar |
| Semester-III |
| Information Security |
| Elective 3 |
| Elective 4 |
| Project Phase-II |
| Evaluation of Project Phase-I |
| Semester-IV |
| Embedded Systems |
| Project Work Evaluation and Viva-Voce |
| Optical Networks |
| Advances in DIP |
| Computer graphics and visualization |
4. Software Engineering
Below is a list of subjects in all semesters of this course.
| Semester-I |
| Applied Probability and Statistics |
| Software Risk Management and Maintenance |
| Advances in Software Engineering |
| Formal Models of Software Systems |
| Advanced Data Structure and Algorithms |
| Energy Aware Computing |
| Practical |
| Software Requirements and Design Laboratory |
| Advanced Data Structures Laboratory |
| Semester-II |
| Software Project Planning and Management |
| Software Testing |
| Software Metrics and Quality Assurance |
| Data Warehousing and Data Mining |
| Socially Relevant Mini Project |
| Software Testing Laboratory |
| Big Data Analytics |
| Machine Learning |
| Practical |
| Semester-III |
| Software Design Patterns |
| Information Retrieval Techniques |
| XML and Web Services |
| Software Documentation |
| Project Work (Phase I) |
| Semester-IV |
| Project Work (Phase II) |
5. Electrical Engineering
Here is the list of subjects in this course which you refer at a glance.
| Semester-I |
| Power System Modeling |
| Advanced Power Electronics |
| Modern Control System |
| Communication Skills |
| PG Lab-I |
| Semester-II |
| AC /DC drives |
| Advance Power System Protection |
| Seminar-I |
| PG Lab-II or Mini Project |
| Power System Instrumentation |
| Semester-III |
| Project Management and Intellectual Property Rights |
| Project work Phase-I |
| Semester-IV |
| Project work Phase-II |
6. Power Systems Engineering
Given below is the syllabus for all four semesters of this course.
| Semester-I |
| Optimization Techniques |
| Renewable Energy Systems |
| Advanced Power System Analysis |
| Power Conversion Techniques |
| Power System Stability |
| Semester-II |
| Power System Operation and Control |
| High Voltage DC Transmission |
| Flexible AC Transmission Systems |
| Power System Simulation Lab |
| Semester-III |
| Project Work |
| Semester-IV |
| Project Work |
Power System Engineering Electives: Semester- I
- Industrial Control Electronics
- System Theory
- Analysis and design of Artificial Neural Networks
- Digital Signal Processing & Applications
- Digital System Design
Semester- II - Power Electronic Drives
- Digital Controllers in Power Electronics Applications
- Computer Networking
- Electrical Distribution Systems
- Fuzzy Systems
- Design of Intelligent Controllers
- VLSI Architecture and Design MethodologiesHigh Voltage Engineering
7. Mechanical Engineering
Here is the syllabus for this course for all semesters.
| Semester-I |
| Numerical Analysis and Optimization |
| Mechatronics and Product Design |
| Experimental Stress Analysis |
| Instrumentation and Measurement |
| Metal Forming Analysis |
| Experimental Stress Analysis Lab |
| Mechanical Measurement Lab |
| Computational Lab |
| Semester-II |
| Theory of Elasticity |
| Design of Mechanisms |
| Principles of Machine Design |
| General Elective I |
| General Elective II |
| Seminar |
| CAD/CAM Lab |
| Design Practice Lab I |
| Semester-III |
| Mechanical Behaviour of Materials |
| Mechanical Vibrations |
| General Elective III |
| Design Practice Lab II |
| Materials Behaviour and Vibration Lab |
| Minor Project |
| Semester-IV |
| Dissertation |
Mechanical Engineering Electives :
Elective Paper-I
- Design of Pressure Vessels
- Computer-Aided Design
- Design of Bearings and Shaft
- Design of Pollution Control Equipments
Elective Paper-II - Design and Metallurgy of Welded Joints
- Materials Management
- Fracture Mechanics
- Finite Element Methods
Elective Paper-III - Robotic Engineering
- Total Quality Management
- Computer-Aided Vehicle Design
- Tribology
8. Thermal Engineering
| Semester-I |
| Advanced Thermodynamics |
| Advanced Fluid Mechanics |
| Advanced Engineering Mathematics |
| Advanced Heat Transfer |
| Engineering Software Lab |
| Elective I |
| Elective II |
| Semester-II |
| Experimental Methods in Thermal Engineering |
| Principles of Turbomachines |
| Internal Combustion Egine, Combustion & Pollution |
| Computational Fluid Dynamics |
| Advanced Heat Transfer Lab |
| Elective III |
| Elective IV |
| Thermal Lab-II |
| Successful Research and Development Program |
| Semester-III |
| Seminar |
| Project |
| Industrial Training |
| Semester-IV |
| Seminar |
| Project & Dissertation |
Thermal Engineering Elective Papers:
- Turbocompressors
- Convective Heat Transfer
- Design of Wind Power Farms
- Fire Dynamics and Engineering
- Combustion
- Advanced Power Generation Systems
- Computational Heat Transfer
- Micro/nano scale heat transfer
- Thermal Design
- Radiative Heat Transfer
- Lattice Boltzmann method
- Heating, Ventilating and Air-conditioning
- Gas Dynamics
- Heat Exchangers
- Steam and Gas Turbines
9. Electronics and Communication Engineering
| Semester-I |
| Advanced Microprocessor &Micro Controllers 4 |
| Information and Communication Theory |
| Advanced Engg. Math |
| Advanced digital signal processing |
| Fundamentals of digital electronics and Communication |
| Seminar |
| Semester-II |
| Wireless Networks |
| Mobile communication |
| Advanced Network |
| Open Elective IV |
| Open Elective V |
| Term paper leading to thesis |
| Semester-III |
| Security in Communication Network |
| Project Development and Resource Management |
| Dissertation (Part-I) |
| Semester-IV |
| Dissertation (Part-II) |
Electronics and Communication Engineering Elective Subjects:
- Monolithic Microwave Integrated Circuits
- Cognitive Radio
- Error Control & Coding
- Optical Communication
- Advanced Satellite Communication
- Information Theory
- Next Generation Networks
- Signal Compression
- Soft Computing
- Pattern Recognition
- FPGA based System Design
- Adaptive Filters and systems
10. VLSI System Design
| Semester-I |
| Digital VLSI Design |
| Signal Processing |
| CMOS digital integrated circuit design |
| VLSI technology & design |
| Simulation Lab (VLSI) |
| Seminar |
| Semester-II |
| Low Power VLSI Design |
| CMOS Analog and Mixed Signal IC Design |
| Design for Testability |
| VLSI Laboratory – II |
| Mini Project – II |
| Semester-III |
| Comprehensive Viva voice |
| Internship/Dissertation Phase – I |
| Semester-IV |
| Dissertation Phase – II |
VLSI System Design Elective Subjects
Here are some elective subjects that a candidate can choose of their own choice.
- Digital Signal Processors And Architecture
- Image Video Processing
- VLSI Signal Processing
- System Modeling And Simulation
- Low Power VLSI Design
- Semiconductor Memory Design And Testing
- Hardware-Software Co-Design
- Digital System Design
- Device Modeling
- Advanced Digital Signal Processing
- Network Security & Cryptography
M.Tech Reference Books & Authors for All Semesters
M.Tech Reference Books along with authors help the candidates to prepare well for the examinations. The reference books help the candidates to gain the subject knowledge in different ways. Below are the Reference books & Authors for all the Semesters.
- Transport Phenomena, R. B. Bird, W. E. Stewart, and E.N. Lightfoot, John Wiley, 1960.
- Transport Phenomena – A Unified Approach, R.S. Brodkey, and H.C. Hershey, McGraw Hill, 1988.
- Momentum, Heat and Mass transfer, C.O. Bennet and J.E. Myers, McGraw Hill, 1993.
- Gajaria G.T., Laws Relating to Building and Engineering Contracts in India,
- Jimmie Hinze, Construction Contracts, McGraw Hill, 2001.
- Jack Meredith & Samuel Mantel, Project Management: A managerial approach, Wiley India
- Thomas N. Huckin and Leslie A. Olsen, Technical Writing and Professional
- Communication for Non-native Speakers of
English; Tata McGraw Hills, International Edition, 1991. - Jeff Butterfield, Soft Skills for Everyone, Cengage Learning India Private Limited,2010.
- Cormen, Leiserson, Rivest, “Introduction to Algorithms”, McGraw Hill.
- Aho, Hopcroft, Ullman, ” The Design and Analysis of Computer Algorithms”, Addison Wesley.
- Papoulis, S. Pillai, Probability, Random Variables and Stochastic Processes, Tata McGraw Hill
- T Veerajan, Probability, Statistics, and Random Processes
- R.P.Singh, S.D. Sapre, Communication Systems, Analog &Digital
We wish we have provided enough information regarding M.Tech Books. The books help the candidates to get complete knowledge of the different streams of the course. For more books on different courses stay tuned to our website Freshers Now.