M Tech Explained: Full Form, Scope, Jobs, Salaries, Colleges



23 February, 2024

M Tech Explained: Full Form, Scope, Jobs, Salaries, Colleges

What Does M.Tech Stand For?

The full form of M.Tech is ‘Master of Technology’. It is a 2-year programme that offers a variety of specialisations that help graduates gain knowledge of advanced technology which gives them an upper edge over others.

In India, the engineering profession is growing at a very fast pace and hence the competition is increasing as well. A master’s degree helps you stand out and provides you with an advanced study of science and technology.

You become eligible to pursue an M.Tech after a B.Tech degree in a relevant subject. Along with this, we will study career options, scopes, salary, etc.

So, let’s dive right into M.Tech degree:

More about the course

  • This course will help you develop skills like communication, critical thinking, logical reasoning, technical skills, etc.
  • It will provide a blend of theoretical as well as researched knowledge.

What is the Scope of M.Tech. Programmes?

If you are an Engineer, an M.Tech. degree will surely be the cherry on the cake. It helps you get more career opportunities and maintain a secure future for yourself. One of the biggest advantages of pursuing an M.Tech. degree is that along with a great job, you will get a handsome salary package as well.

An M.Tech. degree is not just a decoration for your resume; if you are already in a job then also you can pursue an M.Tech. degree which will result in a fast promotion. It will help you in both the private and government sectors.

  • M.Tech graduates are recruited by various industries like IT, automotive, aerospace, manufacturing, energy, and healthcare, depending on their specialization.
  • Many M.Tech. programs offer research opportunities, preparing you for careers in R&D labs, government institutions, and academic research.
  • M.Tech. programs can equip you with the technical knowledge and problem-solving skills needed to launch your own technology-based venture.
  • Pursuing a Ph.D. after M.Tech. opens doors to teaching and research positions in universities and colleges.

Top M.Tech. Specialisations

M.Tech offers a wide range of specialisations, including:

Specialisation  Description
Aeronautical Engineering Focuses on the design, manufacture, testing, and maintenance of machines, etc.
Civil Engineering Focuses on the construction, design, and maintenance of a building or house.
Mechanical Engineering It is the study that focuses mainly on machines and their functioning.
Electrical Engineering Focuses on the design, and application of equipment, devices, and systems that require electricity and electromagnetism.
Chemical Engineering Focuses on the blended study of natural and artificial sciences to develop, transform, produce, and operate.
Aerospace Engineering Focuses on developing aircraft and spacecraft.
Petroleum Engineering Focuses on the production of hydrocarbons in the form of crude oil or natural gas.
Computer Engineering It mainly focuses on the study of software and hardware processes.
Ceramic Engineering Focuses mainly on the science of creating objects from inorganic, non-metallic materials.
Instrumental Engineering Focuses on monitoring and maintaining control systems and machinery needed for manufacturing.

Core & Elective Subjects in M.Tech.

If you are pursuing an M.Tech programme, you should have an understanding of the basic principle concepts of the respective branch. This may differ, as every university has a different curriculum.

Core Subjects:

Subject Description
Chemical Engineering: Advanced Mass Transfer Operations, Advanced Momentum Transfer In this course, you will be learning about concepts like Turbulent flow, Bernoulli’s equation, and its applications.
Civil Engineering:
– Methods of Structural Analysis
– Finite Element Analysis
In this course, you will be learning about matrix methods like direct flexibility, generalised stiffness, etc.
Software Engineering:
– Machine learning
– Software Architecture
In this, you will be learning about types of learning, hypothesis space, evaluation, cross-validation, etc.
Electrical Engineering: Power System Modelling This will cover the concepts of modelling, power system components, its analysis, etc.

Elective Subjects:

Subject Description
Chemical Engineering:
– Advanced Heat Transfer
– Bioprocess Engineering
It focuses on steady-state heat conduction, unsteady-state conditions, forced convection, etc.
Civil Engineering:
– Structural Health Monitoring
– Design of Masonry Structures
It focuses on SHM & Smart Materials, vibration control, etc.
Software Engineering:
– Software Performance Engineering
– Software Language Engineering
It focuses on performance metrics, basic performance analysis, workload identification & characterisation, etc.
Electrical Engineering:
– Advanced Digital Signal Processing
– Power Sector Economics, Regulations & Restructuring
It focuses on time signals, digital FIR & IIR Filter Design, Adaptive Digital signals, etc.

What is the Admission process for M.Tech. Programmes?

The admission process is different for different colleges. Where most of the institutions accept GATE scores, some may conduct their own entrance exams. Those seeking admission must follow the following process:

Fill Out the Application Form:

In order to pursue an M.Tech., you need to first fill the application form for the relevant entrance examination by entering your basic details like name, age, and educational details.

Also, students should carefully check the eligibility criteria.

Appear for the Entrance Exam:

  • You must prepare well for entrance exams like GATE, TANCET, AP PGECET, TS PGECET.
  • Based on the scored marks, you will get the college of your choice.

Wait for the Result & Merit List:

  • Based on your scores, shortlisted candidates are called for the counselling session.
  • By concluding from your counselling session and the merit list, you will be assigned a college according to availability.

Complete Admission Formalities:

  • After this, you must finish all the admission formalities as notified by your prescribed college.

What is the Mode of Learning for M.Tech?

Technical courses in India are only available in the regular mode of learning wherein, you will have to visit the campus on a daily basis to attend the classes. However, at certain institutes of eminence, there is a provision for working professionals to pursue M.Tech. in the online mode provided the course is sponsored by their employer.

How to Find the Right M.Tech. College?

Carefully choosing the college for you to spend the next 2-3 years is crucial. As we all know, your college acts as a stepping stone for your upcoming future. Based on your career preferences, you should pick your college.

What makes a college an ideal fit for you? There are certain criteria, which help in making the choice easy for you. The following are some of them:

  • The University/college you are searching for should be recognised and accredited by recognised bodies like UGC, NAAC, & AICTE.
  • The fee should be budget-friendly.
  • The institution must provide placement opportunities.
  • The curriculum should be revised regularly based on industry trends and demands.
  • The courses that are offered should align with your future goals.

Top Institutions Offering M.Tech. in India

As per NIRF, the following are the top institutes for Engineering in India:

Colleges/ Universities Fee
Delhi Technical University (Rank 29) INR 1,05,500/- (Per Year)
Indian Institute of Technology, Madras (Rank 1) INR 7,500/-
National Institute of Technology, Tiruchirappalli (Rank 9) INR 2,18,300/-
Amity University, Noida (Rank 31) INR 1,38,000-3,00,000/-
Anna University, Noida (Rank 13) With GATE- INR 36,060/-
Without GATE- INR 41,060/-

What are the Job Opportunities with Average Salary?

Some of the top job profiles after M.Tech. are:

Job Profile Average Salary (INR)
Software Engineer 8.5 LPA
Senior Engineer 9 LPA
Software Developer 8.4 LPA
Research Analyst 4.8 LPA
Maintenance Engineer 3.8 LPA
Mechanical Engineer 4.4 LPA
Project Manager 17.2 LPA
Planning Engineer 6.4 LPA
Program Analyst 6.1 LPA
Project Coordinator 4.8 LPA

Source: AmbitionBox


Choosing an M.Tech. for career advancement can be a wise decision. An M.Tech. degree is not just an academic qualification, it is a passport to a world of possibilities. It will equip you with specialised knowledge, practical skills, and the potential for a diverse career path.

Remember that it all starts with a single step, so explore your specialisation, chase your passion, and watch your career reach new heights.

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