phd course duration after mtech

Name of Course

M.Tech Ph.D

Course Level

Master of Technology + Doctoral Programme

Course Duration

2 + 3 years full-time course divided into two parts: M.Tech programme consisting of four-semesters and PhD programme after the completion of the M.Tech programme subjected to the minimum grade required

Eligibility

Bachelor’s degree in Engineering/Technology

Engineering graduates with a robust aptitude for Mathematics are eligible for the course.

Top Entrance Examinations

, JEST, ,

Top Colleges

IIT, MIT, NIT, CFTI, THAPAR

Average Fee

Rs. 300,000

Average Salary

Rs. 800,000 per annum

Leadership Skills

Management Skills

Organising Skills

Technical Skills

Research Skills

Communication Skills

Teamwork

Interpersonal Skills

Critical Thinking Skills

Problem Solving Skills

-

Material Engineering

Instrumentation & Experimental Techniques

Finite Element Method

Optimization Techniques

Mathematical Modeling and Analysis

Elective Major*

Elective Major*

Open Elective

Elective Open*

Seminar-II (AT based on courses in semester II)

Seminar ʹI (Advanced Topic based on courses in semester I)

Advanced Mathematics

Research Progress Seminar I and Report

Advanced Technologies in Materials and Mechanical Engineering

Research Methodologies

Research Methodologies

Seminar-III on field work assignments

Research Progress Seminar II and Report

Research Progress Seminar III and Report

Research Progress Seminar IV and Report

Thesis Submission

Advanced Stress Analysis

Advanced Thermodynamics

Advanced Gas Dynamics

Vehicle Dynamics

Advanced Heat Transfer

Advanced Air Conditioning, Heating and Ventilation

Engineering Fracture Mechanics

Advanced Fluid Mechanics

Internal Combustion Engines

Vibration & Noise Control

Computational Fluid Dynamics

Advanced Physical & Mechanical Metallurgy

Advanced Machine Design

Refrigeration Technology Microcontrollers Analysis

Synthesis of Mechanism Industrial Automation Drives & Actuators

Scientist

Rs. 8,75,387 (Glassdoor.com)

Professor

Rs. 20,40,000 (6figure.com)

CSIR - Central Mechanical Engineering Research Institute

The Indian Institute of Astrophysics (IIA) Bangalore

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The Department offers B.Tech., B.Tech. + M.Tech. (Dual Degree), M.Tech. and Ph.D. degree programs.

In each of the degree programs, the curriculum consists of completion of prescribed coursework and project/thesis work, as applicable. The Department offers a variety of courses, both in the classical and emerging areas of Mechanical Engineering, with an objective to expose the students to the various facets of Mechanical Engineering. The courses are designed to be rigorous and strive for student learning through various activities such as tutorials, assignments, projects and examinations. The project/thesis work is assigned on an individual basis, even at the B.Tech. level, and the student is expected to work on a problem of interest over a period of time. The project/thesis work is research and development oriented, and typically involves analysis/design of a real-life problem of interest. The project/thesis work may result in publishing of papers in journals/conferences or a patent.

For more details on the degree programs and the various courses available in the Department, please choose the appropriate link on the left.

Undergraduate Academics

M.tech. academics, ph.d. academics, outreach programs.

UG ORIENTATION SCHEDULE for New Entrants(2023-2024)

The four-year B.Tech. program prepares students in all fundamental aspects of Mechanical Engineering, with an appropriate mix of compulsory theory and laboratory courses, and electives. The primary objective of the B.Tech. program is to train students for various industry opportunities that require background in basic Mechanical Engineering. Additionally, the design of the B.Tech. program ensures adequate preparation for taking up higher-level academic programs at the master’s and doctorate levels.

UG curriculum for 2022 BTech batch here .

Modified curricula for BTech and DD 2017 and 2018 admit batches here .

Complete details of B.Tech. curriculum are available here .

The five-year B.Tech. + M.Tech. (Dual Degree) program provides an opportunity for more in-depth exposure to Mechanical Engineering by spendng an additional year beyond the B.Tech. program. This is achieved through additional advanced compulsory courses, electives and a fourteen-months long Dual Degree Project in the final phase of the program. The Dual Degree Project is to be worked on an individual basis, and is typically a research and development oriented project in an area relevant to Mechanical Engineering. The Dual Degree Program is designed to provide an exposure to real-life problems and the their analysis procedures. The Department offers three Dual Degree specializations: Thermal and Fluids Engineering, Computer Aided Design and Automation, and Computer Integrated Manufacturing .

Complete details of DD curriculum are available here .

Complete details of the Dual Degree curriculum for the specialization of Thermal and Fluids Engineering are available here .

Complete details of the Dual Degree curriculum for the specialization of Computer Aided Design and Automation Engineering are available here .

Complete details of the Dual Degree curriculum for the specialization of Computer Integrated Manufacturing are available here .

Note: Faculty Advisor for the Minor in Robotics is Prof. Vivek Sangwan(vivek.sangwan 'at' iitb.ac.in)

The two-year/three-year M.Tech. program provides an opportunity to students who previously have a bachelor’s degree and would like to specialize in an area relevant to Mechanical Engineering. The M.Tech. program contains advanced compulsory courses, electives and a fourteen-months long M.Tech. Project in the final phase of the program. The M.Tech. Project is to be worked on an individual basis, and is typically research and development oriented. The M.Tech. program is designed to provide an exposure to real-life problems and their analysis procedures. The Department offers three M.Tech. specializations: Thermal and Fluids Engineering, Design Engineering , and Manufacturing Engineering .

Complete details of the curriculum for the specialization of Thermal and Fluids Engineering are available here .

Complete details of the curriculum for the specialization of Design Engineering are available here .

Complete details of the curriculum for the specialization of Manufacturing Engineering are available here .

Complete details of the curriculum for the specialization of MMM are available here .

Important notice to new M.Tech students

Procedure for Final Defence

List of external examiners for DD and M.Tech

Downloadable Forms

MTech Credit Seminar Form

MTech Minor for TFE,DES,MFG

The Ph.D. program offers an opportunity for students with previous bachelor's or master's degree to work on a specific topic to significant depth. The Ph.D. program requires a certain amount of coursework in the initial stages, followed by passing a Qualifying Examination administered by the Department. Beyond a certain rminimum number of courses, the thesis guide(s) may prescribe additional course(s) to be taken, depending on the requirement of the thesis work. After successful completion of the coursework and the Qualifying Examination, a Ph.D. student is confirmed in the program. The relevant information about the Qualifying Examination(Applicable from July-2022) is available here . Note that the PhD qualifying examination is DISCONTINUED for the PhD batch—admitted from July-2024 onwards

The next phase of the Ph.D. program involves working on the thesis topic, and is typically characterized by publishing research papers in appropriate journals and conferences. In some cases, the Ph.D. work may result in a patent based on a system designed and demonstrated during the Ph.D. work. A Ph.D. student is expected to broadly work in one of the three specializations: Thermal and Fluids Engineering, Design Engineering, and Manufacturing Engineering, though the nature of the thesis work may often require the work to be on interdisciplinary nature, not necessarily restricted to the classical Mechanical Engineering areas.

IRCC Financial Support Before Submission of Pre Synopsis Report .

RPC approval form

PhD Credit Seminar Form

RA form after thesis submission

Approval Non-Air India flight (Defense)

The Department is actively involved in all outreach programs that IIT Bombay offers. In this context,

(a) working professionals looking for enhancing their expertise and skills,

(b) college teachers who wish to pursue Master’s and Ph.D. degree programs while continuing in their jobs, and

(c) those who are interested in distance learning opportunities

can find all the relevant information from the IIT Bombay Continuing Education Program (CEP)/Quality Improvement Program (QIP)/Center for Distance Engineering Education Program (CDEEP).

Click on the Mechanical Engineering Link for Course Information.

https://portal.iitb.ac.in/asc/Courses

Department of Mechanical Engineering Indian Institute of Technology Bombay , Powai, Mumbai 400 076, Maharashtra, India.

Email: office.me[at]iitb.ac.in Phone: (+91) 22 - 2576 7501/02/03 Fax: (+91) 22 - 2572 6875

Webmaster: webmaster.me[at]iitb.ac.in

Other Links

• Employment Opportunities
• Internal Links

Contact for Admission

Prof. (Dr.) Arun Arya

• By Arya Admin
• In Career & Self-Help , Student Blog ,
• Posted December 18, 2020

A career after MTech – How PhD is a right option?

Top career options after mtech.

In today’s time, most of the graduates are aware of taking decisions after completing the Bachelors in Technology. In the engineering field, MTech is more about specialization in which they have completed your bachelors. It is common knowledge that engineering is a vast field. And offers lots of opportunities and serves as a base for good career growth. A PhD course after pursing post-graduation degree from top MTech colleges in Jaipur will not prohibit one’s career options to just research or teaching in the technical capacity. Instead, it will expand the career opportunities for the students of top engineering colleges in India. They only stand to advantage them with more detailed knowledge and information through a PhD after MTech, in the subject of one’s choice.

What to do after MTech?

The opportunities after MTech graduate are yet another one that stands in-line to pop after another two years. There are various career pathways. That students of Best MTech Colleges in Jaipur can take up after completing the master’s degree. One of the many opportunities is that the graduates are signing-up for a doctoral degree. If they are someone who is interested in making a career in academics, then PhD after MTech course is a perfect fit for them. Pursing the course from colleges, institutions, universities abroad can take them to places ranging from excellent research exposure to greater employment chances.

What are the careers after MTech?

Doctorate degree.

If graduates of MTech admissions for computer science have always required to explore the industry of research and development, then choosing for a PhD after MTech is the ideal path to follow. Pursuing a PhD, they can enjoy the opportunity to explore the dimension of technical research. In India, an individual may apply for a doctoral program as well as universities or colleges abroad. Colleges provide excellent exposure and mentorship to such type of students. Apart from broadening the horizons, international institutions also provide financial aids to meritorious. Or scoring students easing out the burden of finances.

Entrepreneurship

Since an MTech can equip individuals with a specialised degree in hand, opening their own tech startup is a great option to consider. The most essential thing students of best engineering colleges in Jaipur need to become an entrepreneur. It is a revolutionary idea, be it from any field of IT or engineering. Further, they can pitch their idea to potential investors and gain the funding that they require to build it. In the digital age, the advent of start-ups has potentially expanded with more and more rising in the industry of both Information Technology and Artificial Engineering. Thus, starting something on their own in the contemporary times, is full of risks. But can also bring them innumerable advantages as well as letting them avail the scope of innovation.

Corporate Jobs

A prominent alternative for those planning to discover professional prospects after MTech, the corporate sector also awaits students of MTech college Jaipur with many shining opportunities. There are various companies that are always on the lookout for technology specialists and engineers, subject-matter experts, software engineers, IT professionals, PHP developers, amongst others which they can choose from.

If an engineering aspirants plan to build their career in academia, then MTech colleges can help them qualify for many teaching positions though they will be needed to appear for exams. In India, UGC-NET is the necessary exam that the academic institutions, colleges or universities require for the profile of a lecturer. Furthermore, with a master’s degree, an individual can only start from the position of an assistant professor and later with a PhD after MTech course, they will have the necessary qualification to take up the professors’ role.

PhD After MTech

In general, the duration of PhD course is upto 5 to 6 years, depending on the subjects chosen by the students of Top Engineering Colleges in Jaipur . Most of them prefer to pause their education after the master’s degree and get forward into the job market. Either through hiring exams, on-campus placements or with their own entrepreneurial dreams. Now, the scene has changed completely. Engineers chose to explore the industry, as education is not restricted by time, conservative views or lack of opportunities. Now, research is a vast field to step into good prospects and financial gains to consider.

How to apply for PhD after MTech?

While planning to study PhD after MTech in India, there are different things an individual need to consider for their application. There are some major eligibility criteria for studying PhD in India after MTech. That includes the duration of PhD is around 3 to 5 years depending upon your specialisation and university. GATE scores are essentially required for a doctoral degree especially if you are applying for PhD. Also, some Indian universities and institutes have their own PhD entrance exam. Which engineers will have to clear for admission 2020. Academic transcripts of bachelor’s and master’s degrees must be applied.

The top universities to apply for PhD

While choosing the right specialization is an important part of a PhD after MTech, the selection of the engineering college Rajasthan is an extremely important part of the decision. Not just for a good mentor, who is your mentor throughout the duration of the program. But also for the study environment is a necessary aspect. Since the degree is completed after a span of five to six years. It is important for them to check the labs and course materials offered by the college for the doctoral degree. Most of the time spent in an engineering degree is in the lab researching. Hence, the tools and equipment must be proper and accurate to assist the doctorate students.

• career options
• admission 2020
• best mtech colleges in jaipur
• top mtech colleges in jaipur
• engineering college rajasthan
• mtech courses
• mtech admissions
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Why PhD? — FAQs

Questions from participants of the ‘Why PhD?’ event held on 27 October 2022, answered by faculty members of the Division of EECS

1. Which route is better – BTech–>PhD or BTech–>MTech–>PhD?

Mayank : Procedure-wise, those who join PhD after BTech are required to do more course work – eight courses, compared to four. There is one semester of extra course work needed for those who join after BTech. Other than that, there is no difference in terms of the requirements. In some sense, you are saving one-and-a-half years. But I would say you are actually saving one year. MTechs come with some level of training on various tools and skills needed. BTechs don’t come with those trainings, but those trainings are also offered. IISc also offers an integrated PhD position, wherein if you have a certain number of credits, you get both Master’s and PhD degrees. This means that you don’t lose anything; you only gain an extra year, and that extra year can be invested in many things in future.

2. Is MTech mandatory for joining a PhD programme?

Mayank : No.

3. What are the expectations from an MTech student wishing to pursue PhD?

Please watch the initial 19 minutes of the ‘Why PhD?’ event here.

4. What is the difference between MS by research and PhD?

Chaya : MS by research is a research programme of a shorter duration. If you are sure that you want to get a taste of doing research, but you don’t want to commit for a longer duration, then perhaps MS by research is a good idea. In terms of the work that you do in MS by research, you typically either solve one problem or a couple of problems that are closely related and write an MS thesis whereas, in a PhD programme, it is more like a journey where you go from solving problems that are given to asking good questions yourself and becoming an independent researcher. So, it really depends on what you want to do, and what your goals are after your degree. If you feel like you want to try doing research, but you are not sure if a PhD is good for you, then you can enrol for an MS by research programme, which is sort of a good intermediate point, and if you have fun doing it, you can upgrade to PhD or finish your Master’s and then enrol for PhD.

Mayank: You can also request for conversion from MS by research or MTech to PhD. At least in IISc and some of the top institutes in the country, this conversion process exists.

5. What is the difference with respect to course work, duration, placement, and project in PhD, MS, and MTech?

Vishnu : If you look at the different departments, there may be some variations, but the course framework is very clear with respect to the MTech programme. Typically, you are expected to do roughly about 40 credits of course work. Each course may be 3 or 4 credits; they may be graduate or post-graduate level courses. Then, there will be a project component, which is typically around 24 credits. MTech students complete the course work in one-and-a-half years.

Mayank : Let me put this in this way: MTech course work – 12 courses; MS – 6 courses; PhD – 4 courses if you join after MTech, 8 courses if you join after BTech. Typically, you do 5 courses in one semester. Placement is the last thing that IISc students worry about. I hope this statement makes it clear what the placement opportunities are. Students in IISc think about many other things, and placement is the last think to worry about. Regarding the project, it all depends on areas, groups, faculty. It is completely diverse. It cannot be classified as PhD, MS, MTech. But typically, MTech projects are fixed duration projects, MS projects are also fixed duration projects in some sense, whereas PhD is a training programme, it is not a project per se. It all depends on how fast you can demonstrate your ability to do independent research.

6. Can we know about part-time PhD?

Chiranjib : The only way we can enable part-time PhD is through the external registration programme. Here, there are certain rules, which are publicly available. The summary of the rules are: the company should give you leave for one year so that you are physically present here. There should be an advisor from the company side. After one year, you can go back to your company, and contribute both to your company and to your thesis.

7. Do I have to pay huge fees if I get admission to the external registration programme as a PhD candidate from a Government organisation (when the parent organisation does not fund the fees)?

Mayank : The organisation has to sign for funding your fees. This fees is higher than that for the regular PhD candidates, who pay from their stipends.

8. Can you explain the advantages and disadvantages of doing part-time and full-time PhD?

Chiranjib: The only way to pursue part-time PhD is through the external registration programme. As I have seen over the years, most of the ERP students are senior, that is, they have a family and also a job. So, the good thing is that they are much more focussed than our usual students who are full-time PhD students. However, for our full-time students, it is perfectly alright to say, “I have no idea what I am going to do research on. Let me read lots of papers, lots of books; let me try to find problems and try to solve them.” We welcome that; that is actually the best training you can have, because you should not only have a good problem to solve and lots of papers to write during your PhD, but you should also come out as a well-rounded person who is exposed to many things in that subject. For that, our full-time PhD has a big advantage. But, for ERP, your company would also expect you to do some work because they are paying you a salary after your first year. Often, most companies do not leave the candidate alone since there are some expectations. So, unless a candidate is very focussed, unless you have a good mature problem and a good direction, that can become a challenge. This would be a very high-level advantage/disadvantage. So, a one-line summary would be that a full-time PhD allows you to explore many topics, and I personally think this is absolutely essential for somebody with a PhD degree, whereas in a part-time PhD (the ERP programme), because of the lack of time, it will be good if the candidate is focussed. However, there are several examples in our department of ERP candidates who have excelled, and they have written excellent papers.

9. How can we apply for PhD at IISc?

Chiranjib : Currently, we are preparing ourselves to introduce some candidates in November. So, you can still apply. Go to IISc website, you will see admissions and there are clear instructions to fill up certain forms. When you apply, each department—according to the criteria the department chooses—shortlists a select set of candidates. The candidates will then be called for an interview or a written test, and this varies from department to department. For example, in CSA department, if you are shortlisted for an interview, you will be asked to choose a stream – either computer systems and software or intelligent systems or theory, and appropriately, there will be questions asked, and we often stress on foundations. It is perfectly alright to say, “I do not know advanced topics; I only know foundations, but I am pretty strong in that.” Those are the type of candidates we are looking for. So, we check for basic curiosity and mastery at the undergraduate level. If you already have a good Master’s degree, it’s even more of a plus. So, this is the way we select our candidates.

10. How do you select candidates for PhD at IISc?

Please watch the initial 19 minutes of the ‘Why PhD?’ event here .

11. Can I pursue PhD after two years break from my studies?

Mayank : Yes.

12. If I am planning on a PhD after 2–3 years of industry experience after MTech, what points should I keep in mind? How can I update myself in the desired field of research while doing an industry job?

Chiranjib : We all have our own views. My research area is in machine learning. So, my answer will be tuned towards that, from that perspective. What I have found is that often, in most of the jobs which are offered here, skills such as proving theorems and reviewing papers are not utilised; hence, in two years’ time, some of these good, strong, academic foundations tend to get lost. That is one case of worry. So, jobs that especially have a large software development component actually cause decay in your academic credentials. That can be very bad news for PhD. However, if you are in a job where you are constantly reading papers, supplementing them – then, that is exactly the job profile which would definitely motivate you to do PhD. It prepares you well. So, my suggestion would be that if you are planning for a PhD after 2 to 3 years, please keep in mind that you should keep yourself abreast of your GATE syllabus and mathematical subjects. You should have familiarity with that. If you are already doing a research-related job, you are very well fit to walk into a PhD programme. Having said that, there is definitely merit in having an industry exposure because that is where there is real excitement.

13. What are the opportunities to do a PhD while working simultaneously in industry?

Mayank: First of all, PhD is a full-time engagement. There is no PhD possible while working in industry except through the external registration programme (ERP) or the sponsored programme that we have. And, even in that case, your engagement on a PhD problem is priority number one. This is also a myth that PhD is a project, and so, you can take up one more project and you can continue working on your industry job. This is not the case. If you are working in industry, either you leave that job, come for a full-time PhD, stay in IISc for a longer period, or if you want to be in your industry job and if your employer supports it, you can enrol for the ERP programme; but even there, you have to commit for the entire course work and after the course work, your administration should give you enough bandwidth and time to work on your PhD problem. Usually, when we sign papers, we expect that the industries commit their employees to be available at least 50–60 percent of their time to work on the PhD problem. Your PhD problem will become your full-time job, and your industry job will become your part-time job.

14. What are the opportunities for a post-doctoral programme at IISc Bengaluru after a PhD in the field of biomedical signal processing, artificial intelligence, and machine learning?

Vishnu : There are different types of post-doctoral programmes that are being offered by IISc. There is a National post-doctoral fellowship; there are also Institute-level fellowships such as the C V Raman post-doctoral fellowship and the Institute of Eminence (IoE) post-doctoral fellowship. Those are all schemes, but you have to first identify a faculty who might be interested. I would recommend you to get in touch with faculty who are working in the field of artificial intelligence (AI) and machine learning (ML) who might be interested in your background. In the department of electrical engineering (EE), we have many faculty who are working in the field of biomedical signal processing, and one of them is Professor A G Ramakrishnan. Professor Sriram Ganapathy is working on speech processing. Professor Prasanta Kumar Ghosh and Professor Muthuvel Arigovindan also work in related areas; you can consider reaching out to them. There are multiple faculty who work in this area, and I would recommend you to get in touch with them.

Sudhan : In the department of electrical communication engineering (ECE), Professor A P Prathosh is working on AI and ML for biomedical signal processing.

Chaya : In the department of computer science and automation (CSA), intelligent systems is an entire research stream, and we have several faculty colleagues working on AI, ML, and related problems. We also have some post-doctoral fellowships like the IoE fellowship. You can check out the department webpage – the information is there. If you think it is suitable, you can apply.

Mayank : In the department of electronic systems engineering (ESE), you should contact Professor Hardik J Pandya and Pofessor Chetan Singh Thakur who work on biomedical signal processing and biomedical topics using AI and ML. You can also contact Professor Shayan Srinivasa Garani who works on signal processing and applications of AI and ML in signal processing. More than 30% of EECS is now in AI/ML and its applications in various fields.

15. Regarding students who want to take up roles in nanoelectronics offered by multi-national companies such as Intel/TSMC/Samsung – what will hold them back in India after a PhD? I am talking about working with leading-edge technologies such as transistors.

Mayank : Whether you stay back in India or you take up positions abroad, that’s completely your choice. IISc prepares you to an extent that is parallel to any best institute in the world, and when you trained to that level, you will have opportunities from around the world. Then, it is completely your call to decide whether you want to stay back in the country or you want to take up a position elsewhere, depending upon the opportunities. Many of us spent a good time in the United States or other parts of the world, and decided to come back for our own calling. So, at the end of the day, it’s your own calling – what you want to do, and where you want to do what you want to do.

16. If a person decides to stay back and work in academia in India – where can he/she get funds to conduct independent research (other than institutes that are a handful in number)? What would even drive him/her if not for industry–academia collaboration and facilities?

Mayank : The drive is completely yours. There are several funding opportunities. Among the researchers and often faculty in tier 2 institutes, there is a myth that the funds are often biased and that they are available only for top institutes. Many of us have been in these committees, and we can tell you that these funding allotments are highly competitive, and they go through a rigorous screening and evaluation process. In that screening and evaluation process, nobody looks into your affiliation. Of course, there is often a correlation between your affiliation and how good your curriculum vitae (CV) is. People often miss out the CV part and often, unfortunately, correlate with the institution. But the fact is that one would look into the proposal, and one would look into the CV. The CV tells of the promise of the individual to deliver the promise or the confidence that the funding agency gains in terms of the individual being able to deliver the promise given in the proposal while the quality of the proposal tells how much advancement in the state-of-the-art will happen if that proposal is pursued or executed. So, if you have written a good proposal, and if you have carefully built your profile, by taking up every opportunity that comes in front of you from the initial stage, after a certain time, you will not feel that your proposal has been kicked out. You will have funding available if you are doing well and if you are writing good proposals. It is an exponential path. So, if you do well, you will do further well and you will have more and more opportunities. Now, if you get into this exponential path, you will have the drive.

17. What happens to research works/papers after they are published? Who actually uses them?

Vishnu: When you do research, whatever be the research, you always stand on the shoulders of giants. You are always looking at what others have done, and that gives direction to your work. In that sense, it is going to be useful to future researchers. You might have used some type of experimental technique or you would have proved a theorem in a particular way, and somebody might use that result as an inspiration to find out something new. All published research will have their own uses.

Sudhan : Once you publish a paper, assuming the paper is not patented, or even if you patent it and then publish, this work can be used by the community. In a specific area, there will be more than a thousand to million people who will be working in the same direction. If your work is very important and significant, then they will cite your paper once they use your method. Then, you will get credit based on how many researchers cited your paper, and that will add value to your CV and your publications; that will also help you for your promotion and when you are looking for a job. You can benefit in many ways if your published paper is very good.

Chaya : Whenever we publish a paper, we are basically advancing the state-of-the-art and knowledge. We either prove a new theorem that gives us new knowledge, or if it’s not a very theoretical paper, we show a better way of doing things that is more efficient than how we currently do things. If you are advancing the state-of-the-art in a theoretical way, then you are basically giving other people more tools to build on top of that. You are contributing to expanding knowledge in some way. If you write a more applied paper, there are also other ways of it being used. The result can actually get deployed in the real world and be made use of in the industry. For example, in computer science, if you come up with new algorithms for very relevant problems or in cryptography, if you come up with cryptographic schemes – today, there is a lot of scope for them to be deployed. This was always true. There used to be a time lag between when you make a certain contribution and when you can actually see that implemented in society. Today, I think that gap is reduced, and you can actually live to see your science making changes.

Mayank: Often, students don’t know what to do with a paper, and often, students are misled in terms of publication as a requirement. What is a paper? A paper is basically your communication about the advancement you have done in a certain field of science or engineering. That advancement is based on a problem statement that you pursued, and you tried to solve. Basically, your paper talks about a certain way of solving a problem. There may be many ways of solving the same problem, there may be many views on the same problem. You are communicating your way of solving that problem or elaborating that problem or even understanding that problem better. Now, how does the problem originate? The problem may originate from something which is pertinent within industry, something which is highly in demand within industry. Then, through peers and the community and through other papers, you get to know a particular problem that the world is trying to solve. That is one. The second is that a problem could be fundamental in nature, say, understanding certain aspects of nature or the universe. It could be physical sciences, it could be biological sciences, it could be mathematical sciences, chemical sciences… So, basically, you are trying to understand a certain property or uniqueness of nature, which has not been explained or elaborated before. That’s also a problem statement. The third type of problem statement could be that a community or a group of people have come up with certain predictions for tomorrow – that tomorrow the world will be of this kind in terms of science and technology, and you are trying to basically develop the idea further by either pointing out certain problems that the world needs to address or by working on problems that other colleagues would have pointed out that this field has to evolve or develop. You have to work on these problems, for example, quantum technologies. These are areas where the problem has originated from the vision that the community has projected. Now, this gives you the problem. If you have solved that problem, the solution or the paper goes back to the same community which has basically given that problem. That community could be your academic circle, it could be your industrial circle, or it could be your other scientific community or colleagues who were posing those problems, or who were parallelly working on those problems. Either it can result in advancing the state-of-the-art of the technology or in an understanding of nature or science. When people cite these papers, you also get noticed as a result of that. Fundamentally, the paper goes back to the community which has posed the problem to the community.

18. Any suggestions on how to work on our dream projects during the current BTech itself?

Chiranjib : In IISc, there are opportunities for doing internships after your BTech. Unfortunately, you don’t have a good, structured programme. Often, you can look up Professors’ websites and see if the things which you want to learn about and want to do your dream projects about is aligned with the Professors’ interests. Do write to the Professor. If you don’t get any response, it is not that the Professor is not interested but it may be that the Professor does not have any positions open. If there are positions open, they will definitely get back to you. We welcome young minds.

Career After an M.Tech: Job Opportunities & Career Scope

Home Blog Career Career After an M.Tech: Job Opportunities & Career Scope

Engineering has been popular and one of the most opted-for career domains for many years. There are different verticals in this domain. You can choose the trade that interests you the most and build a career in that particular domain. However, if you want continuous career growth, completing an MTech or a doctorate in this field and exploring the fruitful opportunities it offers is advisable.

You can expect a fruitful career after MTech if you complete your studies at a renowned institute and your understanding of the domain is excellent. The best part is that there are multiple options for after MTech government jobs that can give you stability and monetary perks. A complete Data Science course will help you apply what you learn in practical exercises working with real-world datasets from the top companies. 

MTech Specializations

The post-graduate degree programs in engineering are under some specialization. Therefore, the trade you choose decides what job opportunities after MTech you can explore. So, it is advisable to make this choice after considering your interest and market demand.

MTech in Information Technology

One of the trades that fetch numerous jobs after MTech is information technology. It provides advanced knowledge of IT techniques. Moreover, this degree program also trains you in machinery mechanisms, thermal devices, and sensors. 

MTech in Constructional Engineering

This degree program trains students in construction-related jobs. After MTech in construction engineering, you can better manage resources, plan construction projects, and ensure timely delivery. 

MTech in Mechanical Engineering

Mechanical engineering combines mechanics, kinematics, and other relevant subjects. The enrolled students primarily learn different tools and machines' design, product, and operational aspects. In addition, there are various government exams after MTech in mechanical engineering, which offer promising jobs with excellent salaries. 

MTech in Computer Science Engineering

Computer science is the most common engineering domain that most aspirants choose because of the plethora of career opportunities after MTech. In this program, the students learn various concepts related to computer science that are undoubtedly in high demand these days. 

MTech in Electronics and Communication Engineering

Another popular domain is electronics and communication engineering. After MTech job opportunities once you complete this course are plenty. Moreover, you can also try teaching jobs after MTech in this domain. 

Choose the trade that interests you the most, so you can perform to the best of your potential. Moreover, with excellent scores and genuine interest, you can even plan to do a Ph.D. after MTech to explore even better job opportunities. The Ph.D. duration after MTech is 3 to 5 years, and your future scope improves after completing the course. Therefore, explore after MTech which course is best and enroll to become a certified professional. 

Career After MTech

There are countless options for after MTech jobs, which you can explore if your field understanding is good. The Ph.D. course duration after MTech is less, so that is definitely one option. Moreover, you can enjoy the flexibility of pursuing MTech while doing job and becoming an asset to your company. 

Data Analyst

As the name suggests, a data analyst handles all the data-related tasks. They put their technical expertise to use to organize and analyze the data related to market research, consumer behavior, and likewise. 

The job role of a data analyst includes extracting data from different primary and secondary resources, removing corrupted files, and maintaining sorted databases. They also create reports for the other teams to make data accessibility convenient. 

Salary 

The average salary of a data analyst is $73k. The starting salary can be somewhere around $53k, and it can go up to $103k after a few years of experience.

Programmer Analyst

Programmer analysts are proficient in developing and maintaining business software applications. You can opt for this job if you can proficiently write complex codes. The programming language in which you should be skilled depends on the business domain in which you work. 

The job role of a programmer analyst is to install and troubleshoot systems. They also develop and maintain software applications after meeting all the user requirements. These professionals should have excellent soft skills as they have to build rapport with clients and stakeholders. 

The average salary of a programmer analyst is $71k. Therefore, the starting salary can be somewhere around $55k. However, it can go up to $91k after a few years of experience.

Automation Engineer

Automation is a rapidly growing field, and every business domain is adapting to it. The primary idea of automation is to save time, effort, and resources without compromising the work quality or precision. An automaton engineer is a professional who uses technology to automate the tasks previously done by humans. 

The primary duty of an automation engineer is to explore new ways to implement automation in their industry. They study the feasibilities, design the automated systems and deploy them in the existing company structure. Furthermore, they identify the defects in a system and work towards rectifying them to get a perfect end product. 

The average salary of an automation engineer is $92k. The starting salary can be somewhere around $70k. However, it can go up to $121k after a few years of experience.

Aerospace Engineer

Aerospace engineering is one of the most popular jobs after MTech abroad. These professionals design, test, and upgrade aircraft or spacecraft for government or private firms. These engineers also get appointed to the military to upgrade and maintain their aircraft.

The primary job role of an aerospace engineer is to design and repair aircraft using mathematics and scientific concepts. They also work towards upgrading the existing machines and making them fit for the current-day advanced environment. 

The average salary of an aerospace engineer is $100k. The starting salary can be somewhere around $71k. You can expect it to go up to $140k after a few years of experience.

Data Scientist

A data scientist is an engineer who uses various programming and statistical skills to gather data from multiple sources. Then, they design different data-driven software systems to cater to all the company's needs. Many candidates do Mtech after job only to grab such promising opportunities. 

A data scientist is responsible for gathering data from different resources and pre-processing it before storing it in the data sets. They build solutions to rectify various data-related business problems and teach the other units how to use data to make significant decisions.

The average salary of a data scientist is $96k. The starting salary can be somewhere around $66k, and it can go up to $134k after a few years of experience.

Security Analyst

A secure network is a fundamental requirement for every company. Moreover, security has become paramount after everyone has shifted their data and operations to a cloud network. That is why companies hire security analysts who keep a closer eye on the company network and ensure no intruders ever get access to it. 

The job role of a security analyst is to protect the company network by developing different programs that provide a layer of security. They also keep a disaster management plan ready at all times, just in case of any security threat. 

The average salary of a security analyst is $98k. The starting salary can be somewhere around $71k, and it can go up to $135k after a few years of experience.

Project Manager

As the name suggests, a project manager leads all the teams working on a project. They have to ensure apt resource allocation and track the project's progress to deliver the final product on time. Furthermore, these professionals ensure that the final product's quality is up to the mark.

The primary role of a project manager is to coordinate with all the teams and ensure they are working in coordination to get the best results. They are also responsible for dividing the resources fairly amongst different teams keeping the scope and budget constraints in mind.

The average salary of a project manager is $91k. The starting salary can be somewhere around $64k, and it can go up to $129k after a few years of experience.

Many professionals pursue Ph.D. after MTech abroad to get into the teaching profession. For example, an engineering candidate can opt to become a professor in a renowned institute and train aspiring engineers. 

The primary job role of a professor is to teach and train engineering students. They are also responsible for conducting various research and guiding students pursuing their Ph.D. after MTech. 

The average salary of a professor is $157k. The starting salary can be somewhere around $88k. However, it can go up to $280k after a few years of experience.

Production Manager

A production manager is an asset for those companies who are into manufacturing. These professionals oversee the production process to ensure resource availability, so production remains uninterrupted. Furthermore, these people are also responsible for maintaining a perfect supply chain. 

The primary role of a product manager is to provide the team with enough resources. They create the work schedules for the employees, prepare the budget and allocate resources. Moreover, they keep the client requirement sheet handy to ensure the end product meets all the demands.

The average salary of a production manager is $78k. The starting salary can be around $50k. You can expect it to go up to $120k after a few years of experience.

Network Specialist

A network specialist handles all the aspects of a computer network on which all the teams work. Then, based on the performance data, they monitor the system to identify potential security issues and plan possible solutions for them. 

A network specialist is responsible for studying the workflow and understanding the security requirements of their computer network. They define the policies and procedures to keep the network smooth and working fine to ensure every team works uninterruptedly.

The average salary of a network specialist is $60k. The starting salary can be around $43k. It can go up to $85k after a few years of experience.

Cyber Security Architect

These professionals have the qualities of a malicious hacker and an IT executive at the same time. Their job is to identify the potential security threats to their company architecture and create policies to eliminate the risks.

The primary job role of a cyber security architect is to design, build and implement premium security systems. Identify the potential threats, create plans to eliminate them, and communicate the idea to the respective teams. 

It is a senior-level position with an average salary of $128k. The starting salary can be somewhere around $92k. It can go up to $179k after a few years of experience.

Robotics Engineer

These are the professionals who develop and build mechanical devices and robotics systems. They design these systems for various industries, such as healthcare, agriculture, military, and more. 

The primary job role of a robotics engineer is to design, develop and deploy robotic systems in different industries. Furthermore, they troubleshoot robotics systems and applications and maintain accurate documentation. 

The average salary of a robotics engineer is $101k. The starting salary can be somewhere around $70k. It can go up to $144k after a few years of experience.

Safety Officer

As the name clearly states, a security officer supports the process of implementing safety policies and programs. He identifies the risks involved in a site and enforces preventive measures to eliminate hazards. 

The responsibility of a safety officer is to identify the risks involved at a work site and educate the staff about the preventive measures. They also review the policies regularly and make necessary upgrades to ensure a smoother workflow and eliminate risks.

The average salary of a safety officer is $46k. The starting salary can be somewhere around $29k. It can go up to $73k after a few years of experience.

Software Engineer

One of the most common jobs after MTech in IT or computer science is a software engineer. These professionals gather all the requirements from the client and ensure that the end product stands tall on them. 

The primary job role of a software engineer is requirement gathering and designing test cases to convey the workflow. They also oversee quality assurance to ensure the end product meets all the user requirements.

The average salary of a software engineer is $102k. The starting salary can be somewhere around $77k. You can expect it to go up to $134k after a few years of experience.

Web Developer

A web developer designs or constructs web applications. They consider all the user requirements and give them a website that runs smoothly and meets all their needs. An experienced web developer always tries to keep the user interface simple yet highly efficient. 

The primary job role of a web developer is to design and develop efficient web applications. They create the website layouts and give them a look with the help of programming languages. 

The average salary of a web developer is $68k. Therefore, the starting salary can be somewhere around $44k. However, it can rise to $111k after a few years of experience.

MTech Certifications/Scholarship

While exploring after MTech career options, you will find a lot of competition in the market. You may fetch a good job, but you should keep working on your skills to sail through and enjoy a fruitful career. Hence, enrolling in the Full-stack Developer bootcamp online is advisable, where you learn the latest tools and skills that can give a promising direction to your career. Even if you plan to apply for government jobs after MTech, this bootcamp will work as a highlight on your resume and will give you an edge in your PIs.

Top Companies Hiring MTech Graduates

While some people enroll in the post-graduate program directly after B.Tech, others opt for MTech after ten years of experience. Whichever option you choose, you will always find renowned companies hiring MTech graduates with excellent salaries. The top 50 most desirable companies for engineering graduates are:

Benefits of MTech Degree

A post-graduate degree program is always about giving advanced knowledge of the field. So, when you talk about the scope of MTech, know that it makes you more skilled and a desirable candidate. Some of the benefits of this degree are:

• You can apply for a teaching job and get hired as a professor in IITs or other prestigious institutes. 
• You can sit for a Ph.D. entrance exam after MTech and have higher chances of clearing it because of your advanced knowledge. 
• Another benefit is that you can apply for a Ph.D. abroad after MTech and choose to settle in another country with a better salary package.
• The companies offer higher salary packages to post-graduate candidates. Therefore, completing MTech would fetch you better career opportunities.

The list of benefits after completing an MTech is never-ending. That is why many professionals pursue MTech after 10 years of job experience only to scale up professionally. However, to make the most of this degree, you should choose the best institute and do some certification courses to make it more worthwhile. 

Secure the highest paying job in the world and set a new standard for success. This is where ambition meets reward. Embark on your journey to the top today!  

In the end, MTech is a fruitful option for engineering candidates who want to pursue a secure career in this domain. After completing this degree program, you can look for job opportunities or give the entrance exam for Ph.D. after MTech. It will make you more skilled and teach you the advanced concepts that make you capable enough to be an asset to your employer. So, choose a trusted institute, pick the right trade, and a promising career opportunity awaits you. Also, going for Full-stack Developer bootcamp online course will help you build a stellar project portfolio and launch your career as a developer.

Frequently Asked Questions (FAQs)

Which job role would be best for you depends on your interest and the specialization you choose. However, if you wish to go for the demanding jobs, opt to become a data scientist, a cyber security engineer, or a software developer.

The highest salary package for MTech graduates can go up to 15-20 LPA. 

The average salary of MTech in the USA is $50K.

Abhresh Sugandhi

Abhresh is specialized as a corporate trainer, He has a decade of experience in technical training blended with virtual webinars and instructor-led session created courses, tutorials, and articles for organizations. He is also the founder of Nikasio.com, which offers multiple services in technical training, project consulting, content development, etc.

Avail your free 1:1 mentorship session.

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Invest in Your Future: Upcoming High-Paying Career Courses to Consider

• Fri. Jul 19th, 2024

Office of International relations

Indian Institute of Science, Bangalore

Research (M.Tech. (Research)/Ph.D.) Program Admission – August 2024 Session

Eligibility:.

• All International candidates who are foreign Nationals holding a foreign passport are eligible to apply.
• As per the decision dated February 03, 2023 passed by the Hon’ble Supreme Court of India in Writ Petition (Civil) 891 / 2021, the OCI/PIO candidates who have secured OCI/PIO card before 04.03.2021 shall be considered as Indian nationals. Therefore, the foreign national candidates will be those who are NOT citizens of India (by birth or naturalized) (but not Overseas Citizens of India / Persons of Indian Origin (OCI/PIO) candidates who have secured OCI/PIO card on or after 04.03.2021) shall be considered as FOREIGN NATIONALS. The OCI/PIO candidates who have secured OCI/PIO card before 04.03.2021 shall be considered for the seats in the OPEN category.
• Candidates with equivalent degrees as specified in the eligibility of research programs (access the list and eligible degree programs  here )
• The medium of instruction for Bachelor’s program (or equivalent) should have been English. Exemptions can be made for exceptional candidates.
• Preferred to have atleast one valid Standard Test (GRE/IELTS/TOEFL) score

Selection Procedure (2 steps):

• Shortlisting based on educational qualifications for interview
• Interviewing (online) of shortlisted candidates

The decision of the admission committee is final and binding.

Procedure for Applying

• Application Form (available only online):  The online application may be prepared and submitted by accessing the  International Admissions Website  during February 22, 2024 to April 08, 2024 . 
• The Detailed Instructions are available at this document .
• You will also require details and score obtained in standard exam (as given in eligibility section)
• If applicable, please upload your Academic Achievements along with the qualifying documents/certificats. This may include the Research Publications, conferences & workshops attended and awards/certifications.

Important Dates

Applications opening date: February 22, 2024

Online Interactive Session: Will be updated on OIR website

Applications closing date: March 31, 2024, at 11:59 PM IST

Start date of the Program: August 2024

List of Selected Students in Research (M.Tech. (Research)/Ph.D.) Program in the AY 2024-25

List of Selected Research students in the AY 2024-25.xlsx

For any queries, please contact: [email protected]

Frequently asked questions (faqs):.

1. I looked at the eligibility for the research programs, they mention B.E./B.Tech./M.Sc., the degree currently I am possessing/pursuing is not B.E./B.Tech./M.Sc., so what should I do?.

It should be equivalent to B.E./B.Tech./M.Sc., which essentially means post 10+2 (high school), if the qualification is B.E./B.Tech. that means you should have major in the subject area mentioned and duration of your bachelors program should have been 4 years. If the qualification is M.Sc. that means you should have major in the subject area mentioned in the master’s program and duration of masters program should be for 2 years, which is preceded by 3 years bachelor’s program.

2. Is having standard test score preferred for the research program?

Yes. It is only preferred (not mandatory).

3. What will be the fees structure for the research program?. Will I receive scholarship/stipend per month?

Currently, the total fees will be around Rs. 35,200/- for Ph.D. & Rs. 29,200/- for M.Tech.-Research (subjected to change as approved by the Dean) for one year of study excluding hostel. In case you want to avail the hostel (student accommodation), an additional amount of Rs.45,000/- (Rupees Forty Five Thousand only) should be paid, Rs.20,000/- towards refundable hostel deposit and Rs.25,000/- towards advance payment of Mess and Room Rent for first five months.

All admitted research program students will receive a scholarship/stipend. For M.Tech. (Research), it is Rs. 12,400/- per month. For Ph.D., it is Rs.31,000 for first 2 years and Rs.35,000 from 3rd year till end of 5th year (subject to passing the comprehensive exam)

4. I am having technical difficulties in filling up application form, whom should I contact? 

Please contact: [email protected]

5. What is the difference between M.Tech course and M.Tech. (Research) program?

M.Tech.(research) is a thesis based degree program with a strong research component (it was earlier known as M.Sc. (Engg.) program), where as M.Tech. course program is a degree program that is by course work with a project dissertation. The duration of M.Tech. course program is strictly 2 years. The duration of M.Tech. (research) is between 1-3 years with average duration being 2.5 years. Also M.Tech. course program along with eligibility degree program, it requires the applicant to have standard test scores ( GRE/GRE Subject/GATE)

6. Will TOFEL/IELTS will be considered as standard test score?

Yes, TOFEL/IELTS both are considered as a standard test, however are not mandatory but preferred for admission into research programmes.

7. Can I apply for both Course and Research Admissions?

Yes, absolutely.

8. Is there a separate application for M.Tech. (Research) and Ph.D. programs?

No. They both are considered as part research program, it will be same application. The department while interviewing candidate might decide on what program is best suited for the student.

9. Which Departments offer M.Tech. (Research)?

The programs and eligibility is available  here . Under each tab, (for example if you see under Electrical Communication Engineering (EC)), the research programs are listed (for EC case it is Programme: Research [Ph D / M Tech (Research)]). Only those departments which have M.Tech. (Research) listed will offer M.Tech. (Research).

10. Is there an application fees?

It is waived for international students.

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• How do M.Tech + Ph.D. integrated help you while securing a good job?

What is M.Tech + Ph.D. integrated course?

• M.Tech + Ph.D. integrated course from Bennett University

The more educated you are, more any industry would want you. And when it comes to becoming highly educated, Ph.D. is what comes to our mind. Well, how about pursuing your Post Graduation and Doctor of Philosophy altogether in one course, and getting placed at a much better level in the related industries? Sounds interesting right, here is what you need to know about the course of integrated M.Tech Ph.D. in computer science .

M.Tech and Ph.D. integrated course in India is one of the best and not so common programs among students. The integrated M.Tech Ph.D. in CSE is a 5-year program in computer science engineering, that helps the student to have great learning and understanding of science and technology and enhance their problem-solving skills, through the education provided during this program. The program of integrated Mtech Ph.D. in computer science makes students professional and suitable for the industrial demands so that they could have a good job in the top industries.

The main aim of the M.Tech and Ph.D. integrated course in India is to provide real-time experience and extreme knowledge about computer science, thereby making the students keep updated about the field of science and technology, which increases their chance to get a high-profile job in the profound companies.

How do Mtech + Ph.D. integrated help you while securing a good job?

The main concern while pursuing any course is the job opportunities one could get after completing your program. Since M.Tech + Ph.D. is an integrated course, you can have great career opportunities after completing the program at a good university in India.

Pursuing the course of integrated M.Tech Ph.D. in computer science from any of the best colleges can have great advantages. Some of the best career options that you can choose from, after completing your M.Tech Ph.D. integrated course in India are as follows:

Educationist/ Professor

After successfully completing your Mtech Ph.D. integrated in computer science, you can apply to any educational institution or university for the position of a professor or faculty in the subject related to your Mtech Ph.D. integrated course. Apart from working for any other institution or college, you can also start your own coaching, if you have great and extreme knowledge about your subjects and if you are confident about them.

If you are one of the smart people, who has gained enough knowledge and experience in the field of science and technology, you can become one of the great scientists in top research institutions.

Due to the rapid growth of science and technology, the demand for highly qualified employees is even increasing. Hence, the one who had completed his/her degree in integrated Mtech Ph.D. in computer science can have a great and successful career in this world of science and technology, due to the advantage that there will always be a demand for qualified people in this industry.

Mtech + Ph.D. integrated course from Bennett University

Bennett University is one of the best universities in India , due to its state-of-art infrastructure, experienced faculty, and curriculum full of knowledge. Bennett provides you with the special program of integrated Mtech Ph.D. in India , that offers education to students with high academic standards, through the support of cutting-edge technology.

This program of Mtech Ph.D. integrated in computer science at Bennett comes in partnership with leading global universities and industries, to provide a platform to the students so that they can have some hands-on experience in the related field of study. It makes the student ready and professional for the industrial demands so that they can pursue a good career in the future in the top leading industries.

Bennett offers the program of integrated Mtech Ph.D. in India with four specializations, including:

• Data Science
• Cyber security
• Artificial Intelligence

The infrastructure of Bennett accommodated for Integrated Mtech Ph.D. in CSE course, consists of 10 fully-equipped laboratories with the latest technology:

• Dell-EMC – Lab
• Bennett – NVIDIA Centre for Artificial Intelligence
• Apple iMac Design & Multi-Media Lab
• Programming Lab
• Information Management System Lab
• Cloud Computing Lab
• Computer Network and Cyber Security Lab
• AR and VR Gaming
• Big Data and Machine Learning Lab

Pursuing Mtech and Ph.D. integrated course in India can have great advantages for you and your future career, as it helps you to have great knowledge about the science and technology world in the best ways possible, and you can have two degrees altogether after successfully completing your M.Tech Ph.D. integrated course in computer science.

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