M.Tech in Fluid Engineering is a 2-year postgraduate course that includes learning about the fluid sciences and heat transfer systems. It is divided into Fluid Statics and Fluid Dynamics and is taught over 4 semesters, including both theoretical and practical research-oriented topics.
The eligibility criteria for the course is a B. Tech degree in any Engineering field with at least 50% aggregate marks in the qualifying exam.
Admissions are offered based on candidates' performance in the entrance exam.
Some of the top colleges in India that offer M.Tech Fluid Engineering are IIT Madras, IIT Delhi, UPES, Sri Narayana Guru College of Engineering and Technology, etc. The average fees that an Institute charges is between INR 1,00,000 - INR 5,00,000.
M.Tech in Fluid Engineering has very bright future prospects in the private and public sectors, as well as in the education market. Many Fluid Engineers also continue with research after the degree. Some of the top job positions include thermodynamic engineer, mud engineer, aerospace engineer, etc.
The average salary package for an M.Tech Fluid Engineer ranges between INR 3 LPA- INR 8 LPA.
1.1 What is MTech Fluid Engineering?
1.2 Why Study MTech Fluid Engineering?
2.1 Merit Based
2.2 Entrance Based
2.3 Important Dates
M.Tech Fluid Engineering: Course Highlights
| Duration | 2 years |
| Eligibility | B.E/ B. Tech with minimum 50% aggregate marks |
| Admission Process | Entrance-based/ Merit-based |
| Course Fee | INR 1 Lakh to INR 5 Lakhs |
| Top Recruiting Companies | TCS, IBM India Ltd., TATA Motors, Hindustan Motors, Hyundai Motors, etc. |
| Avg. Starting Salary | INR 3 LPA- INR 8 LPA |
| Job Positions | Thermodynamic Engineer, Design Engineer, Lead Engineer, Automation Engineer, Aerospace Engineer, etc. |
What is M.Tech Fluid Engineering?
- Masters in Technology or M. Tech in Fluid Engineering is a postgraduate course in engineering that deals with different aspects of Fluid statics, and Fluid Dynamics.
- The course teaches advanced learning about heat transfer systems, the flow of fluid systems, thermal sciences, and other topics.
- The modernized discipline of CFD or Computational Fluid Dynamics is taught through data structures and numerical analyses.
- These involve computerized designs and also operations of plant systems.
- The program offers both theoretical training and experimental skills in thermal and fluid sciences applied in different industries.
- The course also develops students to perform research and apply theoretical knowledge in fields of Thermal Research, operations of systems, planning designs, etc.
Why study M.Tech Fluids Engineering?
- Fluid Engineering is a very important field that helps us understand the behavior and application of various fluids. This field is also extensively studied in Civil Engineering, and more in Chemical and Mechanical Engineering.
- An M. Tech in this field offers an engineer with a vast range of advanced studies related to fluid mechanics.
- By completing this degree, they can start with the practical implementation of their engineering knowledge. Besides, a Fluid Engineer is highly demanded to work in the design field and maintain mechanical systems that are fluid-based.
- Job opportunities for a Fluid Engineer are ample which is also a major reason why the subject is popularly pursued.
M.Tech Fluids Engineering: Admission Process
Admissions to the M.Tech Fluid Engineering course is based on both merit and entrance exams. The admission process varies from college to college.
Both merit-based and entrance-based admission guidelines are stated below.
Merit-Based Admission Process
- Admission procedures are mostly conducted online while a few colleges may also conduct offline.
- Application forms are released online on the official website of the college. For offline admissions, application forms are distributed from the admission office at the respective colleges.
- On the official website, go through the admission guidelines to know everything about the admission procedure.
- For registration, search for the form on the website. Fill the application form with personal information and required details like 10+2 marks, graduation percentage or CGPA, date of birth, etc.
- Important documents like mark sheets, age proof, passport size photographs are to be attached with the application form.
- Finally submit the form along with payment of a nominal fee for admission to the respective college.
- Until the merit list is announced, keep checking the official website of the college for the latest updates.
- A merit list will be released on the given date where names of selected candidates shall appear.
- Selected candidates need to visit the college to secure their seats for M. Tech in Fluid Engineering. This shall be followed by document verification and fee payment for the program. Some colleges may also conduct a personal interview before the final round of selection.
Entrance-Based Admission Process
- Registrations are done online from the official website of the respective conducting body.
- Candidates have to fill the registration form with personal information and required details like 10+2 marks, graduation percentage or CGPA, date of birth, etc.
- Important documents like mark sheets, age proof, passport size photographs are to be attached with the application form.
- An examination fee has to be paid before submitting the form.
- After payment, submit the form and register for the respective examination.
- The date of examination and admit card are released by the conducting body online.
- After the results are announced from the official website, all the colleges offering the relevant course shall release their cut-off lists.
- Candidates have to apply to the respective college from the college website.
- The candidates who clear the cut-off are called for a personal interview by the respective college.
- The final step is the submission of important documents during verification, and payment of a fee for a demand draft for securing a seat for the applied course.
M.Tech Fluid Engineering: Important Dates
Some important dates regarding entrance exams conducted for M. Tech in Fluid Engineering are given below:
| Exam Name | Exam Dates |
|---|---|
| GATE | Check GATE Dates |
| AP PGECET | Check AP PGECET Dates |
| TS PGECET | Check TS PGECET Dates |
M.Tech Fluid Engineering: How to get Admission to a Good College?
- There are a number of colleges that offer excellent programs in M.Tech Fluid Engineering.
- The first step is to shortlist a bunch of desirable colleges. Government-aided colleges like IIT, NIIT, etc. are preferable because of their excellence and record of merit.
- Good scores in entrance exams like GATE can help candidates land in these colleges. Other colleges also accept scores of UPES MEET, BHU PET, JEE Main, etc.
- Besides, candidates must also hold minimum excellence in their 10+2 and graduation marks since some colleges also conduct merit-based admissions for the course.
M.Tech Fluid Engineering: How to prepare for Entrance Exams?
There are some general tips and tricks for preparing for every entrance exam. If an examinee can easily crack their entrance exam if they follow the steps mentioned below:
- Have an everyday study routine and maintain it strictly. This way, most of the syllabus is covered in time.
- Do not study casually and make sure to cover all the topics mentioned in the syllabus.
- Take preliminary tests with mock test papers and practice papers. Go through the previous years’ question papers to get a clear idea about the question pattern and marking scheme.
- Learn time management which is considered the most important aspect of any test.
- Stay healthy throughout the preparation period and especially before the exam day.
- Make sure to get a good night’s sleep on the day before the exam and stay confident while attempting the paper.
M.Tech Fluid Engineering: Syllabus
The syllabus for M.Tech in Fluid Engineering as recommended in most colleges and universities is given in the table below:
| Semester I | Semester II |
|---|---|
| Introduction to CFD | Geometric Modelling and Grid Generation Techniques |
| Introduction to Fluid Dynamics | Laminar and Turbulent Flows |
| Advanced Heat and Mass Transfer | Advanced Computational Techniques |
| Compressive and Turbulent Flows | Introduction to Multiphase Flow |
| Finite Elements and Boundary Elements Analysis | Visualization of Advanced Fluid Flow and Flow Diagnostic |
| Finite Differences and Finite Volume Analysis | Seminar on Assigned Projects |
| Semester III | Semester IV |
| Software Engineering and Project Management | Project II / Thesis |
| Commercial CFD Software Applications | |
| Usage of CFD in Multidisciplinary Applications | |
| High Performance and Parallel Computing Applications | |
| Summer Internship | |
| Summer Internship Seminar | |
| Project I |
M.Tech Fluid Engineering: Course Comparison
It is very important to compare streams before choosing one. This helps us in ensuring our desire for the professions, as well as to have a clearer concept of what the career entails. Given below is a stream comparison of M.Tech Fluid Engineering and M.Tech Environmental Engineering:
| Parameters | M.Tech Fluid Engineering | M.Tech Environmental Engineering |
|---|---|---|
| Explanation About the Course | It is an advanced course on the different aspects of fluid flow systems, thermal systems, and CFD | It is an advanced course on a wide range of management of water resources, air and land pollution, and other environmental issues |
| Duration of Course | 2 years | 2 years |
| Eligibility Criteria | B.E or B. Tech or equivalent with a minimum of 55% aggregate marks | B.E or B. Tech or equivalent with a minimum of 55% aggregate marks |
| Admission Criteria | Entrance-based | Entrance-based |
| Top Colleges | IIT Kharagpur, IIT Guwahati, Motilal Nehru Institute of Technology, etc. | Punjab Engineering College, Delhi Technological University, Vellore Institute of Technology, etc. |
| Average Fees | INR 1 Lakh to INR 5 lakhs | INR 1,50,000 to INR 2,50,000 |
| Job Positions | Thermodynamic Engineer, Design Engineer, Lead Engineer, Automation Engineer, Aerospace Engineer, etc. | Environmental Project Coordinator, Environmental Specialist, Environmental Engineer, Bioresearch assistant, Health and Safety Administrator, etc. |
| Average Starting Salary | INR 3 Lakhs to INR 8 lakhs | INR l lakhs to INR 6 lakhs |
| Top Recruiting Companies | TCS, IBM India Ltd., TATA Motors, Hindustan Motors, Hyundai Motors, etc. | AECOM, SPML Infra Limited, Brunel India Pvt. Ltd., MACTEC, Godrej Corporation, etc. |
M.Tech Fluid Engineering: Top Colleges
What After M.Tech Fluid Engineering?
A number of opportunities open up after completing the course of M.Tech in Fluid Engineering. From new branches of higher education to new branches of jobs, an M Tech Fluid Engineer can pursue anything. Some of the common future scopes for a student after M. Tech Fluid Engineering are given below:
- They can pursue higher studies in a similar specialization, that is, opt for doctoral courses like Ph. D, M. Phil, MBA, etc. offered by several institutes in India. This shall help them enhance their research-based skills, develop theoretical knowledge, and increase practically oriented participation in the discourse.
- There are a number of national and international job prospects that open up for M. Tech Engineers. They are also eligible to apply for various internships to gain experience. Some job profiles suitable for Fluid Engineers are Aerospace engineers, Mud engineers, lecturers, etc.
- They can apply for various private or public firms for professional jobs. Some of the top public firms that hire fluid engineers are Spanco, Railways, KEI Industries, Lanco Infratech, ABH Heavy Industries, Vikram Solar Pvt. Ltd., Indal Steel and Power, Synergy Renewable Energy, Reliance Energy, Adani Power, etc.
- After completing M.Tech Fluid Engineering, students can also opt for other related courses like M.Tech in Thermal Engineering, M.Tech in Fluid Mechanics, etc.
M.Tech Fluid Engineering: Jobs
Fluid Engineers with an M.Tech degree are open to a variety of job positions in the engineering industry. Some of the most popular jobs pursued by Fluid Engineers are given in the table below:
| Job Position | Job Description | Average Annual Salary |
|---|---|---|
| Research and Development Engineer | This job involves researching and developing activities in organizations like the application of different theories, models, research, principles, skills, etc. | INR 5 LPA to INR 12 LPA |
| Aerospace Engineer | This job involves directing, manufacturing, and testing aircraft and aerospace products. Newly developing technologies in aviation and defense system aircraft are also looked after. | INR 2 LPA to INR 8 LPA |
| Mechanical Engineer | This job involves providing effective solutions in the process of developing products from small component designs to large-scale plant cells. | INR 3 LPA to INR 5 LPA |
| Mud Engineer | This job involves creating clay, fluids, minerals, etc. that are used to manufacture oils and gases. This job entails a lot of geological work with a background in engineering. | INR 5 LPA to INR 12 LPA |
| Lecturer and Professor | This job involves teaching students at institutes about the advanced and in-depth knowledge of fluids engineering and thermal sciences. | INR 2 LPA to INR 4 LPA |
M.Tech Fluid Engineering: FAQs
Ques.Is Fluid Engineering largely about CFD?
Ans- CFD is an important topic taught under Fluids Engineering but it is not the only topic taught. Fluid Engineering is generally not related to CFD analysis directly. Although the topics are taught in their advanced mathematical complexity, they are combined with applied experimental skills in power plant, aerospace, and gas turbine research.
Ques.What is the eligibility criteria for International Students applying for M.Tech Fluid Engineering?
Ans- International Students who want to apply for M.Tech Fluid Engineering must have at least a 50% aggregate score in the qualifying exam and should have studied the pre-requisite subjects necessary for admissions to the M.Tech Fluid Engineering program in desired institutes.
Ques.What are some software that are required to learn M.Tech Fluid Engineering?
Ans- There are a number of application software used by Fluid and Thermal Engineers that make their work easier and more efficient. Some of the popular applications used are CFD, Comsol, Ansys Fluent, CFX, AVL Fire, Open Foam, Matlab, Star CCM+, Cantera, etc.
Ques.What are the best colleges to consider for an M.Tech Fluid Engineering course?
Ans- The IITs and NITs of India are the best institutes that offer M. Tech in Fluids Engineering. Admissions to these colleges are done through national-level entrance exams.
Ques.What are some important books studied for Fluid Engineering?
Ans- Some of the popularly studied books by M. Tech Fluid Engineering students are:
- Engineering Mechanics- D K Bansal
- Fluid Mechanics- Frank M White
- Fluid Mechanics: Fundamentals and Applications- John Cimbala, Yunus Cengel
- An Introduction to Fluid Dynamics- G K Batchelor
- Fundamentals of Fluid Mechanics- Munson and Young
Ques.What is the difference between the fee structures at IIT and NIT for the M. Tech Fluid Engineering program?
Ans- There is not much difference between the fee structures at IIT and NIT for the MTech Fluid Engineering program. At IIT, the average annual fees range from INR 2 Lakhs to INR 5 Lakhs, while at NIT, it ranges from 1 Lakh to 3 Lakhs per annum.
Ques.What are the basic skills that an applicant for Fluid Engineering should possess?
Ans- The Fluid Engineering course is highly suited for candidates with research and problem-solving skills. They must have an ethical, scientific, and philosophical approach to things. They should also possess planning and management abilities for different projects. An efficient Fluids Engineer should be able to work in all kinds of environments and in fieldwork, under a lot of pressure. They must be able to analyze complex scientific and technical data.
Ques.Can a non-engineer apply for M.Tech Fluid Engineering?
Ans- No, an M.Tech program requires the eligibility of a student to have at least 4 years of Engineering experience in the relevant field. A non-engineering student cannot apply for M.Tech Fluid Engineering until they have a B.Tech degree.
Ques.What is a suitable topic for a 4th year Project in M.Tech Fluid Engineering?
Ans- The topic for the 4th Year Project in the M.Tech Fluid Engineering program should be related to heat transfer or thermal engineering.
Ques.Is it better to pursue M.Tech in Heat Power than M.Tech in Fluid Engineering?
Ans- Heat Power is one of the major topics taught under M.Tech Fluid Engineering. The program is broadly called Thermal and Fluid Engineering and teaches advanced systems of thermal and heat flow in fluids and substances. Hence, it is mostly preferred to study M.Tech Fluid Engineering than M.Tech in Heat Power.
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