MTech Fluids Engineering: Admission 2025, Syllabus, Eligibility, Subjects, Colleges, Careers

• Updated on  26 Jun, 2025 by Shruti Garg

MTech Fluids Engineering is a 2-year full-time PG level program with a comprehensive curriculum designed to provide learners with the necessary skills and theoretical knowledge to understand the sciences behind the behavior and interaction of fluid systems with their surroundings. This helps them to critically analyze the existing fluid systems and eventually design and develop new ones.

 

In India, the average course fee ranges between INR 2,00,000 to INR 3,00,000. Additionally, since it is a highly niche topic of study with high infrastructure costs and limited competent and knowledgeable faculty, only a few universities offer it as a standalone course, with Motilal Nehru National Institute of Technology being the only one for now.

 

Admission to MTech Fluids Engineering is entrance based, requiring candidates to pass the relevant entrance exam (GATE) and have a minimum of 60% marks / 6.5 CPI in a Bachelor's Degree completed in Engineering or Technology disciplines, or a Master's degree completed in Science or a related discipline from a recognized university.

 

CFD Engineer, Thermal Design Engineer, R&D Engineer, Flow Assurance Engineer, Thermal Power Engineer, and Sales Engineer (Fluids Systems) are some of the most popular and in-demand MTech Fluids Engineering jobs. Freshers can earn up to INR 3-4.5 LPA, middle-experienced professionals earn INR 5-12 LPA. Further, highly experienced professionals can earn between INR 13-20+ LPA.

 

Table of Contents

  1. MTech Fluids Engineering Highlights Table
  2. What is MTech Fluids Engineering?
  3. Why Study MTech Fluids Engineering?
  4. Who should study MTech Fluids Engineering?
  5. MTech Fluids Engineering Eligibility Criteria
  6. MTech Fluids Engineering Entrance Exams 2025
  7. MTech Fluids Engineering Colleges in India
  8. MTech Fluids Engineering Admission Process 2025
  9. MTech Fluids Engineering Syllabus
  10. MTech Fluids Engineering Job Opportunities in India
  11. MTech Fluids Engineering FAQs

 

MTech Fluids Engineering Highlights Table

The table provides insights into the key MTech Fluids Engineering course details:

Details

Particulars

Course Name

MTech Fluids Engineering

Course Level

Postgraduate / Master’s Degree

Duration

2 years

Course Type

Full-Time

Admission Process

Entrance Based

Eligibility Criteria

Qualify the relevant entrance exam (GATE) and have a minimum of 60% marks in a Bachelor’s Degree in Engineering or Technology or a Master’s degree in appropriate discipline of Science or equivalent.

Course Fees

INR 2,00,000 - INR 3,00,000

Top Colleges

Motilal Nehru National Institute of Technology

Job Profiles

CFD Engineer, Thermal Design Engineer, R&D Engineer, Flow Assurance Engineer, Thermal Power Engineer, Sales Engineer (Fluids Systems)

Top Recruiters

ANSYS, Siemens,, Rolls‑Royce, L&T, BHEL, Emerson, ISRO, DRDO, ONGC, ExxonMobil, Schlumberger, NTPC, TATA Power, Ingersoll Rand, Tekman, Huntsman

Average Salary in India

Entry Level: INR 3-4.5 LPA

 

Middle Level: INR 5-12 LPA

 

Experienced Level: INR 13-20+ LPA

 

What is MTech Fluids Engineering?

The 2-year Master of Technology Fluids Engineering is a postgraduate-level advanced and specialised degree program providing the learners with a solid understanding of the fluid systems, their behaviors, and applications across a variety of engineering processes and how such data is analyzed to design and develop new fluid systems.

 

The course curriculum is based on a variety of other engineering disciplines, including thermal, mechanical, and even chemical engineering, and has been designed to include the core fluids engineering topics, elective engineering subjects, and research/ thesis opportunities to aid in the learner's overall development and enable them to pursue research initiatives, jobs, or further studies in the field.

 

During the Fluids Engineering Master’s course, students learn about the various theoretical and practical components of science behind fluid systems, how they interact with their surroundings, computer designs and simulations that are used to analyze fluid properties for innovation purposes, and the advanced techniques used in thermal and heat transfer systems.

 

Why Study MTech Fluids Engineering?

Even though MTech Fluids Engineering is a relatively niche field of study, with many Indian colleges not even offering it as a stand-alone course, it should be noted that this course is one of the most advanced, rigorous, and research-oriented multidisciplinary areas of study, with numerous benefits and reasons to pursue it. These consist of:

  • MTech Fluids Engineering curriculum equips learners with the relevant analytical, computational, multidisciplinary, and research-oriented knowledge and skills that helps them to build their professional careers in aerospace, automotive, energy, and even research industries.
  • As a specialised field of study in the area of fluid systems, MTech Fluids Engineering sets the groundwork for learners to effectively and efficiently pursue research projects and PhD prospects with renowned organisations or institutions.
  • The 2-year course aids in the development of advanced knowledge and current industry-relevant practical skills, allowing learners to easily advance in their professional careers and get lucrative job opportunities.

 

Who should study MTech Fluids Engineering?

Individuals who can be considered as the most well-suited ones to undertake the 2 -year specialised degree in MTech Fluids Engineering include:

  • Bachelor of Technology / Bachelor of Engineering / Master of Science or related field graduates having a minimum of 60% (or 6.5 CPI) in the same.
  • Individuals who are already employed in the fluids engineering or related fields and wish to expand their knowledge and skill set to advance in their professional careers.
  • Fluid systems enthusiasts who seek to study and master modern fluid system abilities, tools, and technologies, such as computational fluid dynamics.
  • Mechanical, Chemical, or Thermal Engineering graduates desiring to switch their fields and specialise in fluid systems and engineering.
  • Individuals capable of handling complex, sensitive, confidential and hazardous data, technical tools and equipment.

Also Check: MTech in Transportation Engineering

 

MTech Fluids Engineering Eligibility Criteria

As an advanced, tech-intensive, and specialized master's degree program in Fluids Engineering, the eligibility criteria for MTech Fluids Engineering courses are mentioned below:

  • The candidate must have completed a Bachelor of Technology / Bachelor of Engineering / Master of Science or a related field from a recognised university.
  • The candidate must have a minimum of 60% score or 6.5 CPI in a bachelor’s degree.
  • The candidate must pass the relevant entrance exam (GATE) with scores accepted by the university.

 

MTech Fluids Engineering Entrance Exams 2025

In India, admission to the 2-year MTech Fluids Engineering program is solely based on a candidate's bachelor's degree and entrance exam scores, with GATE currently being the only accredited and accepted exam for the same. The important details of this exam are as follows:

Exam Name

Application Date

 

(Tentative)

Exam Date

 

(Tentative)

Application Fee

GATE 2026

August 2025

February 2026

INR 1,800 (General)

 

INR 900 (Female candidates / SC / ST / PwD)

 

MTech Fluids Engineering Colleges in India

Instead of offering it as a standalone major due to its high infrastructural cost, most of the Indian colleges prefer to offer an MTech program in Fluids Engineering alongside other specializations such as thermal or mechanical engineering. The key details of the only Indian college offering this as a standalone course currently are:

College Name

Location

Fees (Approx.)

NIRF Ranking (Latest)

Admission Process

Motilal Nehru National Institute of Technology

Allahabad

2,36,000

60 (Engineering Category)

Entrance Based (GATE)

 

MTech Fluids Engineering Admission Process 2025

Admissions to the 2-year Master of Technology Fluids Engineering program are solely entrance-based and involve a lengthy counseling procedure, which is usually carried out through the CCMT portal. The following steps provide a full guide to the admissions process of this course at Motilal Nehru National Institute of Technology:

 

Step 1: Admission to MTech Fluids Engineering at Motilal Nehru National Institute of Technology is based on the GATE exam and via the Centralized Counselling for MTech (CCMT) process.

 

Step 2: Once the GATE results are announced, the candidates are required to register at the CCMT website to participate in the official counseling process for the course.

 

Step 3: While registering at the CCMT portal, the candidates must provide the requested personal, contact and academic history details.

 

Step 4: The candidate is next asked to fill out the selections for his/her desired courses and institutes, depending on his/her priority and scores, and rank them accordingly in the list.

 

Step 5: The candidate must then pay the non-refundable registration fee that costs around INR 2,200 - INR 3,000 to complete the registration and “lock in” his/her choices.

 

Step 6: Once the candidate is allotted MTech Fluids Engineering at Motilal Nehru National Institute of Technology, he/she receives a provisional allotment letter on his/her registered email address.

 

Step 7: As mentioned in the provisional letter, the candidate is required to upload the relevant scanned copies of the requested personal and academic documents on their CCMT Dashboard within the deadline.

 

Step 9: The candidate must then pay the seat acceptance fee which usually costs around INR 10,000-30,000 depending upon the category.

 

Step 10: The candidate is then required to select the “freeze” option to indicate that he would like to exit the counselling and continue with the course and college allotted to him in this round.

 

Step 11: As a final step, the candidate is required to officially visit Motilal Nehru National Institute of Technology for the physical verification of his//her documents as per the schedule provided to him/her in the email.

 

Documents Required:

  • 10th marksheet and passing certificate issued by the board.
  • 12th marksheet and passing certificate issued by the board.
  • School Leaving Certificate
  • Bachelor’s Marksheet
  • Bachelor’s Passing Certificate
  • Provisional Certificate
  • Coloured Passport Size Photographs
  • GATE Admit Card
  • GATE Scorecard
  • Caste Certificate (If applicable)
  • Identity Proof issued by the government (Aadhar Card/PAN Card/Passport, etc.)
  • Signature

 

MTech Fluids Engineering Syllabus

The MTech Fluids Engineering course has been designed as a thorough course of theoretical, practical, analytical, and experimental learning to provide a solid understanding of the fluid sciences. For reference, the many subjects covered under this course at Motilal Nehru National Institute of Technology are listed below as per their semester-wise division.

Semester I

Semester II

Applied Mathematics & Computation

Turbulence

Advanced Fluid Mechanics

Advanced Fluid Mechanics Laboratory

Computational Fluid Dynamics

Any 1 Elective-III from: Advanced Computational Fluid Dynamics / Fluid-Structure Interaction / Boundary Layer Theory / Design of Pipe Networks

Any 1 Elective-I from: Aerodynamics / Wind Engineering / Research Methodology / Applied Elasticity / Bio-Fluid Dynamics

Any 1 Elective-IV from: Thermo-Fluid Dynamics / Design of Heat Exchangers / Design of Hydraulic Turbines / River Engineering

Any 1 Elective-II from: Multiphase Flow / Design of Experiments / Convective Heat Transfer / Gas Turbine and Jet Propulsion

Any 1 Elective-V from: Advanced Gas Dynamics / Industrial Aerodynamics / Design of Impeller Pumps / Condition Monitoring, Diagnosis and Predictive Maintenance of Pumps

Semester III

Semester IV

Special Study / Term Project / State of the Art / Colloquium Industrial / Research Training

Thesis/Project

Thesis/Project

 

MTech Fluids Engineering Job Opportunities in India

Following the 2-year course study, learners can find attractive opportunities in the fields of aircraft and automotive designing, power plant efficiency, research initiatives, and even manufacturing. The leading MTech Fluids Engineering jobs are thus listed in the table below, together with the details of their top recruiters and average salaries:

Job Profile

Experience (In years)

Top Recruiters

Average Salary (INR)

CFD Engineer

0-2

ANSYS, Siemens, Rolls‑Royce

3-4.5 LPA

Thermal Design Engineer

0-2

L&T, BHEL, Emerson

3.6-4.5LPA

R&D Engineer

3-6

ISRO, DRDO, Siemens

5-12 LPA

Flow Assurance Engineer

3-6

ONGC, ExxonMobil, Schlumberger

6-8 LPA

Thermal Power Engineer

7+

NTPC, BHEL, TATA Power

13-20+ LPA

Sales Engineer (Fluids Systems)

7+

Ingersoll Rand, Tekman, Huntsman

15-18 LPA

 

MTech Fluids Engineering FAQs

Is Fluid Mechanics and Fluid Engineering the same?

Although the terms fluid mechanics and fluid engineering are often used interchangeably, it should be noted that both have subtle characteristics that distinguish them from one another. Fluid mechanics is more of a theoretical study that provides an in-depth knowledge of the various fluid systems and their behavior, whereas fluid engineering is a blended theoretical and practical study that discusses the behavior and interactions of fluid systems, as well as how such data is analyzed for the purpose of design and development.

What is MTech Fluids Engineering all about?

MTech Fluids Engineering is a 2-year postgraduate program aimed at providing a thorough understanding of the sciences underlying the behavior and interaction of fluid systems with their environment, with the purpose of analyzing the current fluid systems and, eventually, using that knowledge to design and develop new ones.

Are there any mandatory subjects that must be studied in a bachelor's degree to be eligible for MTech Fluids Engineering?

There are no specific subjects that must be studied in a bachelor's degree to be eligible to apply for MTech Fluids Engineering, however, the candidate must have completed a bachelor's degree in technology or engineering fields or a master's degree in science or a related field with at least a 60% score to be eligible to apply.

Can MTech Fluids Engineering graduates pursue a PhD in Fluid Mechanics or related subjects?

Yes, MTech Fluids Engineering graduates are qualified to pursue research or Ph.D. opportunities in Fluids Mechanics or related fields. In fact, the course's holistic curriculum has been designed in a multidisciplinary manner based on the various engineering disciplines, assisting learners in developing advanced and industry-relevant skills and knowledge, thereby qualifying them to pursue research initiatives and further studies in the same.

What should be done in the "thesis" for the last year of MTech Fluids Engineering?

A thesis in the MTech Fluids Engineering curriculum is essentially a research paper written by a student based on research undertaken by him/her in fluids engineering or related topics as a final year requirement for the degree. Under this, the student is essentially required to choose a problem or argument connected to the degree's specialization and try to solve or defend it using appropriate and relevant evidences, facts, and statistics.

Are any mandatory internships a part of the 2-year MTech Fluids Engineering curriculum?

No, being a postgraduate degree, MTech Fluids Engineering does not usually include internships, which are often part of bachelor's degree courses. At the Master's level, the emphasis is on the development of advanced and specialized studies that allow learners to acquire research capabilities, and hence, MTech Fluids Engineering, rather than internships, typically includes research projects, thesis, or dissertation.

Explore Other Popular M.Tech. in Fluids Engineering Colleges

Exam Accepting

Explore Popular M.E./M.Tech Courses

Loading exam list...

Students learning mobile

Your opinion matters to us!

Rate your experience using this page so far.