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Master of Technology [M.Tech] (Fluids Engineering)

  • STREAM

    ENGINEERING

  • DURATION

    2 YEARS

  • COURSE

    Mechanical Engineering

  • COURSE TYPE

    Post Graduation

M.Tech in Fluids Engineering Colleges, Syllabus, Scope and Salary

Stream: Engineering
Duration: 2 Years

Course: Fluids Engineering

Course Type: Post Graduation

Master of Technology (M.Tech) in Fluids Engineering or Fluid Mechanics is a postgraduate engineering course concerned with the mechanics of fluids such as liquids, gases, and plasmas and the forces acting upon them. Fluid mechanics is applicable in many engineering branches such as mechanical engineering, civil engineering, chemical engineering, geophysics, astrophysics, and biology.

There are two branches of the discipline:

  • Fluid Statics – study of fluids at rest
  • Fluid Dynamics – study of fluids in motion

The duration of this technical course is 2 years and the minimum eligibility to pursue the course is a Bachelor of Technology (B. Tech) degree in any engineering discipline from a recognized institute with minimum 50% marks in aggregate or equivalent CGPA.

Selection in engineering colleges for this field is done based on either the candidate’s GATE score or performance in any of the university- specific entrance exams followed by rounds of interview in some cases. A few institutes also provide direct admission based on the candidate’s score obtained at the level of graduation. The last step of the admission process involves counselling considering the marks obtained in the entrance test or another qualifying exam.

ME/M.TECH Colleges In MaharashtraME/M.TECH Colleges In Uttar PradeshME/M.TECH Colleges In HaryanaME/M.TECH Colleges In Tamil Nadu

The average tuition fee for this course in India ranges between INR 1 and 5 Lacs. A fresh postgraduate of Fluids Engineering can earn an annual salary ranging between INR 4 to 6 Lacs, increasing gradually with experience and skillset.

M.Tech in Fluids Engineering: Course Highlights

Name of the courseM. Tech in Fluids Engineering
Course LevelPost Graduate
Duration2 years, full time
StreamEngineering
Examination TypeSemester System
Eligibility B. Tech/B.E. in Aerospace/ Aeronautical/ Mechanical/ Civil/ Chemical Engineering with minimum 50% marks in aggregate
Admission ProcessBased on GATE score or Entrance Exam results conducted by the university or marks obtained in the graduation
Average Course FeeINR 1 to 5 Lacs
Average Starting SalaryINR 3 to 8 Lacs
Top Recruiting CompaniesIndian Space Research Organization (ISRO), National Aerospace Labs (NAL), IBM India Ltd, Nationstar Mortgage, Hyundai, GE (Oil & Gas), Cognizant Technologies, Infosys, HCL Technologies, ZOHO Corp., Tavant Technologies, Webel, Websol Energy System Ltd., Lanco Infratech, KEI Industries, Jindal Steel and Power, Reliance, Adani Group

M.Tech in Fluids Engineering: What is it About?

The program is designed to familiarize students, on an advanced level, with different aspects of Fluid Statics and Computational Fluid Dynamics (CFD), which constitute the core concepts of creating a computational, virtual environment of any physical system that involves fluids and heat transfer.

The program aims to offer theoretical training in the thermal and fluid sciences combined with simulation and experimental skills applied to aerospace, power plant and gas turbines research. The program equips students with the skills to create designs related to linear and non-linear steady state/ transient heat transfer, steady and unsteady fluid flow, flow through porous media, open channel flow, multi-phase flows, fluid structure interactions viz estimation of thermal and pressure loads and coupled field analysis.

The course also trains students in experimental techniques like flow visualization, combustion diagnostics, particle characterization and other recent imaging techniques adopted in the field of thermal research.

Usually, M.Tech. courses require students to work on long-term research- oriented projects or be involved in other activities such as field work, plant visit and others.

Top Institutes Offering M.Tech in Fluids Engineering

Listed below are some of the top institutes offering the course in the country with the corresponding locations and fees charged by each.

SR.NO.COLLEGE/INSTITUTESTATETUITION FEES (PER YEAR) in INRELIGIBILITY CRITERIAADMISSION PROCEDURE
1.Indian Institute of Technology GuwahatiGuwahati, Assam51,700Candidates need to have a B. Tech/ B.E. / B.Sc. degree in the relevant stream with first class or 60% marks in aggregate (55% for SC/ST candidates) from a recognized university.Admission is based on GATE score. Candidates with two years of relevant work experience are exempted from such score, provided their candidature is sponsored by the employer.
2.Indian Institute of Technology MadrasChennai, Tamil Nadu55,476B.E/ B. Tech first class or 60% marks in aggregate.GATE- qualified candidates are given admission to this course.
3.Indian Institute of Technology DelhiDelhi59,150B. Tech. / M.Sc. or equivalent with a CGPA of 6.75 or 60% marks in aggregate for general category, and 55% marks for reserved category. Students with a B. Tech. from any of the IITs with CGPA of 8 without GATE are also eligible for admission.Candidates should have qualified GATE. The admission process also includes group discussion and interview rounds.
4.Indian Institute of Technology KanpurKanpur, Uttar Pradesh33,184B. Tech. / M.Sc. or equivalent with 60% marks in aggregate for general category, and 55% marks for reserved category.Admission is through GATE.
5.National Institute of Technology, JamshedpurJamshedpur, Jharkhand96,000Bachelor’s Degree in Engineering/ Technology in the relevant discipline with a minimum 6.5 CGPA or 60% marks in both Bachelor’s and Master’s levels from a recognized university. (Minimum 6.0 CGPA or 55% marks for SC/ST candidates).Admission is based on GATE score.
6.Motilal Nehru National Institute of Technology AllahabadAllahabad, Uttar Pradesh81,889Candidates need to have a Bachelor's degree in Science or equivalent degree (Civil Engg./ Agricultural Engg.) with Math/Computer Science as one of the subjects. Candidates having an aggregate of 60% marks in graduation are eligible to apply for admission to MNNIT.Admission is through GATE.
7.University of Petroleum and Energy Studies (UPES)Dehradun, Uttarakhand244,000Candidates need to have completed B.E./ B. Tech in Aerospace/ Aeronautical/ Mechanical/ Civil/ Chemical Engg. from a recognized university with minimum 60% marks in aggregate. Candidates should have scored minimum 60% marks in aggregate at Higher & Senior Secondary levels (10th & 12th). Those appearing in the final year can also apply on provisional basis.Admissions is based on merit. Selection is based on screening of applications and interviews. Candidates are also selected based on UPES MEET (Non-GATE candidates)/ GATE marks/score and performance in Personal Interview.
8.Maulana Azad National Institute of TechnologyBhopal, Madhya Pradesh82,530Candidates should have a Bachelor’s degree – BE/ B. Tech in Chemical Engineering or allied branches with minimum 55% marks in aggregate or equivalent CGPA obtained through the 10+2+4 system of education. A relaxation of 5% marks is given to SC/ST/.Admission is based on GATE score of the candidates followed by the centralized counselling jointly conducted by all National Institutes of Technology (CCMT).
9.Amrita Vishwa VidyapeethamCoimbatore, Tamil Nadu140,250Minimum score of 60% in aggregate in B.E./ B. Tech in any one of Mechanical Engineering, Automobile Engineering, Chemical Engineering, Aerospace Engineering or equivalent subject.Admission is based on GATE score followed by the round of interview conducted by the university.
10.LBS Engineering CollegeBovikanam, Kerala58,400Candidates should have a minimum of 60% marks in aggregate in Mechanical Engineering/Mechanical stream Automobile engineering/ Mechanical stream Production Engineering Degree Examinations or equivalent. For SC/ST Candidates, graduation in Mechanical Engineering / Mechanical stream Automobile engineering/Mechanical stream Production Engineering Degree Examinations or equivalent course is sufficient.Admission is based on GATE score.

M.Tech in Fluids Engineering: Course Duration

The duration of the course is two years, spread over four semesters. Each semester is usually 6 months long. The first year of the course provides a definite theoretical knowledge and practical experience whereas the last year mainly focuses on dissertation and project submission.

Eligibility for M.Tech in Fluids Engineering

To pursue M.Tech Fluids Engineering, candidates should have a B.Tech/ B.E. in Fluids Engineering or allied branches (Aerospace/ Aeronautical/ Mechanical/ Civil/ Chemical Engineering) from any recognized university obtained through 10+2+4 system of education. The minimum percentage required is 50% (differs from institute to institute) in aggregate or equivalent CGPA in graduation. A relaxation of 5% marks is given for reserved category (SC/ST/OBC) candidates. Students in the last semester of their graduation are also eligible to apply for the course, provided they fulfill the eligibility criteria.

ME/M.TECH Colleges In Madhya PradeshME/M.TECH Colleges In KarnatakaME/M.TECH Colleges In Andhra PradeshME/M.TECH Colleges In Tegangana

Admission Process for M.Tech in Fluids Engineering

Admission to M. Tech in Fluids Engineering is based on candidates’ performance in the relevan entrance examinations (national/ State/ university level) followed by a round of Personal Interview. IITs and NITs prefer students who have successfully cleared the Graduate Aptitude Test in Engineering (GATE).

A few engineering institutes provide direct admission to eligible candidates on the basis of their performance at the level of graduation. Shortlisted students are needed to attend counselling once they successfully clear the entrance examination or meet the eligibility criteria.

Graduate Aptitude Test in Engineering (GATE) and UPES M. Tech Engineering Entrance Test (UPES MEET) are the main entrance examinations conducted in India for admission to the program:

M.Tech in Fluids Engineering: Academic Options

Since the program is research- oriented, students with an M. Tech degree in Fluids Engineering can go for doctoral courses (M. Phil or Ph.D.) offered by a range of top institutes.

M.Tech in Fluids Engineering: Career Prospects

Listed below are the major areas of employment open to successful for M. Tech in Fluids Engineering postgraduates:

  • Railways
  • Solar Energy sector
  • Agribusiness
  • Steel and power industries
  • Renewable energy
  • Milling Machine
  • Water tube boiler
  • Pipeline Materials
  • Multi-physics
  • Power-analysis
  • Colleges & universities

Some of the popular professional avenues open to such postgraduates are listed below with the corresponding salaries offered for the respective positions.

Annual Salary in Fluids Engineering

Job TitleJob DescriptionAverage Annual Salary in INR
Thermodynamic EngineerThe role involves overseeing the planning and production of various products or machinery to ensure their safety, if they are cost-effective and of acceptable quality. The engineer employs concepts in thermodynamics when they are designing and developing equipment or products, which can be quite complex, such as a solar energy system.3,37,899
 Mud EngineerThe role involves creating mud, or a mixture of fluids, clay and other minerals, that are used in the process of drilling for oil or gas. With a background in engineering or drilling, they work with other engineers and geologists. 5,00,000
 Aerospace EngineerThe role involves directing and coordinating the design, manufacture, and testing of aircraft and aerospace products. The engineer evaluates designs to see that the products meet engineering principles, customer requirements, and environmental challenges. Aerospace Engineers are also involved in the development of new technologies that are used in aviation, defense systems, and spacecraft.819,946
Mechanical EngineerThe role involves creating solutions and solving problems in the design and implementation of moving parts in a range of industries. The engineer provides efficient solutions to the development of processes and products, ranging from small component designs to extremely large plant, machinery or vehicles. 3,37,899
Research & Development (R&D) EngineerThe role involves research and development activities for an organization, application of research theories, principles, and models when conducting experiments and research activities, and summarizing research results and communicating findings to internal and external bodies. 5,50,000

M.Tech in Fluids Engineering: Syllabus and Course Structure

A semester- wise breakup of the course’s syllabus is tabulated below.

SemesterTheoretical SubjectsPractical Subjects
Semester I
  • Introduction to CFD
  • Introduction to Fluid Dynamics
  • Advanced Heat & Mass Transfer
  • Compressible Flows
  • Finite Differences & Finite Volumes Method Analysis
  • Finite Elements and Boundary Elements Analysis
  • CFD Lab
Semester II
  • Geometric Modeling and Grid Generation Techniques
  • Laminar and Turbulent Flows
  • Reaction Fronts and Combustion Analysis
  • Introduction to Multiphase Flow
  • Visualization of Advanced Fluid Flow and Flow Diagnostics
  • Advanced Computational Techniques
  • Seminar on Assigned Topics
  • Lab - Computational Technique with MATLAB Programming
Semester III
  • Software Engineering and Project Management
  • Usage of CFD in Multidisciplinary Applications
  • Commercial CFD Software Applications
  • High Performance and Parallel Computing Applications for CFD
  • CFD Industrial Application Project
  • Summer Internship
  • Summer Internship Seminar
  • Project I
  • LAB - Commercial CFD Software Applications
Semester IV
  • Project -II
-

Elective courses included in the curriculum are listed here

  • Boundary Layer Theory
  • Introduction to Turbulence
  • Gas Dynamics
  • Flow Induced Vibrations
  • Design of Heat Exchanger Equipment
  • Turbo Machines
  • Design of IC Engines and Systems
  • Chemical Reactor Analysis
  • Two-phase Flow and Heat Transfer
  • Gas Turbine Theory and Design
  • Micro and Nano Scale Thermal and Fluids Engineering
  • Cryogenics
  • Renewable Energy
  • Aerodynamics
  • Instrumentation and Process Control