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




    2 YEARS


    Metallurgical Engineering


    Post Graduation

M.Tech in Process Engineering Colleges, Eligibility and Salary

Stream: Engineering

Duration: 2 Years

Course: Process Engineering

Course Type: Post Graduation

M.Tech in Process Engineering or Process Design Engineering is a postgraduate engineering course which focusses on the design, operation, control, optimization and intensification of chemical, physical, and biological processes. Process Engineering is involved in many industries including chemical, petrochemical, agriculture, mineral processing, advanced material, food, pharmaceutical, software development and biotechnological industries. Therefore, universities offer this course in combination with other major branches of engineering.

M.Tech Colleges in West BengalM.Tech Colleges in MaharashtraM.Tech Colleges in OrissaM.Tech Colleges in Uttar Pradesh

The duration of this technical course is 2 years and the minimum eligibility to pursue the course is a B. Tech degree in Process Engineering or related subject from a recognized institute with minimum 50% marks or equivalent CGPA.

M.Tech in Process Design Engineering helps create professionals who are equipped with the domain knowledge of various processing steps involved in Chemical /Petroleum /Petrochemical industries and provide them an understanding of methods to transform raw materials into finished products in an optimal way. In this course, students are equipped with the requisite skillset to select an appropriate plant/ process design, determine the economic viability, safety, and quality of the product and its environmental impact through a rigorous, industry- oriented theoretical and practical curriculum.

The course provides a sound foundation for graduates wishing to pursue a career in process engineering with specialization in chemical engineering, electrical engineering, communications, control systems, robotics or sensor systems through a diverse range of theoretical subjects and practical experience of real time applications and design experience. The modules of this program are designed with the objective of training the students to plan, design, install, operate, control and maintain complex systems that produce, treat and use materials and fuels.

M.Tech. Process Engineering: What is it About?

M.Tech Process Engineering involves a series of steps that are used by the engineering team to guide them through various engineering processes in order to create a specific product. Process engineering involves translating the requirements of the customer into production facilities that convert raw materials into value-added components. In the next step, these components are transported to the next stage of the supply chain, typically known as packaging engineering. However, some larger- volume processes such as petroleum refining processes transfer the products into transportation (trucks or rail) that are then directed to distributors or bulk outlets.

The main objective of this course is to strive for efficient production, utilization and management of different processes including chemicals, petrochemicals, or others. Primary emphasis is given to the identification of appropriate technologies for the efficient production, distribution and use of chemicals and it also focuses on the dynamics of the various process equipment and their control. This specialization course leads to employment in private and public sectors, heavy chemicals and petroleum industries, design and manufacturing units and research institutions.

Students who want to enhance their knowledge and skills in chemical processes and other process engineering methods may apply for this course. The course is suitable in providing adequate understanding to graduates beginning from roles and responsibilities of a Process Design Engineer to development of final steps of process design engineering documents such as Piping & Instrumentation Diagrams (P&ID). Those interested in learning about the detailed steps involved in the designing and manufacturing of a product, may apply for this course.

Usually in M. Tech courses, students are needed to work on long-term research- oriented projects or to be involved in other activities such as field work, plant visits, and others. There is a huge scope for this field in industries, factories related to pharmaceuticals, food, biotechnology, environmental, health care, to name a few, and the starting salary package is excellent considering the technical post graduate degree.

M.Tech in Process Engineering Course Highlights Table

Name of the courseM. Tech in Process Engineering
Course LevelPost Graduate
Duration2 years, full time
Examination TypeSemester System
Eligibility B. Tech/BE in Chemical Engineering/ Chemical Technology/ Petro Chemical Engineering/ Petroleum Engineering with minimum 50% aggregate marks
Admission ProcessBased on GATE score or Entrance Exam results conducted by the university or marks obtained in graduation
Average Course FeeINR 1 Lakh to 5 Lakh
Average Starting SalaryINR 3 Lakh to 8 Lakh
Top Recruiting CompaniesAdani Group, Deloitte, GAIL (Gas Authority of India Ltd.), General Motors, IndiGo Airlines, Infosys, Jindal Group, Kingfisher, L&T, Tata Power Delhi Distribution, Reliance, BHEL, NTPC, TCS, Flextronics Technologies, Sun Pharmaceuticals

Top Institutes Offering M.Tech in Process Engineering

The average tuition fee for this course ranges between INR 1 Lakh to INR 5 Lakh. A fresh postgraduate of Process Engineering can earn an annual salary between INR 4 Lakh– INR 6 Lakh which increases gradually with experience and skillset.

 1.Indian Institute of Technology (IITB) BombayMumbai, Maharashtra43,126Candidates should have a B. Tech/ B.E. / B.Sc. degree in 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 2 years of relevant work experience are exempted from this GATE criterion provided their candidature is sponsored by the employer.
 2.University of Petroleum and Energy Studies (UPES)Dehradun, Uttarakhand244,000
  • Candidate must have completed B. E/ B. Tech in Chemical Engineering/ Chemical Technology/ Petro Chemical Engineering and Petroleum Engineering from a recognized University with minimum 60% marks in aggregate.
  • Candidate should have scored minimum 60% marks in aggregate at Higher & Senior Secondary level (10th & 12th)
Candidates appearing in the final year examinations can also apply on provisional basis.
Admissions will be purely on the basis of merit. Selection is based on screening of application and interview. Candidates are selected based on UPES MEET (Non-GATE candidates)/ GATE marks/score and performance in Personal Interview.
 3.Hindustan Institute of Technology and Science (HITS)Tamil Nadu80,750A B.E/B. Tech in EIE/ECE/EEE/E&I/E&C/ Electronics/ Instrumentation, or any other relevant stream with minimum 50% aggregate marks (45% for SC/ST candidates).Selection of candidates is based on score obtained in graduation. Last date to apply for M. Tech admission is in April and form is available on the official website of the university. GATE score is also acceptable.
 4.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% aggregate marks or equivalent CGPA obtained through the 10+2+4 system of education. A relaxation of 5% marks is given to SC/ST/.Admission to M .Tech is based on the candidates’ GATE score followed by the centralized counselling jointly conducted by all National Institutes of Technology (CCMT).


Like any other M. Tech course, the duration of Process Engineering is 2 years, spread over 4 semesters. Each semester is usually 6 months long. The 1st year of the course provides students definite theoretical knowledge and practical experience whereas the last year mainly focuses on dissertation and project submission.

Eligibility Criteria for M.Tech in Process Engineering

To pursue M. Tech Process Engineering, candidates should have a B. Tech/ B.E. in Process Engineering or allied branches (Chemical Engineering/ Petrochemical/ Electrical/ Computer Science) from any recognized university obtained through the 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 to 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.

M.Tech in Process Engineering: Admission Process

Selection in engineering colleges for this discipline is based on performance in the GATE entrance examination. Universities also conduct their own entrance exam followed by an interview round in some cases. A few of them also provide direct admission based on score obtained in graduation. The last step of the admission process involves counselling based on performance in the entrance test or any qualifying exam.

Admission is based on performance in entrance examinations (national/State level/university level) followed by a Personal Interview round. IITs and NITs prefer students who have successfully cleared GATE. Shortlisted students need to attend a round of counselling once they successfully clear the entrance examination or meet the eligibility criteria.

Listed below are a few entrance examinations conducted for availing admission to M.Tech:

M.Tech Colleges in Andhra PradeshM.Tech Colleges in GujaratM.Tech Colleges in JharkhandM.Tech Colleges in Meghalaya

Graduate Aptitude Test in Engineering (GATE)

GATE is an All-India examination that is conducted jointly by the Indian Institute of Science (IIS), Bangalore and 7 Indian Institutes of Technology (IITs), namely IIT Bombay, IIT Delhi, IIT Guwahati, IIT Kanpur, IIT Kharagpur, IIT Madras and IIT Roorkee. The objective is to test the students’ understanding of various undergraduate subjects in engineering and science. The entrance exam is primarily held for admission to post graduate courses in the field of engineering, technology, architecture and science. The GATE score is used for admissions to various PG programs.

Application form is available online from the 1st week of September and the last date to apply is in the 1st week of October. To apply for GATE for M. Tech courses, candidates should have completed 4 years of graduation after 10+2. Final year students are also eligible to apply. The online test is a multiple choice and numerical- type exam divided into 3 sections: General Aptitude, Engineering Mathematics and respective subject- specific knowledge.

UPES M.Tech Engineering Entrance Test (UPES MEET)

University of Petroleum and Energy Studies (UPES) conducts UPES MEET every year for M. Tech admissions. The engineering entrance test is conducted in 3 phases for non-GATE candidates. It is an online test and the scores can be used for admissions to postgraduate engineering courses offered by the university. Candidates with valid GATE scores are given direct admissions but the remaining ones need to appear for the UPES MEET to qualify for admissions. Application form is available from the 3rd week of October and the last date to apply is in February. Phase I is held in February, Phase II in April and Phase III in June. The test consists of questions from sections including General Aptitude, English, Engineering Mathematics, and General Engineering.

M.Tech in Process Engineering: Career Prospects and Job Opportunities

A process engineer can work in various fields like oil and petrochemical companies, engineering consulting firms, water treatment plans, chemical manufacturers, pharmaceutical manufacturers, companies dealing with recycling and environmental protection, nuclear plants, insurance firms that involve refinery inspections, and many others. Job opportunities are endless for a process engineer with attractive remuneration. A present, the demand for process engineers is rapidly increasing in both private and public sectors since there are numerous manufacturing plants and industries. With experience and skillset, process engineers can move into senior and supervisory positions. The work of a Process Engineer deals with designing, developing, installing and maintaining equipment which is used to monitor and control engineering systems, machinery and processes.

Some of the main prospective areas of employment for M. Tech Process Engineering Graduates are listed here:

  • University Professors
  • Pharmaceuticals Sector
  • Health Care Industry
  • Pulp and Paper Industry
  • Food Processing Industry
  • Biotechnology Sector
  • Environmental Health and Safety Hazards
  • Cement and Fertilizer Plants
  • Petroleum Refineries
  • Plastic and Yarn Manufacturing Companies
  • Food and Mineral Processing Factories
  • Thermal Power Stations
  • Steel Plants

Also, listed here are some of the popular Process Engineering- related job profiles:

  • Process Development Engineer in Chemical/Steel Plant/Petrochemical/Fertilizer
  • Design Engineer for Liquefaction & Gasification
  • Process Design Engineer
  • Plant Modification Engineer
  • Process Plant & Equipment Design Engineer
  • Research & Development (R&D) Engineer
  • Chassis Design Engineer
  • Business Process Engineer
  • Scientist
  • Chemical Engineer

M.Tech in Process Engineering: Academic Options

Since it is a research- oriented field, students with an M. Tech degree in Process Engineering can go for doctoral courses (M. Phil or Ph.D.) offered by many top institutes. IITs and NITs offer research programs in Process Engineering wherein the students can apply their knowledge in formulating a new theory and later, work as professors in colleges.

Compiled below is a list of the major job titles and profiles along with corresponding remunerations offered in the field of Process Engineering:

M.Tech in Process Engineering

Job TitleJob ProfileAverage Annual Salary in INR
Process Development EngineerProcess development engineers plan, design and execute cost-effective production systems for a variety of industries, such as mining or manufacturing, in order to enhance the speed and quality of processing, and ensure that the produced items comply with government regulations and industry standards. They design and implement manufacturing, mining, and other production systems. 252,224 – 710,213 Senior Process Engineer - 1,948,658
Process Design Engineer Process Design Engineers (or Chemical engineers) are responsible for the chemical, biochemical and/or physical processes and machinery used to transform raw materials into valuable products. They are also responsible for developing new industrial processes and designing new process plants and equipment or modifying existing ones. 417,828 – 1,347,008
Plant EngineerPlant engineers work in manufacturing environments directing smooth operation of the plant. Plant engineers typically work for power plants and manufacturing establishments. 308,596
Research & Development (R&D) Engineer R&D Engineers conductt research and development activities for an organization. They apply research theories, principles, and models when conducting experiments and research activities and are responsible for summarizing research results and communicating findings to internal and external bodies. 241,350 –1,225,018

M.Tech in Process Engineering: Course Structure and Syllabus

M. Tech in Process Engineering enables students to develop an in-depth understanding of theoretical concepts and practical application which is further enhanced through active involvement of students in research work, regular workshops and guest lectures by domain experts from respective industries. Given below is a semester- wise breakup of the course’s syllabus.

SemesterTheoretical SubjectsPractical Subjects
Semester I
  • Transport Phenomena
  • Chemical Engineering Computing
  • Advanced Thermodynamics
  • Chemical Reactor Engineering and Design
  • Fluid Flow and Heat Transfer Equipment Design
  • Petroleum Refining, Petrochemicals and Polymers
  • Chemical Engineering Computing Lab
  • (6 weeks)
Core Courses
  • Plant Simulation
Semester II
  • Process Design and Flow Sheeting
  • Process Modeling and Simulation
  • Mass Transfer Equipment Design and Separation Processes
  • Principles of Chemical Process Safety
  • Elective 1 from among a basket of available courses given below
  • Elective 2 from among a basket of available courses given below
(ELECTIVES) Available basket
  • Systems Analysis and Optimization
  • Project Management and Contract Administration
  • Advanced Process Control+
  • Advanced Process Control Lab
  • Biochemical Engineering
  • Gasification Technology
  • Polymer Engineering
  • Plant Utility Equipment and Systems
  • Catalysis and Catalytic Materials
  • Elective Lab (if applicable)
Semester III
  • M.Tech Dissertation I (including two seminars)
Semester IV
  • M.Tech Dissertation II (including two seminars)