M.Tech in Chemical Engineering is a postgraduate course in engineering. The course is offered in 4 consecutive semesters. Concept of heat transfer and mass transfer are mainly covered under the course study. The course study includes both compulsory subjects as well as elective ones (in the first year). The second year comprises project work as well as seminars.  Bio chemical engineering, thermodynamics, environmental engineering, process control, semi conductor processing, etc are the main topics covered under the course. The master’s level course helps the candidate to gain deep knowledge in the design of heat resisting vessels, furnaces, etc used in chemical reactors.

Advantages or Benefits of Master of Technology in Chemical Engineering

Chemical engineering offers wide benefits to the society and also to the individuals. The technical course can find application in waste reduction and also in areas of biohazard clean up. The course study helps the candidate to carry out research in interested areas of chemical engineering. Apart from this, the candidate can find job opportunities especially in petroleum and chemical industries.

Eligibility required for Master of Technology in Chemical Engineering

The candidates who have completed B.Tech/B.E course in Chemical Engineering are eligible to apply for the course. The admission to the course is offered on the basis of the score obtained in GATE exam. The candidate should possess minimum 60% marks in the qualifying examination to appear for the GATE exam. Certain colleges carry out their own entrance exam for the selection purpose.

Admission Procedure of Master of Technology in Chemical Engineering

The admission details can be collected from the official website of the institution that offers the course. The candidate can apply for the course through the website itself. The candidate should mention the mark in the XII class, the GATE score, the personal details, etc in the application form. Filled forms must be send to the concerned address before the last date.

Colleges offering Master of Technology in Chemical Engineering

• Anna University - Chennai
• Anuradha Engineering College
• Aryabhatta Knowledge University (AKU)
• B.R. Ambedkar National Institute of Technology - NIT Jalandhar
• Bharati Vidyapeeth College of Engineering
• Birsa Institute of Technology
• C.M.J. University
• Cochin University of Science and Technology
• Deenbandhu Chhotu Ram University of Science and Technology
• Gautam Buddh Technical University
• Government Engineering College, Ujjain
• Government Engineering College, Thrissur
• Haldia Institute of Technology
• Harcourt Butler Technological Institute
• Indian Institute of Knowledge Management
• Indian Institute of Space Science and Technology
• Indian Institute of Technology - IIT (BHU)
• Indian Institute of Technology - IIT Kharagpur
• Indian Institute of Technology - IIT Madras
• Institute of Technology, Gujarat
• Jaypee Institute of Engineering and Technology
• M.V.J. College of Engineering
• Malaviya National Institute of Technology
• National Institute of Technology - NIT Durgapur
• National Institute of Technology - NIT Karnataka
• National Institute of Technology - NIT Rourkela
• National Institute of Technology - NIT Warangal
• Nirma University
• North Maharashtra University
• Padmasri Dr. B.V. Raju Institute of Technology
• Punjab Technical University
• S.B.S. College of Engineering and Technology
• S.V.U. College of Engineering
• Sardar Vallabhbhai National Institute of Technology
• Shaheed Bhagat Singh College of Engineering and Technology
• Siddagainga Institute of Technology
• Srei Venkateswara College of Engineering
• Visvesvaraya Technological University
• West Bengal University of Technology

Course Curriculum of Master of Technology in Chemical Engineering: M. Tech Chemical Engineering

Semester-I

• Chemical Engineering Modeling and Optimization
• Heat, Mass and Momentum Transfer
• Modern Methods of Instrumental Analysis
• Instrumental Analysis & Engineering Lab. (PR)
• Process Dynamics and Control

Semester-II

• Mass Transfer with Multiphase System
• Reaction Engineering and Nano Catalysis
• Chemical Equipment Design
• Pollution Control in Chemical Industries
• Membrane separation operations
• Modern Methods of Extraction
• Biochemical Engineering
• Polymer Reaction Engineering
• Science & Technology of nano-medicines

Semester-III

• Seminar
• Project

Semester-V

• Project

Text Books on Master of Technology in Chemical Engineering

• Chemical Process Design and Integration by Robin Smith
• Product & Process Design Principles by Warren D. Seider, J. D. Seader and Daniel R. Lewin
• Heat Exchanger Network Synthesis by U. V Shenoy
• Piping Handbook by M.L. Nayyar
• Piping Design Handbook by Johan J McKetta
• Chemical Engineering by R K Sinnott
• Process Equipment Design by M V Joshi
• Introduction to Process Engineering and Design, by Shuchen B. Thakore and Bharat I. Bhatt Tata
• Membrane Technology and Applications by Richard W Baker
• Separation Process Principles by J. D Seader and Ernest J Henley
• Separation Processes by C. Judson King
• Process Plant Design – Project Management from Inquiry to Acceptance, Frank Peter Helmus
• Project management in Emerging Environment of Globalization, by Ramaraju Thirumalai
• Basic communication skills for Technology – Andrea J. Rutherford (person)
• Technical writing process and product- Shron J. Gerson (person)
• Technical communication – principles and practices – Meenakshi Raman (Oxford)
• Business correspondence and report writing – R. C. Sharma, Krishna Mohan
• Chemical Process Development, by Jordan
• Product and Process Design Principles-Synthesis, Analysis and Evaluation by D Seader and D R Lewin
• Analysis, Synthesis and Design of Chemical Processes, by R Turton, R C Bailie, W B Whiting
• Chemical and Catalytic Reaction Engineering by James J. Carberry, Dover Publications
• Chemical Reactor Design for Process Plants by H.F. Rase, Wiley-International Publication
• Chemical Reactor Analysis and Design, by G.F. Froment and K.B. Bischoff, Jhon Wiley & Sons
• Process Modeling, Simulation and Control for Chemical Engineers by William L. Luyben
• Analysis, Synthesis and Design of Chemical Processes, by R Turton, R C Bailie
• Product and Process Designing Principles-Synthesis, Analysis, and Evaluation by  D Seader and D R Lewin

Job and Career after Master of Technology in Chemical Engineering

Master degree holders in chemical engineering can find wide career opportunities in academics as well as in industry. The candidate can apply for Lecturer/Professor jobs in government as well as private engineering colleges. The candidate can work in firms dealing with biotechnology and also in power production. Oil and Petroleum industries are one of the major areas where the candidate can find placement. These professionals are highly demanded in waste managing firms and also in firms dealing with environmental control. The different areas where PG Chemical engineering graduates can work are mentioned below.

• Aerospace
• Biotechnology
• Chemical Plant
• Computer Systems
• Food industries
• Health Care
• Mining industries
• Nuclear Engineering
• Oil and Natural gas industry
• Petrochemicals engineering
• Paper Manufacturing
• Waste Treatment
• Water Treatment
• Textile manufacturing

Remuneration after Master of Technology in Chemical Engineering

The salary packages offered to the candidate depends on the industry where the candidate intends to work. Candidates looking for teaching positions in government colleges can expect a salary of approximately Rs. 30,000/- per month in the initial stage. Those working in Oil and Natural gas industry can expect good salary from the entry-level itself. The sector offers compensation with in the range of Rs. 50,000/- to Rs. 1 lakh per month for candidates who have got 2-3 years experience.