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MTech in Chemical Engineering from BTU Course Overview
MTech in Chemical Engineering at Bir Tikendrajit University places a significant emphasis on various critical aspects such as chemical process design, industrial operations, and the engineering systems utilized in plants. Students engage deeply with the principles of thermodynamics, reaction engineering, and process control, which form the foundation of this field. The comprehensive curriculum covers essential topics including mass transfer, fluid mechanics, and industrial safety systems, ensuring a well-rounded education. Through this program, learners develop robust analytical skills and enhance their ability to optimize processes effectively. Practical training encompasses plant simulations and various laboratory experiments, equipping students with hands-on experience. This structured program thoroughly prepares students for diverse and rewarding careers in the chemical and process industries.
Eligibility
BTech or BE in Chemical Engineering or related discipline from a recognized university.
Bir Tikendrajit University Advantages
- UGC Recognized State Private University
Established under Manipur State Act and recognized by UGC for valid degree programs. - Diverse Professional Programs
Offers career-oriented courses across management, IT, education, and humanities. - Student-Centric Learning Approach
Focus on accessible education with flexible learning support for students.
MTech in Chemical Engineering from BTU Course Syllabus
1st Semester
- Advanced Chemical Reaction Engineering
- Advanced Chemical Engineering Thermodynamics
- Advanced Separation Technology
- Advanced Transport Phenomena
- Computer Aided Process Engineering
- Advanced Chemical Engineering Research Lab
- Computer Aided Process Engineering Lab
- Scientific Writing and Publication Ethics
2nd Semester
- Advanced Process Control
- Software Process Simulation Lab
- Elective-I (Unit Operations & Processes in Environmental Engineering / Energy Conversion Device Engineering)
- Elective-II (Chemical Process Synthesis / Renewable & Non-Renewable Energy)
- Elective-III (Colloids & Interfacial Science & Engineering / Carbon Sequestration & Clean Development Mechanism)
- Elective-IV (Materials Modeling & Simulation Techniques / Nano-science & Energy Storage / Computational Fluid Dynamics)
- Research Methodology
3rd Semester
- Project Phase – I
4th Semester
- Project Phase – II
MTech in Chemical Engineering from BTU Course Fee Structure
We offer flexible payment options that let students pay the program fee in convenient installments.
Indian Nationals
Installment Plan
INR 40,000 X 2
Full Course Fee
INR 80,000
International Students
Installment Plan
INR 80,000 X 2
Full Course Fee
INR 1,60,000
Important Note:
The above fee structure is applicable for the current academic session. Fees once paid are non-refundable as per university guidelines. Students are advised to confirm the latest fee details with the admission counsellor before enrollment.
Admission Process
Complete your admission by following the simple steps below.
Application
Submit the enquiry form. Our admission counsellor will contact you for further guidance.
Document Submission
Share the required academic documents, ID proof, latest photograph and signature.
Fee Payment
Pay the applicable fee for the first year or full course as guided by the counsellor.
Admission Confirmation
The university will evaluate your documents to confirm your admission.
Get a Recognized Degree
Globally Accepted
Graduate with UGC-entitled and internationally accepted online degrees.
Equivalent to a Regular Program
Enjoy the same academic standards, credibility, and recognition as a traditional classroom degree.
Awarded by the University
Receive your final degree certificate directly from the university upon successful completion of the program.
MTech in Chemical Engineering from BTU Career Prospects
Graduates can work in chemical plants, process industries, and research organizations.
Program Outcomes
Students gain expertise in chemical process design, industrial systems, and plant operations. They learn advanced process simulation and optimization techniques. The program builds readiness for chemical engineering careers.
Career Pathways
- Process Engineer
- Chemical Plant Engineer Assistant
- Production Engineer Assistant
- Safety Engineer Assistant
- Research Assistant (Chemical Industry)
- Quality Control Engineer
Industries
- Chemical Manufacturing
- Oil & Gas Industry
- Petrochemical Industry
- Fertilizer Industry
- Pharmaceuticals
- Food Processing Industry
Frequently Asked Questions (FAQs)
Students with a relevant bachelor’s degree in engineering or technology are eligible for admission.
The program follows semester mode and is completed over 24 months.
Graduates can work in chemical plants, petroleum industries, pharmaceutical sectors, and manufacturing companies.
Yes, chemical engineering professionals are needed in industrial processing and manufacturing sectors.
The university offers advanced technical education related to chemical processing and industrial engineering systems.
Yes, graduates can pursue opportunities in industrial manufacturing and chemical research sectors.
