M.Tech. in Chemical Engineering

M.Tech

School of Engineering & Technology

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  • Duration

    2 Years

  • Eligibility

    B.Tech. with min. 55%

  • Selection Procedure

    EntranceTest+PI

Pedagogy

  • Problem-Based Learning (PBL)

    • Engaging students with real-world problems to solve, encouraging application of theoretical knowledge.
    • Group discussions and collaborative problem-solving to enhance understanding and teamwork skills.
  • Laboratory Experiments

    • Hands-on experiments to demonstrate principles such as material deformation, tensile testing, and failure analysis.
    • Use of equipment like universal testing machines, strain gauges, and extenso-meters to provide practical experience.
  • Case Studies

    • Analyzing real-world engineering failures and successes to understand material behavior and the importance of proper material selection and design.
    • Encouraging critical thinking and application of theoretical knowledge to practical scenarios.
  • Interactive Learning Tools

    • Using online platforms, interactive simulations, and educational software to enhance learning.
    • Incorporating multimedia resources such as videos, animations, and interactive quizzes.
  • Guest Lectures and Industry Interaction

    • Inviting industry experts to share their experiences and insights on material strength applications.
    • Organizing field trips to manufacturing plants, construction sites, or research labs to see practical applications of material strength principles.
  • Project-Based Learning

    • Assigning projects that require students to design, analyze, and test materials.
    • Encouraging creativity, research skills, and practical application of knowledge.
  • Continuous Professional Development

    • Encouraging instructors to stay updated with the latest research, methodologies, and technologies in the field of Strength of Materials.
    • Participating in workshops, seminars, and conferences to improve teaching practices.
  • Lecture-Based Learning

    Traditional lectures to introduce fundamental concepts and core subjects like chemical reaction engineering, mass transfer, heat transfer.

Program Outcomes

The aim of an M.Tech in Chemical Engineering is to develop advanced knowledge and skills in chemical engineering principles and practices, empowering students to solve complex engineering challenges and contribute to technological innovation. Program Outcomes typically include

Advanced Knowledge

Demonstrate deep knowledge of chemical engineering principles, theories, and practices to solve complex engineering problems.

Problem Analysis

Identify, formulate, and analyze real-world engineering challenges, using advanced analytical and research skills.

Design and Development

Create innovative, sustainable, and efficient designs and processes that meet specified needs while considering public health, safety, and environmental factors.

Research Skills

Conduct detailed research using experimental and analytical methods, and effectively use data interpretation and modeling in engineering applications.

Modern Tool Usag

Apply modern engineering tools, techniques, and software for simulation, process control, and analysis in chemical engineering.

Environment and Sustainability

Understand the impact of engineering solutions on society and the environment, advocating for sustainable development practices.

Ethics and Responsibility

Exhibit professional ethics and social responsibility in chemical engineering practices and decision-making.

Communication

Communicate complex engineering concepts and solutions effectively with professionals, academics, and non-specialists.

Life-long Learning

Engage in lifelong learning to stay updated with technological advancements and continuously enhance professional skills.

Specialization Expertise

Attain expertise in specialized areas of chemical engineering, such as process engineering, biochemical engineering, or materials engineering, preparing for roles in research, academia, or industry.

Apply Online
School of Engineering & Technology

Career Paths

Process Engineer

Research Scientist

Project Engineer/Manager

Environmental Engineer

Academician/Professor

Biochemical Engineer

Energy Engineer

Safety Engineer

Curriculum

Course Category Paper Title Credits
CORE Mass Transfer 3
CORE Chemical Engineering Thermodynamics 3
CORE Chemical Reaction Engineering 3
CORE Mathematical Methods in Chemical Engineering 3
PROGRAM ELECTIVE Advanced Separation Processes
Transport Phenomena
3
CORE Technical Report Writing 2
CC Co – Curricular Course (CC) -
Total Credits 17

Course Category Paper Title Credits
CORE Heat Transfer 3
CORE Fluid Mechanics 3
CORE Process Modelling & simulation 3
CORE Process Modelling & simulation Lab 1
CORE Industrial Pollution Control and Abatement 3
PROGRAM ELECTIVE Petroleum Refining Engineering
Polymer Chemistry and Characterization
3
CORE Seminar 2
EC Extra Co – Curricular Course -
Total Credits 18

Course Category Paper Title Credits
CORE Research Methodology 3
CORE Preliminary Thesis# 12
PROGRAM ELECTIVE Analytical Techniques
Composite Materials
3
Total Credits 18

Course Category Paper Title Credits
CORE Thesis 18
Total Credits 18

Tuition Fee

71,000

Note *Lab & Library fee will be charged separately
#Program Proposed from Session 2024-25

Scholarship

As per University norms

 

Write to us to check for your eligibility  

Engage, Connect and Experience
the vibrant Life at JNU

150+

Acres Green
Campus

300+

State-of-the-Art
Labs

250+

Smart
Classrooms

30+

Signature Annual
Events

25+

Student
Clubs

Engage, Connect and Experience
the vibrant Life at JNU

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Frequently Asked Questions

M.Tech in Chemical Engineering is a postgraduate program that focuses on the advanced study of chemical engineering principles, processes, and technologies. It covers areas such as process design, reaction engineering, thermodynamics, transport phenomena, and materials science.

A candidate must have a B.Tech or BE degree in Chemical Engineering or a related field like Petroleum, Biochemical Engineering, etc. from a recognized university.

The program usually takes two years to complete, divided into four semesters.

  • M. Tech in Chemical Engineering
  • M.Tech in Chemical Engineering in specialization in Biotechnolog

  • Advanced problem-solving skills
  • Process optimization and simulation
  • Knowledge of chemical process design and safety
  • Understanding of sustainable and green technologies
  • Research and analytical skills
  • Practical experience with laboratory and industrial equipment

Post Graduates can work in industries like petrochemicals, pharmaceuticals, food processing, and energy. They may pursue roles such as Process Engineer, Research Scientist, Project Manager, or Environmental Engineer. Academic and research positions are also common paths.

There is considerable scope for research in areas like renewable energy, sustainable processes, nanotechnology, and drug delivery systems. Students interested in research can pursue Ph.D. programs or work with R&D departments in various industries.

Yes, an M. Tech degree provides a solid foundation for pursuing a Ph.D. It covers advanced topics and research methodologies, which are essential for doctoral studies. Many M. Tech graduates go on to pursue Ph.D. programs in India or abroad.

The starting salary can vary depending on the industry and job role. On average, M. Tech graduates in Chemical Engineering can expect initial salaries ranging from INR 6-12 lakhs per annum, with higher potential in industries like oil and gas or multinational research firms.

Yes, an M. Tech in Chemical Engineering from a reputable institution can open doors to opportunities abroad, especially in fields like energy, pharmaceuticals, and environmental engineering. Countries like the USA, Germany, and Canada are popular for chemical engineers.

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