M.Tech. in Chemical Engineering with specialization in Biotechnology

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 M.Tech program in Chemical Engineering with a specialization in Biotechnology aims to equip students with a blend of advanced chemical engineering principles and specialized biotechnology knowledge. Program outcomes typically include

Advanced Knowledge

Develop in-depth understanding of bioprocess engineering, biochemical reactions, and biotechnology applications in chemical engineering.

Problem-Solving Skills

Apply advanced engineering and biotechnology principles to analyze and solve complex problems in areas such as bio-manufacturing, environmental biotechnology, and bioreactor design.

Research and Innovation

Conduct independent research, interpret scientific data, and develop innovative solutions in biotechnology, with skills in laboratory techniques, data analysis, and research methodology.

Technical Proficiency

Gain expertise in using specialized software and tools for modeling and simulation of biotechnological processes, facilitating accurate design and optimization.

Industry-Readiness

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

Ethics and Professionalism

Develop ethical practices, environmental consciousness, and safety awareness in biotechnological applications, adhering to industry standards and regulations.

Effective Communication

Cultivate the ability to communicate complex biotechnological concepts effectively to both technical and non-technical audiences.

Lifelong Learning

Foster continuous learning, encouraging students to stay updated with evolving biotechnology trends and innovations.

Apply Online
School of Engineering & Technology

Career Paths

Bioprocess Engineer

Biotechnology Research Scientist

Environmental Biotechnologist

Clinical Research Scientist

Quality Control and Assurance Specialist in Biotech

Biomedical Engineer

Bioinformatics Specialist

Regulatory Affairs Specialist

Consultant in Biotechnology

Curriculum

Course Category Paper Title Credits
CORE Mass Transfer 3
CORE Chemical Engineering Thermodynamics 3
CORE Chemical Reaction Engineering 3
Program Elective Introduction to Biotechnology
Cell Biology
3
Program Elective Biochemistry
Molecular Biology
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
Program Elective Industrial Biotechnology
Molecular Diagnostic Techniques
3
Program Elective Plant Biotechnology
Nano-Biotechnology
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 rDNA Technology
Biostatistics
3
Total Credits 18

Course Category Paper Title Credits
CORE Thesis (Dissertation) 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

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Frequently Asked Questions

It is a postgraduate program that combines the principles of chemical engineering with biotechnology, focusing on the application of chemical engineering techniques in the development of bioprocesses, bioengineering, pharmaceutical production, and more.

Typically, a candidate should have
  • A Bachelor’s degree (B.Tech/B.E.) in Chemical Engineering, Biotechnology, Biochemical Engineering, or related fields.
  • A minimum of 50-60% marks (or equivalent CGPA) in undergraduate studies.

The program typically takes 2 years to complete, divided into four semesters, with the final semester often dedicated to project work or thesis.

Graduates can work in various sectors including
  • Biotech and Pharmaceutical industries
  • Food and Beverage industry
  • Environmental Biotechnology
  • Research and Development (R&D)
  • Regulatory Bodies and Quality Control
  • Healthcare and Diagnostic sectors
  • Biotech Startups
  • Academia and Teaching

An M.Tech in Biotechnology generally focuses more on the biological and molecular aspects, whereas an M.Tech in Chemical Engineering with a specialization in Biotechnology emphasizes the application of chemical engineering principles to biotechnological processes.

  • Bioprocess Engineer
  • Process Development Scientist
  • R&D Scientist (Biotech)
  • Bioinformatics Analyst
  • Environmental Health and Safety (EHS) Specialist
  • Quality Assurance and Control Manager
  • Biotech Project Manager

Yes, M.Tech graduates can pursue a Ph.D. in related fields such as Chemical Engineering, Biotechnology, or Bioprocess Engineering, either in academia or research institutions.

Salaries vary depending on the job role, company, and location. On average
  • Fresher salaries may range from ?8-10 lakhs per annum.
  • With experience, salaries can go up to ?12-20 lakhs per annum or more, especially in R&D or managerial positions in multinational companies.

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