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MSc Biotechnology

Master of Science

Biotechnology with Specialisation in Industrial Biotechnology / Medical Biotechnology

Overview

The MSc Biotechnology programme at JAIN (Deemed-to-be University) provides an advanced platform for students to master cutting-edge concepts in biological sciences and their technological applications across healthcare, agriculture, and industry. Aligned with NEP 2020 and UGC guidelines, the programme integrates core molecular biology, genomics, genetic engineering, bioinformatics, and bioprocess development with practical laboratory training. Students gain the skills and analytical mindset necessary to tackle real-world challenges and drive innovation in the life sciences sector.

The curriculum emphasises experiential and research-oriented learning through specialised laboratory sessions, industry-linked projects, internships, and seminars. Students acquire hands-on experience in genome editing, vaccine technology, nanobiotechnology, microbial biotechnology, and data-driven bioinformatics. Certification courses such as Laboratory Animal Handling and Pharmacovigilance and AI-ML Driven Drug Discovery further enhance technical expertise, research readiness, and ethical awareness, preparing students for innovation-driven roles in biotechnology, pharmaceuticals, and clinical research.

The programme is offered in both one-year and two-year formats to suit different academic backgrounds. The one-year option is tailored for graduates with a four-year BSc Honours degree seeking intensive skill development and rapid career advancement. The two-year pathway provides comprehensive theoretical and practical foundations for three-year BSc graduates, including extended internships and a dissertation. Graduates are well equipped for careers in biotechnology and pharmaceutical industries, clinical research organisations, molecular and diagnostic laboratories, and academia, as well as for progression to PhD programmes or specialised research roles.

Certifications Offered:

  • Clinical Research Training in collaboration with AM Services Clinical Research Training Academy (2-year programme only)
  • AI-ML Driven Drug Discovery in collaboration with Boltzmann India Ltd., (offered during Semester 2 for 1-year programme and Semesters 2 & 3 for 2-year programme)

 

Eligibility

A student who has passed a 3-year undergraduate degree (level 5.5, a total of 120 credits) shall be eligible for admission to 2-year MSc programmes.

Preference will be given to candidates who have secured at least 50% marks (45% marks in case of candidates belonging to reserved category) in the qualifying examination.

However, students who have not studied requisite courses from Science discipline related to the respective programmes will have to undertake the prescribed bridge course(s).

Duration:
1 Year Programme - 2 Semesters
2 Year Programme - 4 Semesters

No. of Credits:
1 Year Programme - 44 Credits (as per UGC CCFPP and NCrF framework)
2 Year Programme - 90 Credits (as per UGC CCFPP and NCrF framework)

Apply Now Brochure
Program code: 044
Course code : 4401
Course Commencement : Jul 2026
enquiry.pg@jainuniversity.ac.in

Study Campus

School of Sciences
#34, 1st Cross,
J C Road Bangalore - 560 027
P: +91 80 4343 0100

Admissions Office

JAIN Knowledge Campus
# 44/4, District Fund Road
Jayanagar 9th Block Campus
Bangalore - 560 069
P : +91 73376 13222

Curriculum Structure

  • Immune and Vaccine Technology
  • Advanced Pharmacology and Toxicology
  • Genome Editing and Gene Therapy
  • Omics and Drug Design
  • Industrial Biotechnology I / Medical Biotechnology I
  • Industrial Biotechnology Lab I / Medical Biotechnology Lab I
  • Statistical Methods
  • Project I
  • Cellular and Molecular Oncology
  • Nanobiotechnology
  • Industrial Biotechnology II / Medical Biotechnology II
  • Industrial Biotechnology Lab II / Medical Biotechnology Lab II
  • Project II
  • Microbial Systems Biology
  • Molecular Processes and Gene Regulation
  • Cell Biology / Molecular Genetics
  • Industrial Biotechnology I: Strain Improvement and Kinetics / Medical Biotechnology I: Immunology and Immunotechnology
  • Biostatistics and Data Analysis Methods
  • Microbial and Molecular Techniques
  • Generic Elective
  • Biophysical Principles and Bio-Analytical Techniques
  • Biological Chemistry
  • Bioengineering and Gene Therapy
  • Industrial Biotechnology II: Bioprocess Engineering / Medical Biotechnology II: Infectious Disease and Vaccinology
  • Plant Biotechnology / Food Biotechnology
  • Tools for Biomolecular Analysis
  • Transdisciplinary Project-Centric Learning (TDPCL)
  • Generic Elective
  • Project / Dissertation I
  • Enzyme Technology and Protein Engineering
  • Advanced Bioinformatics
  • Biosafety, Intellectual Property Rights (IPR), and Regulations
  • Industrial Biotechnology III: Downstream Processing and Bioseparation / Medical Biotechnology III: Animal Cell Culture and Stem Cell Biology
  • Industrial Biotechnology Lab III: Downstream Processing and Bioseparation / Medical Biotechnology Lab III: Animal Cell Culture and Stem Cell Biology
  • Internship
  • Project II
  • Rational Drug Design
  • Rational Drug Design Lab
  • Industrial Biotechnology IV: Quality Management and Biobusiness / Medical Biotechnology IV: Pharmaceutical Technology
  • Industrial Biotechnology Lab IV: Quality Management and Biobusiness / Medical Biotechnology Lab IV: Pharmaceutical Technology
  • Transdisciplinary Project-Centric Learning (TDPCL)
  • Project III

Course Highlights

  • Specialisations in Industrial Biotechnology and Medical Biotechnology, focusing on research, industry applications, and practical skills.

  • Hands-on training in molecular techniques, bioprocessing, computational biology, and advanced laboratory tools.

  • Industrial Biotechnology pathway emphasises sustainable production using biocatalysts, enzymes, and microorganisms for chemicals, fuels, and food additives.

  • Core topics include bioprocess engineering, metabolic engineering, fermentation, downstream processing, enzyme engineering, and bioseparation.

  • Medical Biotechnology pathway focuses on diagnostics, therapeutics, and personalised medicine, including molecular biology, genomics, and immunotherapy.

  • Key learning areas cover recombinant DNA technology, cancer biology, stem cells, pharmacogenomics, and regenerative medicine.

  • Integration of research projects, internships, and dissertation-based learning for practical and analytical skill development.

  • Exposure to emerging technologies such as AI and ML in drug discovery and bioinformatics for data-driven biotechnology applications.

  • Opportunities for presenting research at national and international conferences to build professional networks.

  • Career-oriented training ensures readiness for roles in biotech and pharmaceutical industries, clinical research, regulatory sectors, and academia.

Career Enhancement Programs

JAIN (Deemed-to-be University) supports students beyond classroom learning by offering structured initiatives that enhance practical skills, research exposure, and industry readiness. These programmes connect students with leading institutes, cutting-edge technologies, and global opportunities in biotechnology.

  • Biotechnology Skill Development Fellowships in areas such as molecular diagnostics, sequencing, and laboratory techniques offered by top institutes like RGCB and Rapture Biotech.

  • Advanced programmes at leading national institutes including IISc, NCBS, NIMHANS, CCMB, JNU, and TERI SAS, as well as top universities abroad, focusing on research, industry preparedness, and sustainable biotechnology.

  • Specialised certifications in CRISPR, cell culture, industrial biotechnology, gene editing, bioinformatics, validation, and regulatory affairs through platforms like SWAYAM, Coursera, and MIT.

  • Short-term certificate programmes and practical training modules conducted in-house and at external centres for industry-oriented skills development.

  • Observatory and industrial laboratory visits provide hands-on experience and exposure to real-world biotechnological applications.

  • Guest lectures and workshops by scientists from IISc, CSIR labs, and other leading research centres offering insights into innovations and career pathways.

  • Opportunities to present research at national conferences and poster sessions to develop academic communication skills and professional networks.

Career Outcomes

Graduates of the MSc Biotechnology programmes are equipped with practical skills, interdisciplinary knowledge, and research competence to excel in diverse scientific and industrial roles, including opportunities for higher studies and PhD programmes. Key skill-led pathways include:

  • Experimental Design and Laboratory Techniques
    Develop hands-on expertise in molecular biology, cell culture, enzyme technology, bioprocessing, recombinant DNA techniques, and diagnostic assays. Careers include Research Associate, Laboratory Scientist, Bioprocessing Technologist, Molecular Diagnostics Specialist, and Quality Control Analyst.

  • Data Analysis, Bioinformatics, and Computational Biology
    Gain proficiency in analysing genomic, proteomic, and metabolomic datasets, using bioinformatics tools, and applying AI-ML-driven approaches in drug discovery and molecular modelling. Career opportunities include Bioinformatician, Computational Biology Research Associate, Drug Discovery Analyst, and Predictive Modelling Scientist.

  • Analytical Problem Solving and Quality Assurance
    Build competence in experimental troubleshooting, assay validation, regulatory compliance, and process optimisation. Roles include Quality Control/Assurance Analyst, Clinical Research Coordinator, Laboratory Manager, and Regulatory Affairs Executive.

  • Scientific Communication and Technical Writing
    Acquire skills in manuscript preparation, research documentation, scientific reporting, and knowledge dissemination. Career paths include Scientific Writer, Medical Writer, Science Communicator, Patent Analyst, and Academic Lecturer.

  • Project Management and Interdisciplinary Collaboration
    Develop the ability to plan, manage, and coordinate research projects, integrating knowledge across biotechnology, molecular biology, and computational domains. Roles include Project Associate, Research Coordinator, Biotech Start-up R&D Lead, and Bioprocess Project Manager.

  • Translational Research and Product Development
    Apply practical knowledge to develop therapeutics, vaccines, biopharmaceuticals, and laboratory-scale bioprocesses. Careers include Biopharmaceutical Production Associate, Drug Development Scientist, Bioprocessing Technologist, and Biotech Innovation Specialist.

  • Regulatory, Ethical, and Clinical Compliance
    Understand biosafety, bioethics, intellectual property, and clinical trial regulations. Graduates can work as Regulatory Affairs Associate, Clinical Trial Coordinator, Toxicology Analyst, or Laboratory Compliance Officer.

  • Global and Academic Opportunities
    Prepared for roles in research institutions, biotechnology and pharmaceutical industries, healthcare, agricultural biotech, and environmental biotechnology sectors globally. The programme also provides a strong foundation for PhD programmes and advanced research roles.

FAQ's

What is the duration of the programme?

The 1-year MSc Biotechnology programme is completed in one academic year, comprising two semesters. The 2-year MSc Biotechnology programme spans two academic years, divided into four semesters, integrating theoretical courses with practical training.

What are the eligibility criteria for admission?

For the 1-year programme, candidates must have a 4-year BSc Honours degree in Biotechnology or related fields with research experience. For the 2-year programme, candidates must hold a BSc degree in Biotechnology, Biology, Microbiology, Biochemistry, or related fields with a minimum aggregate of 50 per cent marks.

What specialisations are offered?

Students can specialise in Industrial Biotechnology or Medical Biotechnology. Electives in related advanced and emerging biotech fields are included.

Does the programme include practical training?

Yes, both programmes include laboratory sessions, hands-on projects, industrial visits, research projects, and internships to ensure practical exposure.

What career opportunities are available after completing the programme?

Graduates can pursue careers in research and development, product development, clinical research, quality control, regulatory affairs, and the biotechnology industry. Roles in startups, biopharmaceuticals, molecular diagnostics, food science, environmental testing, and education are also possible.

Is the programme suitable for research-oriented careers or PhD progression?

Yes, both programmes provide a strong research foundation. Students are well-prepared for doctoral studies, advanced R&D roles, and specialised academic or industrial careers.

Are emerging biotechnology fields covered in the programme?

Yes, the curriculum covers modern and emerging techniques including genome editing, vaccine technology, nano-biotechnology, genetic engineering, CRISPR, bioinformatics, drug design, and bioprocess engineering.

Are there opportunities for international exposure?

Yes, students may benefit from collaborations, exchange programmes, and globally recognised certifications

How is student performance evaluated?

Evaluation is based on continuous assessments, semester-end examinations, practical evaluations, project work, and dissertations.

What are the prospects for higher studies?

Graduates can pursue PhD programmes, specialised diplomas, or advanced certifications in biotechnology and allied life sciences fields.