M.Sc. Biotechnology

Course Overview
The M.Sc. Biotechnology programme at Kristu Jayanti (Deemed to Be University) offers an advanced, interdisciplinary education in modern biological sciences. Designed for aspiring researchers and industry professionals, the programme blends strong theoretical foundations with extensive hands-on training in molecular biology, genetic engineering, microbiology, biochemistry, and bioinformatics.

With state-of-the-art laboratories, experienced faculty, and active research culture, the programme prepares students to apply biotechnological innovations in healthcare, agriculture, industry, and environmental sectors. Internships, projects, and industry collaborations further enhance practical skills and career readiness.

As a highly reputed and fast-growing institution, Kristu Jayanti University provides an enriching academic environment that nurtures scientific thinking, innovation, and professional excellence. This programme equips graduates with the competence and confidence to excel in research, biotechnology industries, and higher academic pursuits.

Eligibility
Candidates who have completed a Bachelor’s degree in Science with an aggregate of 50% marks (45% for SC/ ST candidates) from a recognised University are eligible. The candidate should have studied any Life Science course as major or allied.

Matrix Features

• Emphasis on interdisciplinary knowledge across core life science domains
• Strong foundation in fundamental concepts and principles relevant to the programme
• Training in basic to advanced laboratory techniques with adherence to safety standards
• Ability to conduct and interpret experiments accurately
• Application of biological principles and techniques in environmental, agricultural, food, healthcare, and industrial sectors
• Development of analytical and problem-solving skills related to biological systems
• Understanding of ethical practices in laboratory work and research
• Exposure to research methodology and systematic investigation
• Preparation for higher education, research careers, and industry-oriented roles
• Enhancement of professional competence and societal responsibility through life science applications

Programme Title: M.Sc. Biotechnology (2025–2026 Batch)

Programme Outcomes:
PO1: Apply critical inquiry, aesthetics, innovative thinking and evidence-based research to solve complex problems.
PO2: Formulate informed decisions based on factual evidence and reasoned judgement. Professional Excellence
PO3: Demonstrate professional competencies, ethical conduct, emotional intelligence and fluency in emerging technologies in a dynamic global environment. Personal Excellence
PO4: Exhibit self-discipline, autonomy, responsibility and accountability for personal well-being and a commitment to lifelong learning. Interpersonal Excellence
PO5: Lead and communicate with multi-cultural teams, demonstrating empathy and mutual respect in the workplace and public sphere. Societal Excellence
PO6: Involve in community development for nation-building by advocating sustainable practices, embodying Indian ethos and upholding universal human values.

Programme Specific Outcomes: After the successful completion of the Programme students will be able to:
PSO1: Demonstrate knowledge of molecular biology, genetic engineering, immunology, bioprocess technology, environmental, industrial and medical biotechnology.
PSO2: Exhibit proficiency in conducting and interpreting experiments in recombinant DNA technology, bioinformatics, genetic engineering and tissue culture, adhering to safety standards.
PSO3: Apply tools and techniques using biotechnology in environmental, healthcare and agricultural settings.
PSO4: Design and conduct ethical and systematic research in biotechnology.

Laboratory and Research Facilities
The department, recognized under the DBT Star College Scheme, offers state-of-the-art laboratories and research facilities. Students have access to an Animal Cell Culture Lab, a Central Instrument Facility with UV-Vis Spectrophotometers, FTIR, ELISA readers, and high-performance computers for computational biology. Specialized units like the Hydra Facility, and a Microbial Culture Repository give students hands-on experience with modern techniques, preparing them for advanced research and professional careers.