Academic Programmes

Undergraduate Programmes

• B.Sc. Biotechnology, Microbiology & Chemistry
• B.Sc. Genetics, Microbiology & Biochemistry

Postgraduate Programme

• M.Sc. Biotechnology

Doctoral Programme

• Ph.D. Biotechnology

Vision

To develop competent biotechnologists with strong scientific knowledge, research capabilities, ethical values, and innovative thinking to address global challenges in health, agriculture, environment, and industry.

Mission

• Provide quality education through experiential and research-based learning
• Promote innovation, interdisciplinary research, and scientific inquiry
• Strengthen industry-academia collaboration and employability skills
• Encourage entrepreneurship and lifelong learning
• Contribute to societal and environmental sustainability

Academic Strengths

The department offers a research-driven and industry-oriented curriculum supported by:

• Experiential learning through laboratory training supported by the DBT–Star College Scheme
• Internship opportunities in leading research and industrial organisations
• Regular workshops, seminars, guest lectures, and outreach activities
• Student participation in conferences, competitions, and research projects
• Structured mentoring system and parent–teacher interaction for holistic development
• Strong emphasis on higher education and entrepreneurial development
• Academic partnership with Biocon Academy offering certificate programmes in Quality Control & Analytics and Sterile Manufacturing Processes
• Integration of Artificial Intelligence applications into the Biotechnology curriculum to build interdisciplinary, industry-relevant skills
• Mentoring and academic support for national-level competitive examinations such as the Joint Admission Test for Masters (JAM)
• Research funding support from national agencies including DST-SERB, Department of Biotechnology (DBT), Indian Council of Medical Research, All India Council for Technical Education, Karnataka Science and Technology Authority, and Karnataka State Council for Science and Technology.

Value-Added & Skill Development Programmes

To enhance employability and research exposure, the department offers specialised programmes in emerging areas of Life Sciences:

• Integrated Molecular Biology Techniques
• Clinical Research for PG Programmes
• Mammalian Cell Culture Techniques
• Bioinformatics and Genomics for Biologists
• Plant Tissue Culture
• Handling of Model Organisms in Experimental Biology

These programmes bridge the gap between academic learning and real-world applications by integrating theory with intensive laboratory training and research-oriented skill development.

Research & Faculty Expertise

Molecular Biology & Genetic Engineering

Expertise in molecular biology, genetic engineering, enzymology, molecular markers, and advanced techniques in cell and molecular biology.

Plant & Environmental Biotechnology

Specialisation in plant biotechnology, environmental biotechnology, microbial applications, and sustainable biological systems.

Medical & Health Biotechnology

Research areas include neurobiology, neurogenetics, cancer biology, immunology, and nanotherapeutics, addressing key challenges in healthcare and medicine.

Bioinformatics & Computational Biology

Application of computational tools in genomics, molecular modelling, and biological data analysis to support modern research and innovation.

Nano biotechnology & Biopharmaceuticals

Focus on nanotechnology, drug delivery systems, biopolymers, and bioengineering for industrial and medical applications.

Interdisciplinary Research Areas

Faculty expertise also extends to phytochemistry, bioengineering, entomology, cell signalling, and single-cell transcriptomics, reflecting the interdisciplinary nature of biotechnology.

The department faculty possess extensive teaching and research experience, with many members having over two decades of academic expertise. Their active involvement in research, publications, conferences, and funded projects fosters a strong research culture and encourages students to engage in innovative scientific exploration.

Infrastructure & Laboratory Facilities

The department offers a comprehensive laboratory ecosystem supporting teaching, training, and research.

Biotechnology Laboratories

• Animal Cell Culture Laboratory
• Plant Tissue Culture Laboratory
• Molecular Biology Laboratory
• Biotechnology, Genetics & Microbiology Laboratory

Bioinformatics Lab

Major Equipment

Trinocular microscopes, fluorescent microscope, inverted microscope, stereo microscope, laminar airflow units, biosafety cabinets, autoclaves, CO? incubators, centrifuges, UV-Visible spectrophotometers, electrophoresis units, BOD incubator, distillation unit, bioinformatics workstation, hot air ovens, pH meters, analytical balances, refrigerators, and deep freezers.

Advanced Research Equipment

Thermocycler/PCR systems, gel documentation systems, ELISA readers, cooling centrifuges, air samplers, SDS-PAGE units, immunoelectrophoresis units, UV transilluminators, digital colony counter, and high-speed centrifuges.

Teaching & Learning Environment

Technology-enabled classrooms support interactive, student-centric teaching and blended learning. The department emphasises analytical thinking, research aptitude, scientific communication, and ethical scientific practices.

Industry Interaction & Career Development

Students benefit from:

• Industrial visits and internships
• Guest lectures by industry experts and researchers
• Workshops and training programmes
• Placement guidance and career mentoring

Graduates of the department pursue successful careers in research laboratories, pharmaceutical industries, food and healthcare sectors, environmental agencies, higher education, and entrepreneurship.