B.Sc. Life Science
A multidisciplinary programme integrating biology, biotechnology, microbiology, environmental science, and computational biology.
Programme Highlights
About the Programme
B.Sc Life Science is a multidisciplinary undergraduate program that focuses on understanding living systems from molecular to ecosystem levels. The programme integrates biology, biotechnology, microbiology, environmental science, and computational biology to provide a comprehensive learning experience.
The course equips students with a strong theoretical foundation and practical skills to address real-world challenges in healthcare, the environment, agriculture, and biotechnology.
Unique Features of the Programme
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Integration of Biology + Technology + Data Science
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Exposure to Genomics, Bioinformatics, and Molecular Diagnostics
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Practical training in biochemistry, microbiology, and biotechnology labs
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Focus on sustainability, climate change, and environmental management
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Internship and research project opportunities
Laboratory & Practical Training:
Students gain hands-on experience in:
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Biochemical analysis and laboratory techniques
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DNA/RNA extraction and molecular biology experiments
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Microbial culturing and diagnostics
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Clinical and medical laboratory techniques
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Bioinformatics tools and data analysis
Career Opportunities
Graduates can pursue careers in:
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Biotechnology & Pharmaceutical Industries
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Clinical and Diagnostic Laboratories
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Research & Development Organizations
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Environmental and Agricultural Sectors
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Food & Nutrition Industries
Higher Education Options
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M.Sc in Life Sciences / Biotechnology / Microbiology
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MBA in Healthcare / Hospital Management
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Ph.D in specialized biological sciences
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Professional courses in medical and allied fields
Job Roles
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Research Assistant
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Microbiologist
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Biotechnologist
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Clinical Lab Technologist
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Environmental Analyst
Skills You Will Gain
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Laboratory and experimental skills
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Analytical and critical thinking
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Data analysis and bioinformatics
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Scientific research and problem-solving
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Technical and computational skills
Exit Options (NEP Model)
- After 1 Year: Certificate in Life Sciences
- After 2 Years: Diploma in Life Sciences
- After 3 Years: B.Sc. Degree
- After 4 Years: Honours / Research Degree
Programme Outcomes
- Strong foundation in biological sciences
- Ability to conduct scientific experiments and research
- Understanding of environmental and health issues
- Industry-ready practical knowledge
Admission Process
- Merit-based admission (10+2 with Biology)
- Counselling / Interview (if applicable)
Course Structure – Semester Wise
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English Literature – I
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Communicative English
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English for Competitive Exams
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Spoken English
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Environmental Studies
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English Literature – II
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Academic Writing Skills
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Professional Communication
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Functional English
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Creative Writing
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History of English Literature
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Literary Forms & Movements
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Literature & Visual Media
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Content Writing
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English Language Studies
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American Literature
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Indian Writing in English
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Literature & Environment
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Internship
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Literary Criticism
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Shakespeare
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Indian Writing in English – II
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Internship
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New Literatures
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Linguistics
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Modern Poetry
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Modern Drama
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Modern Fiction
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Literary Criticism – II
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American Literature – II
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Translation Studies
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Postcolonial Literature
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Gender Studies
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Comparative Literature
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Research Methodology
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Project / Dissertatio
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Cultural Stud
| Semester I | Semester II | Semester III | Semester IV | Semester V | Semester VI | Semester VII | Semester VIII |
|---|---|---|---|---|---|---|---|
| Biological Sciences | Biomolecules (Theory + Practical) | Cell Biology | Molecular Biology | Evolutionary Biology | Immunology | Bioindicators & Eco-remediation | Biodiversity & Conservation |
| Fundamentals of Nutrition | Genetics | General Microbiology | Techniques in Life Sciences | Biological Sequence Analysis | Cancer Biology | Medical Microbiology | Systems Biology / Drug Design |
| Fundamentals of Ecology | Nutraceuticals & Functional Foods | Biological Data & Databases | Environmental Toxicology | Food Chemistry | Nutritional Biochemistry | Research Methodology & Ethics | Microscopic Techniques |
| Climate Change & Sustainability | Programming Concepts | Food Microbiology & Safety | Intermediary Metabolism | Virology | Genomics & Proteomics | Nanobiotechnology | Programming for Biologists |
| Applications of Computers in Biology | Molecular Diagnostics | Lifestyle Diseases | Industrial Microbiology | Environmental Policy & Management | Microbial Genomics | Genetic Engineering | Research Project |
| Biochemical Laboratory Skills | Food Technology (Extruded Foods) | Internship | Natural Resource Management | NGS & R Programming | |||