B.Sc. program in Life Science
The Life Sciences program provides a deep dive into the study of living organisms, from molecular interactions to global ecosystems. Established in 1992, the department offers a comprehensive curriculum that combines theoretical knowledge with hands-on research experiences. This program nurtures students’ scientific curiosity and builds essential skills through interactive learning and practical research. It equips them with the knowledge and experience needed to excel in advanced studies or various careers in scientific fields, preparing them to become proficient, innovative professionals.
Program Objectives
- Graduates will gain a thorough understanding of biological sciences and their applications.
- Graduates will develop hands-on research skills and practical experience in life sciences.
- Graduates will enhance critical thinking and analytical abilities for solving complex problems. competitive exams.
- Graduates will cultivate effective communication skills for presenting and discussing scientific research.
Course Curriculum framework under Autonomy
Program: B.Sc.
Department: Life Sciences
| Semester 1 | ||
| Course code | Course Title | Credits |
| SLSC101 |
Life Sciences at the molecular and cellular levels Features of living cells Macromolecules & Separation techniques Concept of prokaryotic and eukaryotic cells |
02 |
| SLSC102 |
Introduction to plant and animal life processes Multicellularity, specialized function and physiology Life processes – I Life processes – II |
02 |
| SLSC1PR | SEMESTER – I PRACTICALS | 02 |
| Semester 2 | ||
| Course code | Course Title | Credits |
| SLSC201 |
Life Sciences at the molecular and cellular levels Features of living cells Energy Metabolism Cytoskeleton, Structure of Cell Wall and Cell division |
02 |
| SLSC202 |
Elementary genetics, ecology and behaviour Genetics I Genetics II Ecology and Behaviour |
02 |
|
SLSC2PR |
SEMESTER – II PRACTICALS |
02 |
| Semester 3 | ||
| Course code | Course Title | Credits |
| SLSC301 |
Comparative Physiology Homeostasis Control and Coordination in plants and animals Developmental Biology |
3 |
|
SLSC302
|
Life processes at the tissue, organ and organism levels: A Biochemical Approach Enzymes Metabolism – Energy from Carbohydrates Metabolism – Energy from Lipids and Proteins |
3 |
|
SLSC303
|
Population approach: Population and communities as regulatory unit Concepts in Evolution and Population Genetics Biostatistics Bioinformatics |
3 |
|
SLSC3PR
|
Practicals of SLSC301, SLSC302, and SLSC303 | 2.5 |
| Semester 4 | ||
| Course code | Course Title | Credits |
| SLSC401 |
Comparative Physiology Homeostasis to stress Homeostasis during infections Infectious Diseases, Basics of Clinical Trials & Medical Pharmacology |
3 |
|
SLSC402
|
Life processes at the tissue, organ and organism levels: A Biochemical Approach Metabolism – Anabolism of biomolecules DNA Replication & Transcription Translation & Regulation of gene expression |
3 |
|
SLSC403
|
Population approach: Population and communities as regulatory unit Evolution and its consequences Biostatistics Bioinformatics |
3 |
|
SLSC4PR
|
Practicals of SLSC401, SLSC402, and SLSC403 | 2.5 |
| Semester 5 | ||
| Course code | Course Title | Credits |
| SLSC501 |
Genetics & Immunology I The Genetic material. Mechanisms of Inheritance and variation in Prokaryotes and Bacteriophages. Overview and cells and organs of immune system. Antigen recognition and Effector Mechanisms. |
4 |
| SLSC502 |
Developmental Biology & Neurobiology I Developmental Biology – Model organisms. Animal Development. Introduction to Behaviour and the Nervous System. Cellular Organization of the Nervous System. |
4 |
| SLSC503 |
Fermentation technology & Genetic engineering: A Biotechnological approach I Fermentation technology – Principles. Fermentation technology – Food and Beverage Production. Principles of Gene Cloning. Cloning and Screening Techniques |
4 |
| SLSC504 |
Environmental Biotechnology I Introduction to Fundamentals of Environmental Science. Biodiversity and its Conservation. Pesticides and Toxicology Management. Sustainable Development and Entrepreneurship Development. |
4 |
| SLSC5PR1 | Practical of SLSC501 and SLSC502 | 4 |
| SLSC5PR2 | Practical of SLSC503 and SLSC504 | 4 |
| Semester 6 | ||
| Course code | Course Title | Credits |
| SLSC601 |
Genetics & Immunology II Mechanisms of Inheritance and variation in Eukaryotes. Mutational Variation and Techniques in Molecular Genetics. Hypersensitivity, Vaccines and Immunodeficiency. Transplantation, Tumour Immunology, Tolerance and Autoimmunity. |
4 |
| SLSC602 |
Developmental Biology & Neurobiology II Cellular Aspects of Development. Applications of Developmental Biology. Sensory and Motor System. Neurobiological Diseases. |
4 |
| SLSC603 |
Fermentation technology & Genetic engineering: A Biotechnological approach III Enzyme and Pharmaceuticals Production. Tissue Culture biotechnology. Genetic Engineering. Tools in genetic engineering & Bioinformatics. |
4 |
| SLSC604 |
Environmental Biotechnology II Human Population and Urbanization. Renewable and Non-Renewable Resources. Environmental Management. Safety, Health and Environment. |
4 |
| SLSC6PR1 | Practical of SLSC601 and SLSC602 | 4 |
| SLSC6PR2 | Practical of SLSC603 and SLSC604 | 4 |
IRIS:
Founded in 2005, IRIS (INSIGHT, RESILIENT, INNOVATE, SUCCESS) is the society of the Department of Life Science. It hosts seminars and workshops with top experts to keep students informed about the latest trends and help them advance in their careers.
Department E-magazine “The Catalyst”:
The Catalyst, the official magazine of the Department, launched under the aegis of I.R.I.S. The magazine stands as a testament to the energy, creativity, and dedication of our students and faculty over the past academic year. The Catalyst captures the vibrant spirit of our department, showcasing a rich tapestry of research articles, creative writing, sketches, and photography contributed by our talented students. It also provides a platform for our faculty members to share their perspectives, fostering a deeper sense of connection within our academic community.
Humans of JHC Life Sciences:
Humans of JHC Life Sciences is a lecture series that highlights the journeys and experiences of alumni from the Department of Life Sciences. It offers students valuable hands-on learning through direct interactions with alumni, giving them insights into real-world challenges, career paths, and personal growth.
Cinema Scientifica:
Cinema Scientifica, is a science movie club organized by the Department of Life Sciences for students who love movies/documentaries and are curious about the world around them. The objective of this club is to explore science through cinema, encourage media literacy, develop critical thinking, enhance communication skills, cultivate a passion for scientific films, and inspire creativity. Cinema Scientifica serves as a vibrant platform for students to deepen their understanding of science while enjoying the art of cinema