Undergraduate Programme
For Women & Men
Duration: 4 Years
This dynamic multidisciplinary programme takes students on a transformative journey into the understanding of life—from molecular mechanisms within cells to the complex ecosystems sustaining our planet. By integrating the foundational biological sciences with cutting-edge biotechnology, the programme prepares students to become innovators shaping the future of healthcare, agriculture, environmental conservation, and human wellbeing.
Students begin with essential foundations in cell biology, microbiology, biodiversity, and chemistry, while developing programming skills from the first semester—a critical competency in modern biosciences. As they progress, students explore the molecular mechanisms that govern life, physiological systems, and genetics. The programme transitions to applied biosciences, with extensive hands-on laboratory experience that develops authentic research skills and practical competencies highly valued by employers and graduate schools.
Students receive close mentorship from faculty members who are active researchers, gaining firsthand insights into groundbreaking discoveries. Through research projects and industry internships, students contribute to real scientific inquiries, developing capabilities that distinguish exceptional scientists.
Graduates are exceptionally well placed for doctoral research at prestigious universities, careers in the pharmaceutical industry, innovation in agricultural biotechnology, advances in personalised medicine, or solutions to environmental challenges. The programme develops scientific expertise alongside critical thinking, problem-solving skills, and ethical awareness—ensuring students excel in graduate admissions and secure positions in this rapidly growing field with strong career prospects and meaningful work.
B.S. (Hons.) in Biosciences and Biotechnology
For students who complete a 4-year (8-semester) programme of study.
B.S. (Hons. with Research) in Biosciences and Biotechnology
For students who secure a CGPA of 7.5 or more after the first six semesters (3 years of study) and opt to pursue research during the fourth year.
Entry & Exit options as per NEP 2020 Policy.
Further Academic Options at SSSIHL
Note: Programmes are subject to change at any time without prior notice
Following their 4-year undergraduate degree, successful graduates have the following options if they choose to continue their studies at SSSIHL:
Ph.D. programme
For students who complete a 4-year B.S. (Hons. with Research) in Biosciences and Biotechnology
M.S. programme (1-year) – 2027 onwards
For students who complete a 4-year B.S. (Hons.) with CGPA of 7.5 or more or B.S. (Hons. with Research) in Biosciences and Biotechnology
M.B.A. programme
For students who complete a 3-year B.Sc. or 4-year B.S. (Hons.) / B.S. (Hons. with Research) in Biosciences and Biotechnology
- 10+2 years of schooling from a recognized board (CBSE or equivalent)
- Either passed or appeared for Final exams at XII level before Admissions. If not appeared for XII Standard exams, X and XI Standard marks will be considered
- Studied Biology in XI and XII Standard
- Consistent academic performance of 60% aggregate marks in X and/or XII Standard
- Age: Preferably below 19 years as of 30th June in the year of admission
YEAR 1
Semester 1
Biosciences: Cell Biology (Theory and Practical)
Biosciences: Animal Diversity and Evolution (Theory and Practical)
Chemistry: Principles of Structure and Bonding
Chemistry: Laboratory Course in General Chemistry (Practical)
Skill enhancement course: Basic Programming in Python
Awareness Course I: Sai Education for Transformation (Based on Bhagawan Baba’s Life and Teachings)
Semester 2
Biosciences: Microbiology (Theory and Practical)
Biosciences: Plant Diversity and Evolution (Theory and Practical)
Chemistry: Equilibria in Chemistry
Chemistry: Laboratory Course in Titrimetry and Equilibria
Skill enhancement course: Programming, data structures and algorithms using Python
Awareness Course II: Unity of Religions
YEAR 2
Semester 3
Biosciences: Molecular Biology (Theory and Practical)
Biosciences: Ecology (Theory and Practical)
Chemistry: Principles in Organic Chemistry
Awareness Course III: Study of Classics I – Ramakatha Rasavahini
Semester 4
Biochemistry (Theory and Practical)
Developmental Biology (Theory and Practical)
Biostatistics
Computational Biostatistics (Practical)
Angiosperm Taxonomy and Systematics
Awareness Course IV: Study of Classics II – Bhagavatha Vahini
YEAR 3
Semester 5
Human Physiology (Theory and Practical)
Plant Physiology (Theory and Practical)
Molecular Cell Biology (Theory and Practical)
Gene Regulation and Expression (Theory and Practical)
Genetics and Evolution (Theory)
Awareness Course V: Ethos and Values for the Changing World
Semester 6
Bioinformatics (Theory)
Biochemistry – 2 (Theory)
Genetic Engineering (Theory)
Bioanalytical Techniques (Theory)
Practical Course on Bioinformatics and Metabolism (Practical)
Practical Course on Genetic Engineering (Practical)
Mini Project
Awareness Course VI: Life and its Quest
YEAR 4
Semester 7
B.S. (Hons.) Courses:
Immunology (Theory)
Elective – 1
Elective – 2
Elective – 3
Elective – 4
Massive Open Online Course (MOOC)
Practical Course (Project-based training)
Project Work
Awareness Course VII: Education for Life
B.S. (Hons. with Research) Courses:
Immunology (Theory)
Elective – 1
Elective – 2
Research methodology
Seminar
Research Project
Awareness Course VII: Education for Life
Semester 8
B.S. (Hons.) Courses:
Bioanalytical Techniques II
Elective – 5
Elective – 6
Seminar
Project Work
Awareness Course VIII: God, Society and Man
B.S. (Hons. with Research) Courses:
Bioanalytical Techniques II
Elective – 3
Massive Open Online Course (MOOC)
Research Project
Awareness Course VIII: God, Society and Man
ELECTIVES
Students will be offered a wide choice of electives including:
Analysis and Applications
- Stem Cell and Regenerative Biology
- Genomics, Transcriptomics, Proteomics and Metabolomics
- Plant Tissue Culture
- Plant Genetic Engineering
- Molecular Developmental Biology
- Environmental Biotechnology
- Molecular Evolution and Human Genetics
- Neurobiology
- Pharmacology and Drug Designing
- Industrial Microbiology
- Environmental Microbiology
- Mycology, Pathology and Fungal Biotechnology
- Advanced Bioinformatics