BSc Biotechnology Syllabus 2026: Semester-wise Breakdown

BSc in Biotechnology Syllabus: Semester-wise Breakdown

ARTICLE

Ankit Krishnan

2026-05-06T15:33:13.847+05:30

The BSc Biotechnology course will include topics such as molecular biology, genetic engineering, bioprocess engineering, and the latest advancements in CRISPR technology in various semesters.

Overview

The BSc Biotechnology course syllabus includes genetic engineering, genome editing using the CRISPR/Cas9 system, and synthetic biology over six semesters in accordance with UGC guidelines. Learners build foundational knowledge in molecular biology before gradually moving into more advanced areas like immunotherapy pipelines and even AI-based drug discovery.

For students exploring such programs, using a college admission app can make the process a bit smoother, especially when comparing course structures, tracking applications, and staying updated with important deadlines.

Students further explore recombinant DNA technology, metabolic engineering, nanobiotechnology, downstream processing techniques, bioreactors, genomics, vaccine technology, and agri-biotech innovation. The BSc in Biotechnology provides hands-on learning in gene therapy, precision medicine, sustainable fuels, and trending biotechnologies, gaining global demand across various ecosystems.

BSc in Biotechnology Syllabus: Semester-wise Breakdown

The programme offers comprehensive training in biotechnology, including molecular biology, genetic engineering, and industrial bioprocesses. The curriculum also covers recent advances in gene therapy, metagenomics, and precision fermentation that prove essential to pharmaceutical R&D and agricultural biotechnology.

BSc in Biotechnology Syllabus: Semester 1

Foundational sciences feature prominently in Semester 1 of the BSc Biotechnology course. The programme provides basic subjects that develop an essential understanding of biotechnology principles. Learners grasp chemistry concepts, mathematical modelling, and computational biology in accordance with industry requirements.

Subject	Topics Covered
General Chemistry	Atomic structure principles, chemical bonding types, thermodynamics laws, organic functional groups, and spectroscopy basics
Mathematics for Biologists	Differential calculus methods, integral calculus applications, matrix operations, vector algebra, and statistical analysis
Physics for Biologists	Mechanics fundamentals, wave propagation, optics principles, electrostatics concepts, electromagnetic theory, and modern physics
Introduction to Biology	Cell biology basics, biomolecule structures, genetics fundamentals, microbiology essentials, and plant biotechnology overview
Computer Basics	Programming fundamentals, data structures concepts, algorithms basics, object-oriented programming, and bioinformatics software
Communication Skills	Technical writing techniques, presentation delivery methods, group discussion practice, and English language proficiency

BSc in Biotechnology Syllabus: Semester 2

BSc Biotechnology Semester 2 systematically advances core sciences. The programme strengthens molecular foundations through specialised subjects. Learners explore biochemistry pathways and computational tools essential for biotechnology operations.

Subject	Topics Covered
Biochemistry	Enzyme kinetics mechanisms, carbohydrate metabolism pathways, lipid metabolism processes, protein structure analysis, and nucleic acid chemistry
Microbiology	Bacterial classification systems, viral structure details, microbial growth kinetics, sterilisation techniques, and industrial microbiology applications
Biostatistics	Probability distributions, hypothesis testing methods, correlation analysis, regression models, ANOVA techniques, and data interpretation
Cell Biology	Cell signalling pathways, membrane transport mechanisms, cell cycle regulation, apoptosis processes, and extracellular matrix functions
Organic Chemistry	Hydrocarbon compounds, functional group reactions, stereochemistry principles, reaction mechanisms, and biomolecule synthesis
Environmental Science	Ecosystem dynamics, pollution control strategies, waste management practices, bioremediation techniques, and sustainable development principles

BSc Biotechnology 2026: Courses, Fees, Admission, Career Scope
BSc Biotechnology Course 2026: Eligibility, Fees, Entrance Exams
BSc Biotechnology Admission 2026: Eligibility, Process, Entrance Exams Required

BSc in Biotechnology Syllabus: Semester 3

BSc Biotechnology Semester 3 effectively introduces the core domains of biotechnology. The programme comprehensively covers genetic engineering and bioprocess fundamentals. Learners master recombinant DNA techniques and fermentation processes essential for industry careers.

Subject	Topics Covered
Genetics	Mendelian inheritance patterns, linkage mapping techniques, mutation types, gene regulation mechanisms, and population genetics principles
Molecular Biology	DNA replication processes, transcription machinery, translation mechanisms, operon functions, and gene cloning strategies
Bioprocess Technology I	Fermentation kinetics principles, media formulation methods, sterilisation protocols, and bioreactor design fundamentals
Immunology	Antigen-antibody reactions, humoral immunity responses, cell-mediated immunity, vaccine development, and hypersensitivity reactions
Analytical Biochemistry	Spectroscopy techniques, chromatography methods, electrophoresis applications, centrifugation principles, and enzyme assays
Microbiology Lab	Microbial culturing techniques, staining methods, antibiotic sensitivity testing, and identification procedures

BSc in Biotechnology Syllabus: Semester 4

BSc Biotechnology Semester 4 develops genetic engineering skills proficiently. The programme emphasises molecular tools and downstream processing techniques. Learners gain expertise in recombinant protein production, which is critical for roles in the biopharmaceutical industry.

Subject	Topics Covered
Genetic Engineering	Restriction enzymes applications, vector selection, cloning strategies development, PCR techniques optimisation, and gene libraries construction
Bioprocess Technology II	Mass transfer principles, heat transfer mechanisms, downstream processing methods, and scale-up strategies implementation
Bioinformatics	Sequence alignment algorithms, phylogenetic analysis methods, database searching techniques, and molecular modelling software
Plant Biotechnology	Plant tissue culture techniques, genetic transformation methods, transgenic plants development, and stress tolerance engineering
Animal Cell Culture	Cell culture maintenance, hybridoma technology principles, transgenic animals creation, and stem cell applications
Genetic Engineering Lab	Plasmid isolation procedures, PCR amplification techniques, cloning experiments, and transformation protocols

BSc in Biotechnology Syllabus: Semester 5

BSc Biotechnology Semester 5 advances specialised applications strategically. The programme comprehensively focuses on industrial biotechnology and genomics. Learners acquire skills in enzyme technology and functional genomics vital for research leadership positions.

Subject	Topics Covered
Enzyme Technology	Enzyme production methods, immobilisation techniques, kinetics analysis, industrial applications, and bioreactor optimisation
Genomics & Proteomics	Genome sequencing technologies, gene expression profiling, protein structure prediction, and 2D gel electrophoresis techniques
Industrial Biotechnology	Antibiotic production processes, biofertilisers development, biopesticides formulation, biopolymers synthesis, and bioethanol production
Medical Biotechnology	Gene therapy approaches, monoclonal antibody production, vaccine technology advances, diagnostics development, and pharmacogenomics applications
Bioprocess Economics	Cost analysis frameworks, process optimisation strategies, regulatory compliance requirements, and GMP guidelines implementation
Elective I	Nanobiotechnology, Synthetic Biology, Marine Biotechnology, Food Biotechnology, or Environmental Biotechnology

BSc in Biotechnology Syllabus: Semester 6

BSc Biotechnology Semester 6 effectively integrates advanced bioprocesses. The programme culminates in systematic industry exposure and an emphasis on innovation. Learners consolidate knowledge through projects and specialisations essential for biotechnology careers globally.

Subject	Topics Covered
Advanced Genetic Engineering	CRISPR-Cas9 applications, TALENs technology, ZFNs methods, synthetic biology principles, and metabolic engineering strategies
Biopharmaceutical Technology	Upstream processing techniques, downstream purification methods, formulation development, and quality control systems
Computational Biology	Molecular dynamics simulations, protein folding predictions, drug design methodologies, and machine learning applications
Environmental Biotechnology	Waste treatment technologies, bioremediation strategies, phytoremediation techniques, and biosensors development
Elective II	Cancer Biology, Neurobiotechnology, Agricultural Biotechnology, Tissue Engineering, or Vaccine Technology
Research Project	Literature survey completion, experimental design formulation, data analysis execution, report writing, and presentation delivery

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Frequently Asked Questions

How does BSc Biotechnology incorporate CRISPR gene-editing technology?

Semester 6 Advanced Genetic Engineering covers CRISPR-Cas9 protocols, off-target effects analysis, and therapeutic applications, effectively preparing learners for careers in gene therapy research.

What synthetic biology concepts feature in the biotechnology curriculum?

Elective modules teach genetic circuit design, minimal genome construction, and orthogonal biosystems, enabling learners to successfully engineer novel biological systems for industrial applications.

Which bioinformatics tools does the BSc Biotechnology programme teach?

Semesters 2-6 progressively cover BLAST searching, Clustal Omega alignment, PyMOL visualisation, AlphaFold prediction, and Galaxy workflows essential for genomic data analysis pipelines.

How does the BSc Biotechnology curriculum address metagenomics and microbiome engineering?

Genomics courses explore 16S rRNA sequencing, shotgun metagenomic analysis, and microbial community editing, preparing graduates to develop innovative gut microbiome therapeutics.

What bioprocessing 4.0 technologies appear in the BSc Biotechnology course syllabus?

Bioprocess Technology integrates PAT monitoring, continuous manufacturing systems, digital twins modelling, and Industry 4.0 sensors, training learners for next-generation biopharmaceutical production facilities.

BSc Biotechnology Syllabus: Semester-wise Breakdown

BSc in Biotechnology Syllabus: Semester-wise Breakdown

Overview

BSc in Biotechnology Syllabus: Semester-wise Breakdown

BSc in Biotechnology Syllabus: Semester 1

BSc in Biotechnology Syllabus: Semester 2

Read More

BSc in Biotechnology Syllabus: Semester 3

BSc in Biotechnology Syllabus: Semester 4

BSc in Biotechnology Syllabus: Semester 5

BSc in Biotechnology Syllabus: Semester 6

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PSGR Krishnammal College for Women

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PSGR Krishnammal College for Women

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PSGR Krishnammal College for Women

PSGR Krishnammal College for Women

PSGR Krishnammal College for Women

Frequently Asked Questions

How does BSc Biotechnology incorporate CRISPR gene-editing technology?

What synthetic biology concepts feature in the biotechnology curriculum?

Which bioinformatics tools does the BSc Biotechnology programme teach?

How does the BSc Biotechnology curriculum address metagenomics and microbiome engineering?

What bioprocessing 4.0 technologies appear in the BSc Biotechnology course syllabus?