MSc Botany syllabus and subjects 2025 provide an in-depth understanding of plant biology through theory, practicals, fieldwork, and research. Core subjects include Genetics, Cell Biology, Plant Physiology, and Biotechnology. Students gain hands-on skills in tissue culture, cytogenetics, and molecular techniques. Electives like Forest Ecology and Palaeobotany offer advanced insights. Entrance exams such as SVUCET, CUET PG, LPUNEST, and TUEE assess UG-level knowledge. The course prepares students for careers as Botanists, Researchers, Ecologists, or Professors. Top reference books like Cell and Molecular Biology by G. Karp support strong academic foundations and lab excellence.
Master of Science in Botany ( MSc Botany) is a postgraduate degree of two years. MSc Botany syllabus focuses on Structure, Metabolism, Reproduction, Evolution and Development and the relationship of all Plants with the Environment. MSc Botany primarily focuses on the study of each and every aspect of plant life.
MSc Botany syllabus provides students with a thorough grasp of Botany, including Plant Morphology, Anatomy, Physiology, Taxonomy, Genetics, Ecology, and Biotechnology. Students get a strong understanding of the plant kingdom's richness and diversity via a combination of theoretical knowledge and practical instruction.
Students in the MSc Botany subjects participate in intensive coursework, laboratory activities, fieldwork, and research projects. They learn how to conduct scientific research, evaluate data, and interpret results. Students learn to recognise different plant species, research their development patterns, assess their ecological connections, and investigate their possible uses in diverse sectors via hands-on experience.
Also Read: MSc Botany
Master of Science in Botany is a 2-year postgraduate degree that gives students extensive knowledge of plant science through theory, laboratory work, field studies, and research.
Section | Details |
---|---|
Course Duration | 2 Years (4 Semesters) |
Key Focus Areas | Structure, Metabolism, Reproduction, Evolution, Development, and Plant-Environment Relationships |
Core Subjects | Microbiology, Phycology, Cell Biology, Genetics & Genomics, Plant Physiology, Biochemistry, Bioinformatics |
Elective Subjects | Forest Ecology, Plant Pathology, Pteridophyte Biology, Advanced Plant Physiology, Ecology & Environment, Palaeobotany |
Practical & Lab Subjects | Phycology, Mycology, Plant Morphology & Anatomy, Reproductive Biology & Tissue Culture, Molecular Techniques, Cytogenetics |
Eligibility | BSc degree in Botany or related fields; Merit or Entrance Exams |
Entrance Exams | SVUCET, CUET PG, LPUNEST, TUEE |
Average Course Fee | INR 25,000 – INR 1.2 Lakh per annum |
Job Profiles | Botanist, Floriculturist, Ecologist, Environmentalist, Plant Conservationist, Researcher, Professor |
Top Hiring Sectors | Research Institutes, Botanical Gardens, Agricultural Firms, Biotech Companies, Environmental Consultancies, Colleges & Universities |
The MSc Botany syllabus 2025 is carefully structured to provide students with detailed theoretical knowledge, practical skills, and research exposure across four semesters. Below is the complete year-wise breakdown:
MSc Botany First Year Syllabus
Listed below are the course syllabi of the MSc Botany first year.
Semester 1 | |
---|---|
Phycology | Bryology and Pteridology |
Mycology | Gymnosperm and Palaeobotany |
Semester 2 | |
Plant Morphology and Anatomy | Reproductive Biology, Morphogenesis and Tissue culture |
Taxonomy of Angiosperms | Cell and Molecular Biology |
MSc Botany Second Year Syllabus
Listed below are the course syllabi of the MSc Botany second year.
Semester 3 | |
---|---|
Plant Physiology and Biochemistry | Plant Biotechnology |
Plant Biochemistry and Biochemical Techniques | Cytogenetics, Plant Breeding and Biostatistics |
Semester 4 | |
Plant Resource, Utilisation, and Conservation | Plant Molecular Biology and Molecular Techniques |
Plant Biotechnology, Bioinformatics and IPR |
Also Read: BSc Botany Colleges in India
The MSc Botany core subjects 2025 build deep plant science knowledge for research, academics, and biotech careers.
Core Subject Name | Key Focus Area |
---|---|
Microbiology | Microbes in plant ecosystems health |
Phycology | Algae diversity and ecological importance |
Cell Biology | Plant cell structure and functions |
Genetics & Genomics | Heredity and genome analysis tools |
Plant Physiology | Plant processes and metabolism studied |
Biochemistry | Biomolecules and plant chemical processes |
Bioinformatics | Data tools for genome research |
The MSc Botany elective subjects 2025 offer students specialised knowledge to explore advanced areas in plant science, ecology, and biotechnology.
Elective Subject Name | Key Focus Area |
---|---|
Forest Ecology | Forest ecosystems and biodiversity conservation |
Plant Pathology | Plant diseases and management strategies |
Pteridophyte Biology | Diversity and evolution of ferns |
Advanced Plant Physiology | Complex plant functions and responses |
Ecology & Environment | Plant interactions with environments |
Palaeobotany | Fossil plants and ancient vegetation |
The MSc Botany lab subjects 2025 strengthen students’ research and practical skills through hands-on experiments, plant studies, and advanced laboratory techniques.
Lab Subject Name | Key Focus Area |
---|---|
Phycology | Algae study and slide preparation |
Mycology | Fungi culture and microscopic analysis |
Plant Morphology & Anatomy | Plant dissection and tissue study |
Reproductive Biology & Tissue Culture | Plant reproduction and culture techniques |
Plant Molecular Biology & Techniques | DNA extraction and gene study |
Plant Physiology | Experiments on plant physiological functions |
Biochemical Techniques | Enzyme assays and metabolite analysis |
Cytogenetics, Plant Breeding & Biostatistics | Chromosomes, hybridisation, data analysis |
Also Read: BA Botany Colleges in India
Here are the MSc Botany lab subjects:
To get admission into the course of MSc Botany, there are a lot of entrance exams held by different colleges and universities. An entrance exam and a good merit score from the undergraduate degree program of the same course are essential to get MSc Botany admission. The MSc Botany entrance exams are as follows :
SVUCET: SVUCET entrance exam syllabus for MSc Botany includes topics from undergraduate Botany such as Plant Physiology, Taxonomy, Genetics, Cell Biology, Ecology, and Biotechnology, along with basic General Science and Reasoning.
CUET PG: CUET PG entrance exam syllabus for MSc Botany covers core Botany subjects like Plant Morphology, Anatomy, Reproductive Biology, Molecular Biology, Plant Biotechnology, Ecology, Genetics, and Biostatistics, plus General Aptitude.
LPUNEST: LPUNEST entrance exam syllabus for MSc Botany includes undergraduate-level Botany topics such as Plant Diversity, Physiology, Biochemistry, Genetics, Ecology, Cell Biology, and basic General Awareness and Reasoning Ability.
TUEE: TUEE entrance exam syllabus for MSc Botany includes UG Botany subjects like Plant Anatomy, Morphology, Physiology, Molecular Biology, Genetics, Ecology, Biotechnology, and basic questions on General Science and Analytical Ability.
Also Read: BSc Botany
Given below is a list of books that the students of MSc Botany can refer to while pursuing the course:
Book Title | Author/Details |
---|---|
Concise Encyclopedia for Plant Pathology | P. Vidhyasekaran |
A Dictionary of Ecology, Evolution and Systematics | R.J. Lincoln, G.A. Boxshall, P.F. Clark |
Chemical Microbiology | Rose |
Encyclopedia of Plant and Crop Science | Various Contributors |
Practical Botany | Ashok Bendre |
Cell and Molecular Biology: Concepts and Experiments | G. Karp |
Textbook of Botany | Pardey |
The MSc Botany course curriculum is divided into subjects, projects, research, and seminars. The MSc Botany syllabus is structured into four semesters, with the first three consisting of practicals and theories and the fourth consisting of research dissertation submission and optional courses and their practicals.
The MSc Botany syllabus includes a variety of teaching methods and tactics to help students understand the broad range of subjects covered in their lectures. Several instructional approaches and tactics are used in the M.Sc Botany curriculum, including:
The MSc Botany syllabus includes projects in the final year. It contains several credit points that may be used to qualify for the course, further your education, or career. Some MSc Botany project ideas are as follows:
Top reference books for the MSc Botany syllabus 2025 include Concise Encyclopedia for Plant Pathology by P. Vidhyasekaran, Cell and Molecular Biology by G. Karp, Practical Botany by Ashok Bendre, and A Dictionary of Ecology, Evolution and Systematics by R.J. Lincoln. These books help deepen theoretical knowledge and practical lab skills.
After completing MSc Botany 2025, students can work as Botanists, Ecologists, Plant Conservationists, Floriculturists, Environmental Consultants, Researchers, or Professors. MSc Botany graduates are employed in universities, research institutes, botanical gardens, environmental organisations, and biotech companies, contributing to plant research, conservation, and sustainable development projects in various sectors.
The MSc Botany entrance exam syllabus 2025 covers undergraduate-level Botany topics such as Plant Physiology, Cell Biology, Genetics, Ecology, Taxonomy, and Biotechnology. It also includes General Science, Reasoning, and English. Each university’s exam pattern may vary, so students must review the specific syllabus for SVUCET, CUET PG, LPUNEST, or TUEE.
The MSc Botany course 2025 includes core subjects like Microbiology, Phycology, Cell Biology, Genetics and Genomics, Plant Physiology, Biochemistry, and Bioinformatics. These core subjects strengthen students’ understanding of plant life, structure, functions, and molecular techniques, ensuring they build strong foundations for advanced study and professional opportunities in plant sciences.
The MSc Botany syllabus 2025 covers core areas like Plant Morphology, Anatomy, Physiology, Taxonomy, Genetics, Ecology, Biotechnology, and Molecular Biology. It combines theory, lab work, fieldwork, and research projects to help students gain practical skills and in-depth plant science knowledge for careers in research, teaching, and the biotechnology industry.