Master of Science

Botany | M.Sc.(Bot)

It is a post graduate program which is of 2 years duration. Graduates in Botany can choose this course as a higher study option. This course aims at providing knowledge about the basic concepts concerning various areas associated with the field of Botany.

Autonomy has given us the opportunity to frame the syllabus with a blend of Classical and Applied Botany which will open an array of opportunities in Higher Studies, Entrepreneurship, Research and Consultancy. Students will be geared up to get jobs in various industries such as Cosmetic, Pharmaceutical and Horticulture Industry.

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Key Information


Flipped classroom is used by many of faculty members. Learners are provided with Web link of videos before the actual teaching, in order to demonstrate certain processes. Group discussions also facilitate to convey certain complex concepts. Students are distributed in small groups and peer assessment among them is practiced. Cooperative learning strategy is applied to make teaching learning process interactive. Students prefer project based learning over other methods because it gives more hands-on experience and improves their practical skills. Review writing of research articles is one of the activities specifically designed for PG students. Field based experiments are conducted for PG students particularly to understand the concepts of Ecology.

Career Prospects

It is a career-oriented course for botany graduates. These Post-graduates have equal job openings in the Private sector and Government sector. They have good employment opportunities in several foreign countries as well. A number of fields open up for botany post-graduates to excel in such as

  • Food Industries
  • Horticulturist
  • Research institutes
  • Cancer biology
  • Indian forest services
  • Plant biotechnology
  • Academics
  • Environmental Journalist
  • Departments of Agriculture and Water
  • Nature Conservation
  • Floriculture Industries
  • Hydroponics
  • National parks
  • Plant resources laboratory
  • Chemical industry
  • Herbal cosmetics
  • Green house technology
  • Plant health inspection services
  • Seed companies and nurseries
  • Land management agencies
  • IPR consultant
  • Environmental Protection Agency
  • Medicinal Plant Resources Laboratory (Pharmaceuticals)


Eminent Alumni

Programme Outcomes

  • Maintain a high level of scientific excellence in botanical research with specific emphasis on the role of plants.
  • Think logically to find application of biological, physical and chemical sciences.
  • Develop analytical and integrative problem-solving.
  • Design Innovative research projects.
  • Develop a Global perspective.


First Year (Semester- I)

The course focuses on lower group of plants like Algae,mycology and learner will be able to understand microbiology as interdisciplinary approach in plant diversity.

This course deals with Cryptogams like bryophyta and pteridophyta and phanerogams as gymnosperms .Learner will be able to predict the evolution pattern of extinct plants by studying paleobotany.

The course content is based on taxonomy and ethnobotany with basic concepts in principle of pharmacognosy and related medicinal plants.

This course is based on functions in botany which includes economic botany ,phytotomy,palynology and developmental botany.

First Year (Semester- II)

Learners will be able to predict the plant-environment interaction after they study the physiology of photosynthesis, Seed and Stress physiology. Learners can design in vitro growth conditions through the concept of metabolism of plant growth hormone.

Learners will be able to demonstrate the relationship between organism and corresponding niche after studying the concept of ecology and population ecology. Environmental Botany, Plant geography and forestry enables them to predict the interaction between population and environment.

Learners will be able to interpret the structure and regulatory function of nucleic acids with the concept of molecular biology and Gene expression control. Recombinant DNA Technology and Genetic engineering principals enables them to apply the technique in research for innovation.

This interdisciplinary course involves practical aspects of Biostatistics and Bioinformatics. Research methodology and IPR concepts are introduced to design the research projects and facilitate the legal aspect of research as intellectual property.

Second Year (Semester- III)

This course introduces advanced techniques for separation and detection along with important laboratory equipment of sedimentation and visualization.

This course provides an outline of the concept of Gene mapping. It covers fundamentals of cancer in correlation with erroneous cell cycle regulation. The course also gives a glimpse of inborn errors of metabolism, their biochemistry, manifestation and therapies, along with different genetic tools useful for diagnostic purposes.

This course elucidates fundamentals of plant tissue culture and its advanced applications for metabolite engineering, aiming at in-demand synthesis of biomolecules.

This course deals with advanced applications of biotechnology in industry, with recent trends in nanotechnology. It also provides a good overview regarding entrepreneurship skills.

Second Year (Semester- IV)

This course provides information about immunity , immunological techniques and also gives an overview of clinical research.

This course will introduce students to research ethics and acquaint them with the free accessible Open educational research tools and the research funding agencies.

For detail LOCF (Learning Outcome-based Curriculum framework) please refer below link


  • Departmental festival Vruksham (workshop, exhibition, guest lecture).
  • Start up.
  • Mandatory project based learning.
  • Seminars on research in plant science
  • Hands on training
  • Swayam courses as internal evaluation
  • Six month internship at renowned institutes

Head of the Department

Mrs Supriya Janbandhu
Associate Professor
+91 9821596217