
Updated on Mar 17, 2025
Dharti Bhadla
Updated on Mar 17, 2025
Dharti Bhadla
MSc Genetics and Plant Breeding is a postgraduate programme focusing on improving crops through genetic principles and practices. It imparts knowledge about breeding methods, equipping the students with skills to develop new, resilient plant varieties.
MSc Genetics and Plant Breeding is a 2-year Master-level programme that can be pursued after BSc with Biology domain. The course emphasizes the genetic improvement of crops, aiming to develop varieties that are resistant to pests, diseases, and environmental stresses.
In this course, students will gain various aspects of plant breeding, including traditional selection methods and modern molecular techniques.
Programme name | Master of Science in Genetics and Plant Breeding |
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Duration | 2 years |
Eligibility | Minimum 55% in BSc Biology domain from UGC recognised university. |
Admission | Based on entrance exam merit ICAR AIEEA PG, LPUNEST, SAAT, OUAT, SOE TAP or other university-level exams. |
Average Course Fee | Government institutes: INR 6,000 to 20,000 Private institutes: INR 2,50,000 to 4,00,000 |
Job Options | Plant Breeder, Plant Geneticist, Farm Manager, Agronomist, Assistant Professor, Associate Researcher, etc. |
Average Salary | INR 3 lakh to 6 lPA |
Top Recruiting Area | Nurseries, Plant breeding centers, Agriculture ministries, Research laboratories, Crop research directories, Academic institutes, etc. |
Pursuing MSc Genetics and Plant Breeding is beneficial for those seeking to gain expertise in seed development and contribute to plant research, food security, biotechnology, etc.
To be eligible for MSc Genetics and Plant Breeding, one must have studied BSc in the Biology domain such as BSc Agriculture, BSc Biotechnology, BSc Hons. Botany, or other equivalent degree.
Minimum 55% marks is required in BSc from any UGC recognized institute. Also qualifying an entrance exam is mandatory for admission.
For admission in MSc Genetics and Plant Breeding, many private universities considered a 10+2+3 score. However, government universities give admission on the basis of entrance exam scores. An entrance exam accepted by such institutes are ICAR AIEEA PG, LPUNEST, SAAT, OUAT, SOE TAP or they may conduct university-level exam.
The candidates have to follow these steps to apply for the course.
University will send the confirmation if the applicant is selected for the admission. Upon selection, candidates have to go for documents verification and counselling rounds. Admission will be confirmed when the candidate pays the course fees.
There are many government and private colleges/universities in India offering this course.
Some of the best institutes are tabulated below.
ICAR/NIRF Ranking | Institute name | Government/Private | ELigibility | Average Annual Fees (INR) |
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2 | Punjab Agriculture University, Ludhiana | Government | BSc | 92,580 |
3 | Indian Agriculture Research Institute, New Delhi | Government | BSc + AIEEA (PG) | 26,400 |
8 | Tamil Nadu Agricultural University, Coimbatore | Government | BSc | 44,825 |
19 | Kerala Agriculture University, Thrissur | Government | BSc | 30,700 |
17 | Sardar Vallabh Bhai Patel University of Agriculture and Technology, Meerut | Government | BSc with 55%+UPCATET | 63,700 |
38 | Siksha ‘O’ Anusandhan University, Orissa | Private | BSc + SAAT | 1,80,000 |
56 | Sam Higginbottom University of Agriculture Technology and Science, Allahabad | Private | BSc | 1,22,000 |
- | Mahatma Jyoti Rao Phoole University, Jaipur | Private | BSc with 55% | 82,500 |
MSc Genetics and Plant Breeding syllabus majorly includes subjects like plant genetics, crop improvement. cytogenetics, plant pathology, breeding principles, electives and dissertation in the final semester.
The table below represents the MSc Genetics and Plant Breeding syllabus designed by Vishva Bharti in accordance with UGC and ICAR guidelines. The University of Kerala follows the similar syllabus with additional electives like plant biotechnology, biophysics, transgenic plants, etc.
Semester 1 | Semester 2 |
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Principles of geneticsPrinciples of plant breeding Cell biology and molecular geneticsBreeding for biotic and abiotic stress resistance | Principles of cytogeneticsPrinciples of quantitative geneticsMutagenesis and mutation breedingHeterosis breedingBreeding legumes, oilseeds and fibre cropsBreeding for quality traitsGene regulation and expressionGermplasm collection, exchange and quarantine |
Semester 3 | Semester 4 |
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Population geneticsBiotechnology for crop improvementBreeding cereals, forages and sugarcaneMaintenance breeding, concepts of variety release and seed productionDatabase management, evaluation and utilization of PGR | Credit seminarDissertation and Thesis writing |
One can explore various career paths in the field of agriculture, plant research, forestry, academia, and pharma industry.
One can expect the starting salary around INR 4 to 6 LPA which further increases depending on experience, expertise gained, job position, industry type, and location. One can earn up to INR 10-12 LPA for senior level roles in this field.
Here are some job profiles and descriptions that can be explored after MSc Genetics and plant Breeding
MSc Genetics and Plant Breeding offers a wide scope with diverse opportunities in seed companies, research labs, plant breeding centers, etc.
Though both, MSc Genetics and Plant Breeding and MSc Agriculture includes study of plant science, they vary in specialization, skills, depth of concepts, and practical training.
Parameters | MSc Genetics and Plant Breeding | MSc Agriculture |
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Duration | 2 years | 2 years |
Focus | It focuses on plant genetics, molecular biology, and plant breeding techniques | This course gives a broad overview of agricultural sciences. |
Curriculum | It covers topics like plant genetics, molecular markers, plant breeding methodologies, bioinformatics, and genomics. | It includes a wide range of agricultural disciplines, with specialization in areas like plant breeding, genetics, agronomy, or horticulture. |
Career Paths | Plant breeder, geneticist, research scientist in seed companies, agricultural research institutions, and biotechnology firms. | Agronomist, farm manager, agricultural scientist, extension officer, consultant, and researcher. |
Skills Developed | Expertise in genetic analysis, molecular breeding, and crop improvement techniques. | Expertise in various agricultural practices, crop management, and problem-solving in agricultural systems. |
Avg. Salary | INR 6-12 LPA | INR 4 to 8 LPA |
It is a practice of deliberately manipulating plant genetics to create new varieties with desirable traits. It aims to improve crop yields, nutritional value, disease and pesticide resistance, etc.
Yes, candidates with BSc in any biology branch are eligible to apply for MSc Genetics and Plant Breeding. Having a BSc Biotechnology degree adds benefit for this course as the students have learned plant biotechnology or plant tissue culture techniques during BSc.
People can conduct research in various areas of plant science and obtain a PhD degree. Some common areas of research are PhD Agriculture, PhD Agronomy, PhD Horticulture, PhD Plant Tissue Culture, etc.
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