Masters (Msc) agriculture in genetics and plant breeding course college Dehradun Uttarakhand

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Course Overview

School School of Agricultural Sciences
Eligibility B.Sc. (Ag.) 45% and 40% in case of SC/ST categories
Duration 2 Years
Admission Process On the basis of Entrance Exam /Merit

Download Syllabus

A Master of Science degree in Genetics & Plant Breeding is a 2 Years postgraduate-level program designed to equip students with the necessary knowledge and skills for pursuing careers in the field of plant science or crop improvement. SGRR University Dehradun, the best Masters (M.Sc.) agriculture in genetics and plant breeding course college Dehradun Uttarakhand knows, the course addresses the growing demand for specialized human resources in agriculture research and the international market. It aims to educate students in the latest technologies such as biotechnology, nanotechnology, and artificial intelligence, and their applications in crop improvement. Furthermore, it emphasizes the development of entrepreneurial abilities to meet the evolving demands of the industry.

Why Students should Pursue Msc Agriculture in Genetics and Plant Breeding Course:

Pursuing an M.Sc. (Ag.) Genetics & Plant Breeding course offers numerous advantages and opportunities for students. Here are ten compelling reasons to consider this program:

1) Promising Career Prospects: The course prepares students for rewarding careers as Plant Breeders or Scientists in the fields of Plant Science and Crop Improvement.

2) Wide Range of Opportunities: This highly valued professional degree opens doors to diverse sectors, including agriculture and various related industries.

3) Government and Private Sector Jobs: Graduates can explore employment opportunities in both government organizations, such as State Departments of Agriculture, ICAR, ICFRE, DST, and private companies.

4) Academic Pursuits: Graduates can pursue teaching and research positions in academic institutions as professors, plant breeders, or plant geneticists.

5) Extension Services: Opportunities exist in extension services, working closely with farmers and agricultural communities to provide guidance and support.

6) Seed Industry: The seed industry offers attractive job prospects with competitive salary packages.

7) Research Organizations: Employment options include research positions in reputed organizations dedicated to agriculture and plant sciences.

8) Entrepreneurship Opportunities: Graduates can establish their own plant breeding enterprises or consultancy services, contributing to agricultural innovation and growth.

9) Contribution to Food Security: Through their expertise, graduates play a vital role in developing improved crop varieties, enhancing food production, and addressing global food security challenges.

10) Lucrative Salary: M.Sc. Ag. Genetics & Plant Breeding graduates can expect competitive salaries, with an average annual income of around INR 8,00,000.

Overall, pursuing an M.Sc. in Genetics & Plant Breeding offers a dynamic and promising career path, abundant opportunities, and the chance to make a meaningful contribution to the field of agriculture.

Job Opportunities for Msc Ag Genetics and Plant Breeding Graduates: 

Plant Breeder: Work in research institutions or seed companies to develop improved plant varieties with desirable traits.

Crop Scientist: Conduct research and analysis to optimize crop production methods and address challenges related to plant diseases, pests, and environmental factors.

Geneticist: Apply genetic principles and techniques to study plant genomes, genetic variations, and inheritance patterns for crop improvement.

Agronomist: Provide expertise in crop management, soil science, and agricultural practices to maximize productivity and sustainability.

Seed Production Manager: Oversee seed production operations, ensuring quality control and efficient seed processing for commercial use.

Biotechnologist: Utilize biotechnological tools and techniques for genetic engineering, molecular marker analysis, and tissue culture applications in crop improvement.

Research Scientist: Engage in research projects focused on genetic and breeding advancements, collaborating with academic or private research institutions.

Agriculture Extension Officer: Assist farmers and agricultural communities by disseminating knowledge and best practices related to plant breeding and crop improvement.

Consultant: Provide specialized advice and guidance on plant breeding strategies, crop improvement programs, and agricultural biotechnology to diverse stakeholders.

Entrepreneur: Establish a plant breeding enterprise or consultancy firm to offer services related to genetics and plant breeding, catering to the needs of farmers and agricultural industries.

Why to Choose SGRR University for Pursing Msc Agriculture in Genetics and Plant Breeding: 

SGRR University offers a remarkable education in the field of MSC Agriculture in Genetics and Plant Breeding, incorporating several key features for an exceptional learning experience:

Expert Faculty: SGRR University boasts a highly qualified and experienced faculty team specializing in genetics and plant breeding, providing students with excellent guidance and mentorship.

Research Excellence: The university offers extensive research opportunities in genetics and plant breeding, enabling students to engage in cutting-edge projects and contribute to advancements in the field.

State-of-the-Art Laboratories: SGRR University provides well-equipped laboratories with modern tools and technologies, facilitating practical sessions and research experiments.

Comprehensive Curriculum: The university has a comprehensive curriculum that covers all essential aspects of genetics and plant breeding, combining theoretical knowledge, practical skills, and industry-oriented training.

Industry Collaborations: SGRR University collaborates with renowned seed companies, research institutions, and agricultural organizations, offering students exposure to real-world applications and industry practices.

Download Fee Structure
Note:
  • Uniform Fee Extra
  • Fee structure  subject to revision from time to time.
  • The Institute without any prejudice reserves the right to change or delete any information without any prior information.
Schedule of Depositing the Fee:
  • 1st Installment at the time of Admission.
  • 2nd, 4th, 6th and 8th Installment (as applicable) - Last Date Payment: 15th January each academic year. 
  • 3rd, 5th and 7th Installment (as applicable) - Last Date Payment: 15th July each academic year.

 

FAQ: Is a background in agriculture necessary to pursue this course?

Answer: While a background in agriculture is helpful, it is not always mandatory. The M.Sc. Agriculture in Genetics and Plant Breeding program provides foundational knowledge and skills necessary for understanding and excelling in the field.

FAQ: What are the admission requirements for this course?

Answer: Typically, the admission requirements include a bachelor's degree in agriculture or a related field with a minimum specified percentage. It may vary from one university to another.

FAQ: What skills are important for success in this field?

Answer: Strong analytical and problem-solving skills, attention to detail, critical thinking, communication skills, and a passion for plant science and genetics are crucial for success in this field.

FAQ: Can this course be pursued through distance learning or online programs at SGRR University?

Answer: No, we do not offer this course through distance learning. 

FAQ: What research opportunities are available during the course?

Answer: Students can engage in research projects focusing on genetics, plant breeding, and crop improvement. They may have the opportunity to work with renowned research institutions, agricultural laboratories, or seed companies.

FAQ: Are there any fieldwork or practical training components in the course?

Answer: Yes, practical training, field visits, and internships are integral parts of the curriculum, allowing students to gain hands-on experience in genetics and plant breeding practices.

FAQ: What is the scope of this course in terms of global career opportunities?

Answer: The field of genetics and plant breeding offers promising career opportunities worldwide, as agricultural research and crop improvement are essential for addressing food security challenges globally. Graduates can explore employment opportunities in various countries and international organizations focused on agriculture and plant sciences.

 

Program Outcome (POs)

Quality education in Agriculture with special reference to Agronomy, Soil Science, Horticulture, Entomology, Plant Pathology and Seed Science and Technology to the solution of Agriculture related issues.
Understanding of analysis of complex on and off farm problems and their solution on sustainable manner
Skills to select and apply natural resources, modern techniques and IT tools for weather forecasting, soil analysis, pest management and quality seed production of food crops.
The methods of experimental design, analysis of data and their presentation.
Research based knowledge of the environment and recognizes the importance of crop biodiversity in the field to preserve agro-ecosystem
Analytical skills by correlating and integrating viable solution to solve problems with team spirit
Demonstrate and understand the impact of globalization and diversification of agriculture. Extension programmes to disseminate modern technologies for farmer’s welfare.
Farm management skills for improvement of socioeconomic condition of farmers.
Skills to recognize and evaluate the relationships between input and outputs cost: benefit ratio in their agricultural field to make effective decision .The programme will enhance job opportunities and entrepreneurship development.
Self-critical opinion to solve the on farm problems on sustainable basis. The students will generate a culture of lifelong learning in an inclined environment to get personal achievement and professional ethics
Know the recent development, future possibilities in agriculture sector. Provide comprehensive knowledge of agriculture production.
The students will generate a culture of lifelong learning in an inclined environment to get personal achievement and professional ethics.

Program Specific Outcome (PSO)

Memorize soil genesis, soil classification, soil survey and interpretation of soil survey report in land use planning
Develop skill on analytical techniques for soil, water and plant samples.
Acquire knowledge on soil physics, soil chemistry, soil fertility, nutrient management and fertilizer technology for sustainable agriculture
Provide consultancy for problems related to soil, water and nutrient management, project formulation and entrepreneurship development in Soil Science.

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