M.Sc. Agriculture in Genetics and Plant Breeding

M.Sc. in Agriculture in Genetics and Plant Breeding is a graduate-level program designed to equip students with advanced knowledge and skills in the fields of genetics, plant breeding, and biotechnology as applied to agriculture. Here are some key aspects of the course:

Curriculum: The curriculum typically covers a wide range of subjects including plant genetics, molecular biology, biotechnology, plant breeding techniques, statistics, crop improvement, seed technology, and bioinformatics.
Research: Students often engage in research projects throughout the program, which may involve genetic analysis, breeding experiments, or biotechnological approaches to crop improvement.
Practical Training: Hands-on training is a crucial component of the program, allowing students to gain practical experience in laboratory techniques, field trials, data analysis, and experimental design.
Specialization: Students may have the opportunity to specialize in specific crops or areas of interest within genetics and plant breeding, such as cereal crops, horticultural crops, or biotic and abiotic stress tolerance.
Seminar and Workshops: Regular seminars, workshops, and guest lectures are organized to expose students to the latest advancements, emerging technologies, and research trends in the field.
Career Opportunities: Graduates of M.Sc. Agriculture in Genetics and Plant Breeding can pursue various career paths in research institutions, seed companies, biotechnology firms, agricultural extension services, government agencies, and academia. Job roles may include plant breeder, geneticist, research scientist, biotechnologist, seed technologist, agricultural consultant, or educator.
Ph.D. Opportunities: The program also prepares students for further academic pursuits such as a Ph.D. in genetics, plant breeding, or related fields, enabling them to pursue careers in research and academia.
Impact: The knowledge and skills acquired through this program are instrumental in addressing global challenges such as food security, climate change, and sustainable agriculture by developing improved crop varieties with enhanced yield, quality, and resilience to biotic and abiotic stresses.

Overall, M.Sc. Agriculture in Genetics and Plant Breeding offers a comprehensive education that combines theoretical knowledge with practical skills to prepare students for rewarding careers in agricultural research, development, and innovation.

Program Outcomes

PO1 In-depth Agricultural and Breeding Knowledge: Apply advanced principles of genetics and plant breeding to address agricultural challenges and contribute to the development of improved crop varieties.
PO2 Technological Competence: Demonstrate proficiency in the use of modern tools and technologies such as molecular markers, sequencing tools, bioinformatics software, drones, ICT, GIS, robotics and data analysis software for precision breeding and agricultural research.

PO1 In-depth Agricultural and Breeding Knowledge: Apply advanced principles of genetics and plant breeding to address agricultural challenges and contribute to the development of improved crop varieties.
PO2 Technological Competence: Demonstrate proficiency in the use of modern tools and technologies such as molecular markers, sequencing tools, bioinformatics software, drones, ICT, GIS, robotics and data analysis software for precision breeding and agricultural research.
PO3 Problem Solving and Research Aptitude: Analyze complex agricultural problems using scientific methods and design innovative, research-driven solutions in plant breeding.
PO4 Communication and Collaboration: Communicate effectively with peers, researchers, and farming communities; present scientific findings clearly; and function efficiently in individual and team-based environments.
PO5 Entrepreneurial and Professional Readiness: Exhibit leadership and entrepreneurial capabilities to initiate agribusiness ventures, manage breeding programs, and prepare detailed project reports for funding and implementation.
PO6 Sustainability and Lifelong Learning: Integrate principles of environmental sustainability in breeding practices and recognize the importance of continuous learning to adapt to emerging trends and technologies in agriculture.

Programme Specific Outcomes

PSO1 Design, execute, and analyze genetic experiments in plant breeding, evaluating heritable traits and understanding cellular and molecular mechanisms.
PSO2 Develop structured plant breeding programs targeting biotic and abiotic stress tolerance and apply statistical tools for data analysis and interpretation.
PSO3 Understand varietal and hybrid seed production, utilize crop descriptors, and design effective breeding experiments for selection of superior genotypes.
PSO4 Comprehend the role of germplasm conservation and breeding techniques in varietal development.
PSO5 Manage breeding populations, account for genotype × environment interactions, and statistically analyze phenotypic and genotypic data for selection efficiency.
PSO6 Apply plant tissue culture, molecular breeding, and bioinformatics techniques to support crop improvement research and innovation.
PSO7 Utilize genomics, proteomics, and metabolomics tools in modern crop improvement strategies for nutritional enhancement and stress resilience.

Courses Offered (2 semesters per year)	Fee Per Semester (A) (Rs.)	One Time Fee (B) (Rs.)	1st Semester Fee (A+B) (Rs.)	Total Course Fee (Rs.)	7th & 8th Semester – Exam Fee for OJT/RW (Rs.)
M.Sc. Agriculture in Genetics and Plant Breeding	65000	29000	94000	289000	–

Courses Offered
(2 semesters per year)

Fee Per Semester (A) (Rs.)

One Time Fee (B) (Rs.)

1st Semester Fee (A+B) (Rs.)

Total Course Fee (Rs.)

7th & 8th Semester – Exam Fee for OJT/RW (Rs.)

M.Sc. Agriculture in Genetics and Plant Breeding

65000

29000

94000

289000

–

Modes of Payment

‘The Neotia University’

Bank of Baroda
A/C No. 6595020000033
IFSC Code : BARBOVJOKOL
Branch : SME Branch, Kolata-700001

Students can make the payment of Fee by following modes

1. Demand Draft in the name of
The Neotia University
2. Cheque in the name of
The Neotia University
3. Online Payment of
The Neotia University website

Residential Facilities

The University is equipped with avant-garde Infrastructure. We offer a rather impressive array of facilities viz smart classrooms, modern laboratories, conference and seminar halls, Wi-Fi enabled campus, a high-tech Learning Resource Centre, state-of-the-art IT Centre, clean and airy student residences, mess serving wholesome meals, indoor and outdoor sport facilities including a plush new gymnasium with latest equipments. Campus Banking Facilities, Doctor-on-call and Hospital Linkages are also available to enhance the student’s convenience.

Dining and Housing

Swimming Pool

Gymnasium

Health and Wellbeing

Ragging Free Campus

Step 1

Step 2

Appear for Admission Entrance Test

Step 3

Test Results

Step 4

Provisional Admission

Step 5

Final Admission

Step 1:

Sign up /Fill up the Application Form

The student must first complete the Registration/Enquiry Form via the TNU website (www.tnu.in) or any other online platform that provides access to the TNU Registration/Enquiry link. Upon submitting the Registration Form, the student will receive a link via email, SMS, or WhatsApp to complete the Application Form. The Admission Counsellor at TNU will assist in filling out the form. Upon submission, a unique application number will be assigned to the student.

Step 2:

Appear for Admission Entrance Test

All undergraduate course applicants are required to take an admission entrance examination. Once the Application Form is submitted, the Admission Test option will become available on the Student Dashboard. By selecting this link, students can complete the test at their convenience from any location. Students applying for lateral entry into postgraduate courses are exempt from this test. A distinct admission test will be organized for PhD candidates.

Step 3:

Test Results

Within 24 hrs. of Admisison Test, the test results will be available at student’s Dashboard. 40% is the qualifying marks for the test.

Step 4:

Provisional Admission

Following the submission of the Application Form, if the student successfully passes the entrance examination, they may secure provisional admission in their chosen and available course by remitting a fee of Rs.10,000/-. The payment procedure and link are provided above. Upon completion of the payment via TNU’s Payment Gateway, a receipt will be generated and can be accessed on the student’s Dashboard.

Step 5:

Final Admission

After students receive their H.S (10+2) marks and meet TNU’s eligibility requirements for a specific course, they may secure final admission by remitting the outstanding balance of the first semester fee. Once the final admission fee is paid, a UID number will be generated for the student, allowing them to attend classes. The provisional start date for classes is set for August 1, 2025.

Important Dates

Online Registration Starts From	Started from January 2025
Provisional Admission	Started from January 2025
Entrance Examination Date	March 2025 to July 2025
Declare of Test Results	Within 24 hours of appearing the test
Last date of Admission	31st July 2025(For PG, Nursing, GNM etc courses will be informed separately as per UGC/ State, Central Govt. norms.)

FAQs

What are the qualifying criteria to take admission?

Need to pass B.Sc in Agriculture with 60% followed with Personal Interview.

Is there any Entrance Test required?

No, Personal Interview will be taken before admission.

What are the semester fees?

Admission fees-29000/- + Semester fees-65000/-

Is there any Extra Fees required?

No other fees required.

Is there any Govt approval Required? Does TNU have the approval for the course?

UGC approval.

How many faculty members do you have in this course?

University have 37 Professors in this department.

Is there any scholarship available?

No, University scholarship will not be given to any master degree student.

What is the placement scenario?

Yes, Student will get placement support.

How to Apply?

Student need to get filled up online application form (Post Graduate Form) by paying Rs.300/-

What is the placement scenario of this course? Will I get a job after this course?

Yes, student gets placement after this course.

Course Offered	Duration (in Years)	Eligibility
M.Sc. Agriculture in Genetics and Plant Breeding	2 Years	(a) B.Sc. Ag with minimum 60% marks (b) A Personal Interview by the Hon’ble Vice-Chancellor / Competent Authority of the University

Curriculum: The curriculum typically covers a wide range of subjects including plant genetics, molecular biology, biotechnology, plant breeding techniques, statistics, crop improvement, seed technology, and bioinformatics.
Research: Students often engage in research projects throughout the program, which may involve genetic analysis, breeding experiments, or biotechnological approaches to crop improvement.
Practical Training: Hands-on training is a crucial component of the program, allowing students to gain practical experience in laboratory techniques, field trials, data analysis, and experimental design.
Specialization: Students may have the opportunity to specialize in specific crops or areas of interest within genetics and plant breeding, such as cereal crops, horticultural crops, or biotic and abiotic stress tolerance.
Seminar and Workshops: Regular seminars, workshops, and guest lectures are organized to expose students to the latest advancements, emerging technologies, and research trends in the field.
Career Opportunities: Graduates of M.Sc. Agriculture in Genetics and Plant Breeding can pursue various career paths in research institutions, seed companies, biotechnology firms, agricultural extension services, government agencies, and academia. Job roles may include plant breeder, geneticist, research scientist, biotechnologist, seed technologist, agricultural consultant, or educator.
Ph.D. Opportunities: The program also prepares students for further academic pursuits such as a Ph.D. in genetics, plant breeding, or related fields, enabling them to pursue careers in research and academia.
Impact: The knowledge and skills acquired through this program are instrumental in addressing global challenges such as food security, climate change, and sustainable agriculture by developing improved crop varieties with enhanced yield, quality, and resilience to biotic and abiotic stresses.

M.Sc. Agriculture in Genetics and Plant Breeding

Apply Now