Duration
Eligibility
Fees
Admission Open 2026-27 | M.Sc. Agriculture (Agronomy)
About the M.Sc. Agriculture (Agronomy)
Usha Martin University’s M.Sc. (Agri.) Agronomy program is a specialized postgraduate program created for students who are enthusiastic about cutting-edge agricultural sciences, environmentally friendly farming methods, and contemporary agronomic approaches. This M.Sc. Agriculture course offers a thorough understanding of crop management, soil fertility, plant nutrition, weed control, and irrigation techniques in response to the growing need for qualified workers in the agriculture industry. This two-year degree equips students with both theoretical knowledge and practical exposure, making them industry-ready professionals.
The foundation of the Indian economy is still agriculture, and agronomy is essential to maintaining sustainable farming methods and food security. Students who take the M.Sc. Agronomy course become proficient in resource management, crop production enhancement, and the most recent agronomic research techniques. This course prepares graduates for careers in research institutes, agribusiness firms, government agricultural departments, and consultancy roles.
Programme Overview
The M.Sc. (Agri.) Agronomy program at Usha Martin University offers comprehensive instruction in crop physiology, soil and water conservation, climate-resilient agriculture, and scientific agricultural methods. The basic classes, electives, fieldwork, and research projects are all thoughtfully arranged across the curriculum. This M.Sc. Agriculture program covers several important topics, such as:
- Principles of Agronomy
- Crop Physiology and Production Techniques
- Soil Fertility and Nutrient Management
- Irrigation and Water Management
- Weed Science and Pest Management
- Sustainable Agriculture and Precision Farming
- Agricultural Meteorology and Climate Change
- Research Methodology in Agronomy
- Advanced Field Crop Production
- Agricultural Biotechnology Applications
Students gain knowledge in sustainable agronomic methods through a combination of academic and practical study, which enables them to make valuable contributions to the agriculture industry.
- PEO1: Graduates will be able to develop the conceptual and practical knowledge, skills and competency related to the various aspects of agriculture and allied sciences
- PEO2: Graduates will be agricultural professionals or experts who will help to solve technological as well as production problems in the agriculture and allied fields.
- PEO3: Graduates will be able to develop entrepreneurial skills, creativity and innovation in the field of agricultural science and related sectors.
- PEO4: Graduates will be able to develop professional skills with ethical and moral responsibilities in the workplace/society and contribute to the country’s economic growth & development.
- PEO5: Graduates will have the opportunity to pursue higher education in agriculture or allied sectors.
- PEO6: Graduates will be engaged in independent and life-long learning in the ever-changing agricultural production system or enterprise.
On successfully completing the agriculture program the student will be able to:
- PO1: Understand in-depth knowledge of agriculture and its allied fields.
- PO2: Apply sustainable farming methods and practices to enhance agricultural productivity while conserving natural resources.
- PO3: Deliver relevant extension services effectively by providing quality services and assistance to agriculture sectors.
- PO4: Identify various business opportunities and demonstrate scientific knowledge and skills of a prospective entrepreneur.
- PO5: Demonstrate legal & ethical practices impacting agriculture enterprises and exhibit an understanding of the ethical implications of decisions.
- PO6: Engage in critical thinking by analysing the situations and communicate & work effectively in a team
- PSO1: Students learn about crop production management (oil seeds, fibers, legumes, cereals etc.) as well as farming system (IFS, organic farming, conservation farming etc.) and their modern concepts and principles according to climate change and current challenges.
- PSO2: Students learn the techniques to analyze the soil for its various physico-chemical properties, nutrient status, water related issues and thereby managing the crops for higher use efficiency under varying land and weed dynamic scenario
- PSO3: Students develop the skill to use resources in dry land rain –fed agriculture following watershed, climate resilient and farming system approach for livelihood and sustainability
A Bachelor’s degree in Agriculture or a related field such as: Horticulture/Forestry /Agricultural Engineering
The two-year postgraduate M.Sc. (Agri.) Agronomy curriculum is broken up into four semesters. A combination of lectures in the classroom, fieldwork, research projects, and practical instruction makes up the program. To obtain real-world experience, students will also participate in internships, lab-based learning, and practical case studies.
Numerous job options in the agricultural industry are available to graduates of the M.Sc. (Agri.) Agronomy program. Among the best career choices are:
- Agronomist—Specializes in improving crop production and soil management.
- Agricultural Scientist—Conducts research on sustainable farming and crop genetics.
- Farm Manager—Manages large-scale farms, ensuring high productivity.
- Soil Scientist—Analyzes soil composition for better crop management.
- Weed Scientist—Develops strategies for effective weed control in agriculture.
- Irrigation Specialist—Designs and manages efficient irrigation systems.
- Agricultural Extension Officer—Works with farmers to implement modern farming techniques.
- Researcher in Agriculture Institutes—Conducts studies to enhance farming productivity and sustainability.
Graduates can work for government agencies, NGOs focused on rural development, agribusiness firms, seed production companies, and agricultural research organizations.
To become a pioneer in creating and showcasing sustainable smart agriculture to meet the difficulties of next-generation farming on a global scale.
- M1: To provide students with world-class education and training in agricultural science, technology, and business.
- M2: To provide the farming community with specially created technologies for increased productivity and better agricultural output.
- M3: To develop environmentally friendly technology to advance the agro-industry.
Why Choose the M.Sc. (Agri.) Agronomy Course at Usha Martin University?
Usha Martin University’s M.Sc. (Agri.) Agronomy program is distinguished by its industry-relevant curriculum, knowledgeable instructors, and robust placement assistance. Here are some reasons to select this course:
- Well-Designed Curriculum—A blend of theoretical and practical agronomic knowledge.
- Expert Faculty—Learn from experienced agricultural scientists and agronomists.
- Modern Infrastructure—Access to research labs, experimental farms, and digital learning resources.
- Internship & Practical Exposure—Collaborations with leading agricultural institutes and agribusiness firms.
- Placement Support—Assistance in securing jobs in top agriculture colleges in Ranchi, government sectors, and private firms.
- Affordable Fees & Scholarships—Financial aid options for meritorious students.
- Holistic Development—Training in communication, research methodologies, and leadership skills.
- Workshops & Guest Lectures—Interaction with experts in sustainable agriculture, agribusiness, and precision farming.
The M.Sc. Agronomy program at Usha Martin University is ideal for students who want to further their careers in sustainable farming, agronomic research, and agriculture. To mold the future generation of agricultural specialists, this program offers a solid foundation in contemporary agronomy techniques, research methodologies, and hands-on training.
Top Benefits of the M.Sc. (Agri.) Agronomy Course
The M.Sc. Agronomy course at Usha Martin University offers numerous benefits to students, including:
- Comprehensive Curriculum—Covers essential topics such as agronomic principles, soil science, irrigation techniques, and sustainable farming.
- Hands-on Training—Practical exposure through field visits, laboratory work, and research projects.
- Internship & Industry Exposure—Collaborations with research institutes, agribusiness firms, and government agricultural departments.
- Skill Development—Focuses on analytical, problem-solving, and decision-making skills essential for agricultural professionals.
- Placement Assistance—Dedicated support for securing jobs in agribusiness firms, government agencies, and research organizations.
- Research Opportunities—Encourages students to participate in innovative agricultural research and sustainability projects.
Programme Curriculum
| Course Code | Course Title | Credit Hours |
| Major Courses | ||
| AGRON 101 | Modern concepts in crop production | 3+0 |
| AGRON 102 | Principles and Practices of soil fertility and nutrient management | 2+1 |
| AGRON 103 | Agronomy of major Cereals and Pulses | 2+0 |
| Minor Courses | ||
| AGRM 001 | Soil Physics | 2+1 |
| Supporting Courses | ||
| AGRS001 | StatisticalMethodsforAppliedSciences | 3+1 |
| Common Courses | ||
| AGRC1001 | Library and information services | 0+1 |
| AGRC1002 | Technical writing and communications skills | 0+1 |
| AGRC1003 | Intellectual property and its management in agriculture | 1+0 |
| TOTAL | 18 | |
| Course Code | Course Title | Credit Hours |
| Major Courses | ||
| AGRON 204 | Principles and practices of weed management | 2+1 |
| AGRON 205 | Principles and practices of water management | 2+1 |
| AGRON 206 | Agronomy of oilseed, fibre and sugar crops | 2+1 |
| Minor Courses | ||
| AGRM 002 | Soil Chemistry | 2+1 |
| Supporting Courses | ||
| AGRS 002 | Experimental Designs | 2+1 |
| Common Courses | ||
| AGRC 2004 | Basic concepts in laboratory techniques | 0+1 |
| AGRC 2005 | Agricultural research, research ethics and rural development programmes | 1+0 |
| TOTAL | 17 | |
| Course Code | Course Title | Credit Hours |
| Major Courses | ||
| AGRON 307 | Cropping system and sustainable agriculture | 2+0 |
| AGRON 308 | Principles and practices of organic farming | 2+1 |
| Minor Courses | ||
| AGRM 003 | Analytical techniques and instrument methods in soil and plant analysis | 0+2 |
| AGRON 309 | Seminar | 0+1 |
| TOTAL | 8 | |
| Course Code | Course Title | Credit Hours |
| Fourth Semester | ||
| AGRON 401 | Thesis Research | 0+30 |
| OVERALL CREDIT | 73 | |
Career Opportunities after M.Sc (Agri) Agronomy
Numerous job options in the agricultural industry are available to graduates of the M.Sc. (Agri.) Agronomy program. Among the best career choices are:
- Agronomist—Specializes in improving crop production and soil management.
- Agricultural Scientist—Conducts research on sustainable farming and crop genetics.
- Farm Manager—Manages large-scale farms, ensuring high productivity.
- Soil Scientist—Analyzes soil composition for better crop management.
- Weed Scientist—Develops strategies for effective weed control in agriculture.
- Irrigation Specialist—Designs and manages efficient irrigation systems.
- Agricultural Extension Officer—Works with farmers to implement modern farming techniques.
- Researcher in Agriculture Institutes—Conducts studies to enhance farming productivity and sustainability.
Graduates can work for government agencies, NGOs focused on rural development, agribusiness firms, seed production companies, and agricultural research organizations.
Admission Open 2026 – Master the Science of Sustainable Farming
Agronomy plays an integral part in sustainable agriculture, which concentrates on proper management of soil, cultivation of crops, and effective agricultural methods. The M.Sc. Agriculture (Agronomy) course offered at Usha Martin University will make you capable enough to be a specialist in modern agriculture practices and resource management.
Here you will learn everything related to soil fertility, irrigation management, cultivation of crops, and sustainable agricultural methods. You will become well-versed with research projects and practical experience related to agriculture, which will help you pursue a successful career as an agricultural consultant or researcher.
If you are interested in pursuing a career in agriculture, then admission is open for 2026.
Admission Process – Step-by-Step Guide
- Fill Out the Application Form—Apply online or offline by visiting campus.
- Submit Documents—Upload necessary documents.
- Verification Process—University reviews eligibility.
- Admission Approval—Confirmation is provided.
- Complete Enrollment—Pay fees and start your course
Frequently Asked Questions (FAQ's)
Candidates must have a B.Sc. in Agriculture or an equivalent qualification from a recognized university.
The course is a 2-year postgraduate program divided into 4 semesters.
You can become an agronomist, agricultural officer, farm manager, or research scientist or work in agri-based industries.
Yes, the program includes field training, crop production practices, and real-time agricultural exposure.
Apply online through the university website, submit documents, and complete the admission process as guided.