Semester-wise Syllabus for MSc in Agriculture 

Semester 1: Core Foundation Subjects

1. Principles of Crop Production

   • Basics of agronomy, soil-plant relationships, cropping systems, and sustainable agriculture.

2. Soil Science and Fertility Management

   • Soil chemistry, nutrient management, fertilizers, and soil conservation techniques.

3. Agricultural Microbiology

   • Role of microbes in agriculture, biofertilizers, and soil health.

4. Principles of Genetics and Plant Breeding

   • Mendelian genetics, hybridization, mutation breeding, and biotechnology applications.

5. Agricultural Economics and Farm Management

   • Farm planning, cost-benefit analysis, agricultural marketing, and policies.

6. Practical/Lab Work

   • Field experiments, soil testing, and crop breeding techniques.

Semester 2: Advanced Agricultural Sciences

1. Agronomy of Major Crops

   • Study of cereal, pulse, oilseed, and cash crops (wheat, rice, cotton, sugarcane, etc.).

2. Plant Pathology and Disease Management

   • Fungal, bacterial, and viral diseases, integrated pest management (IPM).

3. Entomology and Pest Management

   • Insect classification, pest control methods, and biopesticides.

4. Irrigation and Water Management

   • Water-use efficiency, drip irrigation, and watershed management.

5. Agricultural Extension and Communication

   • Rural development, extension methodologies, and farmer education.

6. Practical/Lab Work

   • Pest identification, irrigation techniques, and disease diagnosis.

Semester 3: Specialization & Electives

Students choose a specialization (e.g., Agronomy, Plant Breeding, Soil Science, Horticulture, etc.) and take advanced courses accordingly.

Common Specializations & Subjects:

1. Agronomy

   • Precision farming, weed management, sustainable cropping systems.

2. Plant Breeding & Genetics

   • Molecular breeding, quantitative genetics, and GM crops.

3. Soil Science

   • Soil microbiology, remote sensing in soil studies.

4. Horticulture

   • Fruit & vegetable production, floriculture, post-harvest tech.

5. Agricultural Biotechnology

   • Genetic engineering, tissue culture, and bioinformatics.

6. Research Methodology & Statistics

   • Experimental design, data analysis, and thesis preparation.

Semester 4: Research & Dissertation

• Thesis/Dissertation Work (6 months)

  • Independent research project under faculty guidance.

• Seminar & Viva Voce

  • Presentation and defense of the research work.