Skip to content

M.Sc. (Ag.) Crop Physiology

The M.Sc. (Ag.) Crop Physiology programme at Sri Sri University is designed to prepare future-ready agricultural professionals with advanced scientific knowledge in plant growth, crop productivity, stress physiology, climate-smart agriculture, and modern crop management systems. Integrating agricultural sciences with plant biotechnology, molecular physiology, precision agriculture, and sustainable farming technologies, the programme addresses the growing global need for high-yield, climate-resilient, and resource-efficient agriculture.

This field is hidden when viewing the form
Check(Required)
This field is hidden when viewing the form
This field is hidden when viewing the form
This field is hidden when viewing the form
This field is hidden when viewing the form
This field is hidden when viewing the form
This field is hidden when viewing the form
This field is hidden when viewing the form

The programme emphasizes experiential learning, advanced laboratory training, field-based research, and technology-driven agricultural innovation. Students gain in-depth understanding of plant-water relations, photosynthesis, crop nutrition, plant metabolism, abiotic and biotic stress physiology, growth regulation, and crop productivity enhancement using modern scientific approaches.

With increasing focus on food security, smart farming, AI-driven agriculture, and sustainable crop production, the programme equips students with scientific, analytical, and research competencies essential for modern agricultural development and next-generation agri-technologies.

Course Features

  • Advanced curriculum integrating crop physiology, plant biotechnology, and precision agriculture.
  • Practical and research-oriented learning with laboratory and field exposure
  • Training in plant metabolism, crop growth analysis, stress physiology, and yield optimization.
  • Exposure to smart farming technologies, precision agriculture tools, and climate-resilient crop systems.
  • Learning in plant-water relations, photosynthesis, nutrient dynamics, and crop productivity enhancement.
  • Integration of AI-enabled agriculture, crop monitoring systems, and modern agri-research methodologies.
  • Focus on sustainable agriculture, food security, and climate-smart farming practices.
  • Opportunities for scientific research, experimentation, and innovation-driven agricultural studies.
  • Interdisciplinary learning combining agricultural science, environmental sustainability, and agri-technology.
  • Academic environment promoting analytical thinking, scientific problem-solving, and advanced agricultural research.

Objectives of the course

  • To develop advanced understanding of crop physiology, plant growth mechanisms, and agricultural productivity systems.
  • To train students in modern crop research methodologies, physiological analysis, and agricultural experimentation.
  • To build expertise in stress physiology, crop adaptation, and climate-resilient agriculture.
  • To enhance knowledge in plant metabolism, nutrient management, and sustainable crop production practices.
  • To prepare students for precision agriculture, smart farming technologies, and agri-biotechnology applications.
  • To develop scientific and analytical competencies for research, innovation, and agricultural advancement.
  • To promote sustainable solutions for food security, crop improvement, and resource-efficient agriculture.
  • To prepare professionals for emerging opportunities in modern agriculture, agri-research, and technology-driven farming systems.

Career Opportunities

  • Graduates of M.Sc. (Ag.) Crop Physiology can pursue diverse and high-growth career opportunities in:

    • Agricultural Research and Development Organizations
    • Precision Agriculture and Smart Farming Industries
    • Agri-Biotechnology and Seed Companies
    • Crop Improvement and Plant Breeding Organizations
    • Climate-Smart Agriculture and Sustainability Projects
    • Agricultural Laboratories and Research Centres
    • Government Agriculture Departments and Policy Bodies
    • Agri-Tech and AI-based Farming Enterprises
    • Universities, Academic Institutions, and Scientific Research Organizations
    • Food Security, Crop Management, and Sustainable Agriculture Initiatives

    The programme also provides a strong academic foundation for doctoral studies, advanced agricultural research, agri-innovation, and technology-driven careers shaping the future of sustainable global agriculture.

Course Details

Know your Faculty

Course Curriculum

Fees Structure

Course Fact Sheet

Eligibility

  • A bachelor’s degree in Agriculture/Horticulture.
  • 6.00/10 or equivalent OGPA/equivalent percentage of marks for general category candidates.
  • 5.50/10 or equivalent OGPA/equivalent percentage of marks for SC/ST/PH category candidates at Bachelor’s degree level.
  • Candidates with 3-year Bachelor Degree should undergo one-year remedial courses before registering for regular courses.

4 Semester

(2 YEARS FULL TIME)

Tuition Fee

INR 75,000 / $US 1820
(PER SEMESTER**)