Programme Overview

The Department of Seed Science and Technology is dedicated to advancing the science and practices that underpin a healthy and productive agricultural system. Our core focus is on improving crop yields and enhancing agricultural production by ensuring the availability of high-quality seeds. We achieve this through a comprehensive approach that includes: Research: We conduct cutting-edge research in seed production, processing, storage, and quality control. Education: We educate the next generation of seed scientists and technologists, preparing them for careers in this vital field. Extension Activities: We bridge the gap between research and practice by sharing our findings and best practices with farmers, seed producers, and other key stakeholders. Department also fosters strong partnerships with research institutions, seed companies, and government agencies to continuously improve seed systems and drive innovation in seed technology.

  • 2 Years

    Duration of programme

  • Post Graduate

    Level of Study

Key Highlights

Quality Seed Production
Seed Testing, Storage and Certification
Variety Identification and Evaluation
Seed Processing and Packaging
Advancing Seed Technology

How will you benefit

The department studies the physiological processes within seeds, including germination, dormancy, and seed longevity, which are crucial for understanding seed behavior and quality.
Graduates from Seed Science and Technology programs are highly sought after by the seed industry, agricultural research institutions, and government agencies.
Research in seed science leads to the development of new and improved plant varieties, including hybrids that are more productive and resilient.
Seed Science and Technology focuses on developing and producing high-quality seeds that are vital for increasing crop yields.

What will you study

Understanding how seeds develop, germinate, and grow, including factors affecting seed dormancy and vigor.

Studying methods for cleaning, drying, and storing seeds, including quality control measures and storage techniques.

Learning about methods for assessing seed quality, including purity, germination, and vigor testing, as well as understanding seed certification requirements.

Understanding genetic principles related to seed development, inheritance, and breeding programs for improving crop varieties.

  • PO-1-Graduates will be able to examine and elucidate the intricate physiological and biochemical mechanisms that regulate seed development, germination, dormancy, and longevity, as well as their significant effects on seed vigor and quality.
  • PO-2-Graduates will be able to develop and apply cutting-edge scientific and technological approaches to produce efficiently, process expertly, store optimally, and rigorously quality-control a variety of seed types, guaranteeing that high-quality planting material is available worldwide.
  • PO-3-Graduates will be able to critically assess and utilize a wide array of seed quality evaluation methods—such as advanced purity analysis, precision germination testing, sophisticated vigor assays, and genetic purity checks—while possessing an in-depth knowledge of both national and international seed certification protocols.
  • PO-4-Graduates will be able to develop and enhance innovative methods for seed cleaning, precision drying, and secure long-term storage, incorporating advanced quality control practices and sustainable storage solutions to maintain genetic integrity and viability.
  • PO-5-Graduates will be able to incorporate cutting-edge genetic theories and molecular methodologies into seed development, inheritance studies, and advanced plant breeding initiatives, aiding in the development of innovative, high-yielding, and robust crop varieties and hybrids suited to a range of agro-climatic environments.
  • PO-6-Graduates will be able to carry out both individual and joint investigations in modern fields of seed science and technology, developing research inquiries, planning experiments, gathering and scrutinizing data, and communicating results through scientific papers and presentations.
  • PO-7-Graduates will be able to recognize and tackle significant difficulties in seed production, quality assurance, and distribution across different agricultural systems. Propose innovative and sustainable solutions that enhance food security and agricultural sustainability.
  • PO-8-Graduates will be able to assess and implement pertinent laws and regulations regarding intellectual property rights (IPR) related to new plant varieties and seed technologies, comprehending their effects on research, commercialization, and germplasm exchange.
  • PO-9-Graduates will be able to employ sophisticated biotechnological instruments and molecular markers for assessing seed health, identifying varieties, and mapping traits, thereby improving accuracy in seed quality management and breeding initiatives.
  • PO-10-Graduates will be able to evaluate the socio-economic and environmental effects of seed technologies and policies on farming communities, biodiversity, and agricultural development, while promoting ethical and equitable seed systems.
  • PO-11-Graduates will be able to guide and oversee seed enterprises, research endeavors, or governmental projects, showcasing robust analytical, problem-solving, and communication abilities vital for professional leadership in the seed sector.
  • PO-12-Graduates will be able to participate in ongoing education and career development, keeping up with new developments, technologies, and policy shifts in seed science and agriculture to aid in continuous innovation and progress within the industry.

  • PSO-1-Graduates will learn the principles and techniques involved in producing high-quality seeds, including hybrid seed production and seed certification.
  • PSO-2-Graduates will have a strong understanding of seed structure, development, and their significance in plant growth and crop yields.
  • PSO-3-Graduates will gain expertise in various methods for testing seed quality, including germination, vigor, and purity tests.
  • PSO-4-Graduates will be familiar with seed standards and regulations for different crops, ensuring compliance with industry requirements.
  • PSO-5-The program encourages graduates to develop entrepreneurial skills and potentially start their own seed businesses or seed-related ventures 

  • PEO-1-Conducting basic and applied research in various aspects of seed science and technology and preparing of training of students for careers in seed production, testing, and certification.
  • PEO-2-Imparting knowledge on seed quality, including seed testing, processing, and storage and standardizing seed production technologies for different crops. 
  • PEO-3-Seed Physiology and Storage for the teaching students about the physiological aspects of seed development and storage and Educating students on seed certification procedures and standards. 

Curriculum

  • Floral Biology
  • Seed Development & Maturation
  • Principles of Seed Production
  • Seed Physiology
  • Seed Entomology
  • Principles of Plant Breeding
  • Maintenance Breeding and Concept of Variety Release and Seed Production
  • Statistical Methods and Applied Sciences
  • Intellectual Property and Its Management in Agriculture
  • Library and Information Services
  • Technical Writing and Communication Skills.

CAREERS AND EMPLOYABILITY

Seed Inspector, Seed Certification Officer
Seed Technology Scientists
Seed Production Officer
Public and Private Jobs

ELIGIBILITY CRITERIA

B. Sc. (Hons) Agriculture

Horticulture, Forestry Minimum 55%

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