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SGVU offers compelling advantages.

AGRICULTURE
International Package
AGRICULTURE
National Package
AGRICULTURE
National Package
Cultivate Your Future
The School of Agriculture is an ICAR-Accredited institution, dedicated to shaping the next generation of agtech pioneers, researchers, and agribusiness entrepreneurs. Our industry-aligned curriculum integrates core scientific principles with advanced modern technologies—including precision farming, remote sensing applications, and smart irrigation systems—to address the global challenge of sustainable food security.
ICAR-Aligned Curriculum: Academic tracks at the Undergraduate (B.Sc. Hons.), Postgraduate (M.Sc.), and Doctoral (Ph.D.) levels are strictly designed around modern regulatory benchmarks, ensuring high global employability and research relevance.
Advanced Research Infrastructure: Students move beyond the classroom to train in state-of-the-art facilities, including the region's pioneering Hydroponics Working Laboratory, specialized Soil Science testing setups, and advanced Plant Pathology units.
Experiential & Field-Based Learning: Through our dedicated instructional farms and protected cultivation polyhouses, theory translates directly into practice. Students master everything from crop production management to advanced Integrated Pest Management (IPM) strategies.
Entrepreneurship & Global Networks: We foster a robust ecosystem for student innovation, preparing graduates for high-impact roles in agribusiness management, agro-pharmaceutical sectors, government research bodies, or independent agritech startups.
Message from
Welcome to the School of Agriculture.
“A place where we don’t just study agriculture; we live it.”
Our mission is to bridge the gap between foundational agricultural wisdom and the frontier of
modern agritech. In an era defined by shifting climates and evolving global food demands,
agricultural education must move faster than the challenges it faces. We achieve this by
embedding precision farming, sustainable resource management, and advanced biotechnological
tools directly into our academic fabric.
Through rigorous hands-on field validation at our instructional farms, experiential learning in our pioneering Hydroponics Working Laboratory, and specialized research across our core Soil Science and crop protection facilities, we ensure our students graduate as industry-ready professionals.
Whether your goal is to lead groundbreaking academic research, drive policy in environmental sustainability, or launch the next big agritech venture, we provide the ecosystem to make it happen. Join us to cultivate a smarter, greener, and more resilient future."
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SCHOOL OF AGRICULTURE
Nurture Your Growth. Shape a Sustainable Tomorrow
Agriculture is undergoing a digital revolution. Students gain practical exposure to AI applications, drone-based monitoring, and precision farming technologies for the modern agritech sector.
Learning extends beyond classrooms through hydroponics laboratories, soil testing facilities, and dedicated instructional farms for field-based validation and practical research.
Graduates enter specialized fields as Agricultural Consultants, Corporate Agribusiness Managers, Quality Control Officers, and Soil Scientists.
ICAR accreditation provides eligibility and a competitive edge for national exams, Agricultural Officer roles, NABARD, and IBPS AFO opportunities.
Students benefit from premium research facilities, strong industry linkages, and global employability through an accessible fee structure.
Faculty mentorship and industry partnerships support students in launching organic farming ventures, hydroponic systems, and smart agriculture startups.
The laboratory supports analysis of soil properties, nutrient assessment, and soil health studies. Students gain practical experience in soil testing and fertility evaluation.
The laboratory provides training in identification and study of plant diseases, pathogens, and disease management practices.
Students are trained in insect identification, pest biology, integrated pest management, and crop protection techniques.
The laboratory supports practical learning related to molecular biology, tissue culture, and agricultural biotechnology applications.
These facilities support practical training in crop production techniques, agronomic practices, seed technology, and field experimentation.
Students receive exposure to nursery management, protected cultivation, hydroponics, and modern horticultural practices through specialized infrastructure and demonstration units.
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Download our comprehensive brochure to discover detailed program structures, faculty profiles, campus facilities, and placement records.
SGVU Agri Expo showcases agricultural innovation, sustainable farming practices, agri-technologies, research advancements, and industry collaboration through exhibitions, expert sessions, live demonstrations, and farmer engagement activities.
Technical expertise is only half the battle in the modern corporate world. Graduates from the School of Agriculture demonstrate strong communication, adaptive problem-solving, and collaborative teamwork, preparing them to thrive in dynamic professional environments.
Founder, Kognivida
The focus on practical field training and laboratory expertise at the university aligns perfectly with our expectations at Hifield-Ag. Graduates possess a grounded understanding of soil health, crop protection, and sustainable input management with strong real-world problem-solving skills.
Operations Manager, Hifield Organics Pvt. Ltd.
We are consistently impressed by the talent emerging from the B.Sc. and M.Sc. Agriculture programs. Students demonstrate strong understanding of direct-to-farmer solutions, data-driven advice, and commercial agritech trends supported by strong laboratories and placement support.
Assistant Manager, AgroStar
Modern agriculture depends on mechanization and advanced engineering tools. The School of Agriculture ensures students gain direct experience with contemporary farm machinery, making them highly capable of driving modern field efficiency.
Balwaan Krishi
Developing resilient crop varieties requires deep expertise in genetics and seed science. Students demonstrate strong understanding of crop diversification, seed quality, and plant breeding through integrated laboratory and field-based learning.
Founder & Chief Research Scientist, Girnar Seeds
Established in 2008, the University is UGC-approved, with all programmes accredited by regulatory bodies.
"The best part about studying here was that the teachers encouraged us to think outside the box. I always wanted to see how tech could help farmers save water. For my final year project, I built a small smart sensor system that tells you exactly when to water crops in dry areas. Spending days in the labs testing the circuits and getting feedback from my agronomy professors was an amazing experience. It felt great when my project got noticed at a national student competition. This place really helps you turn your ideas into working models."
Founder - Ora Organics Pvt. Ltd.
"Because our college is ICAR-accredited, the classes follow a very clear and organized syllabus. It covers everything you need to know step-by-step. The balance here is perfect—we would spend the morning learning the scientific theories in class, and the afternoon out on the college farm actually testing it out. That routine made it so much easier to understand heavy topics. The deep foundation I got here gave me the confidence I needed to handle tough academic concepts and competitive exams without feeling overwhelmed."
Batch 2017-2021
"With a degree in Agriculture, I built a strong foundation in discipline, planning, quality management, and problem-solving. My knowledge of raw materials, hygiene, and supply management naturally extended into the food business. I applied these agri skills to South Indian café operations — managing inventory, maintaining quality standards, and ensuring customer satisfaction. My journey shows how core agriculture principles can drive success in hospitality through dedication and continuous learning.""
Batch 2017-2021
" My work focused entirely on agricultural microbiology—specifically isolating and studying beneficial soil bacteria that can naturally boost crop growth. I spent most of my time in the specialized microbiology and biotechnology labs running cultures and testing soil properties. I learnet how to model complex data and guided me through the entire scientific writing process. Thanks to their incredible support, I have successfully published my research papers in reputed journals and even got to present my findings at an international conference. It is an amazing department if you want to do real, high-impact science."
Batch 2024-2026
Everything you need to know about the admissions, academics, and campus life at our School of Agriculture.
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