Leading Agriculture College in Haryana | Geeta University

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School of Agricultural Sciences

School of Agricultural Sciences

Geeta University is recognised as one of the top universities for Agricultural Sciences in North India and among the leading agriculture colleges in Haryana, India. The School of Agricultural Sciences promotes educational excellence & innovation among students to develop next-generation agricultural leaders. Our programs are designed to help you learn new-age and sustainable farming practices and master advanced agricultural technology through a practical-focused curriculum. Our hands-on learning approach prepares you to manage and overcome the future challenges within the agricultural sector.

As one of the top Agricultural Universities in Delhi NCR, we equip you with the right skills and knowledge necessary for building a successful career in the field. This is ensured by integrating the latest research and global trends in the field to keep you updated. Our cutting-edge facilities, the guidance of our expert faculty, and strong industrial partnerships have helped us become one of the best universities for Agricultural Sciences in the region.

Our primary focus is on providing you with a perfect balance of theoretical and practical learning experience to make you capable of driving advancements in the fields of food security, environmental sustainability, and agricultural innovation. Join us today to make a tangible impact on the future of the agriculture sector in India and open the gateways to professional success!

Geeta University is recognised as one of the top universities for Agricultural Sciences in North India and among the leading agriculture colleges in Haryana, India. The School of Agricultural Sciences promotes educational excellence & innovation among students to develop next-generation agricultural leaders. Our programs are designed to help you learn new-age and sustainable farming practices and master advanced agricultural technology through a practical-focused curriculum. Our hands-on learning approach prepares you to manage and overcome the future challenges within the agricultural sector.

As one of the top Agricultural Universities in Delhi NCR, we equip you with the right skills and knowledge necessary for building a successful career in the field. This is ensured by integrating the latest research and global trends in the field to keep you updated. Our cutting-edge facilities, the guidance of our expert faculty, and strong industrial partnerships have helped us become one of the best universities for Agricultural Sciences in the region.

Our primary focus is on providing you with a perfect balance of theoretical and practical learning experience to make you capable of driving advancements in the fields of food security, environmental sustainability, and agricultural innovation. Join us today to make a tangible impact on the future of the agriculture sector in India and open the gateways to professional success!

  • To be a centre of excellence in agricultural education, research, and innovation, nurturing skilled agricultural professionals, researchers, and entrepreneurs committed to sustainable farming, food security, rural development, and nation-building.

  • To provide outcome based, learner-centred agricultural education that includes scientific knowledge, current agricultural practices, modern technologies and practical experience.
  • To develop competent, ethical, and future-ready agricultural professionals equipped with the knowledge, skills, and leadership qualities to address evolving challenges in agriculture, agribusiness, and environmental sustainability. 
  • To promote interdisciplinary research and innovation in agriculture, allied science and new technologies for enhanced production, resource conservation, climate change adaptation and food security.
  • To promote interdisciplinary research and innovation in agriculture, allied science and new technologies for enhanced production, resource conservation, climate change adaptation and food security.
  • To improve cooperation, exchange learning, technology transfer, extension and sustainable agriculture within farmers, agricultural industries, research institutions, government and rural communities.
  • To foster entrepreneurship, innovation and community involvement in promoting agri-enterprises, sustainable agriculture and contribute to strengthening the rural economy and the development of the environment and nation building.

Meet Our Mentors

Guiding Futures with Expertise, Experience & Empathy

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Dr. Jagraj Singh

Assistant Professor, Ph.D. (Vegetable Science)

Horticulture Vegetable Science, Vegetable Production, Vegetable Breeding, Nutrient Management and Protected Cultivation.

Horticulture Vegetable Science, Vegetable Production, Vegetable Breeding, Nutrient Management and Protected Cultivation.

RED06365
Dr. Neha Dahiya

Assistant Professor, Ph.D. (Genetics & Plant Breeding)

Published 20+ research papers, holds 2 Published Patents and 1 Granted Patent; Recognized for significant contributions in Plant Breeding.

Published 20+ research papers, holds 2 Published Patents and 1 Granted Patent; Recognized for significant contributions in Plant Breeding.

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Mr. Sharandeep Singh Cheema

Assistant Professor, M.Sc. (Soil Science & Agricultural Chemistry)

Expertise in Soil Science and Agricultural Chemistry, More than 10 articles, 4 research papers, 1 Book chapter, 2 Books published

Expertise in Soil Science and Agricultural Chemistry, More than 10 articles, 4 research papers, 1 Book chapter, 2 Books published

Dr. Shiv Kumar Shivandu (Custom)
Dr. Shiv Kumar Shivandu

Assistant Professor, Ph.D. (Fruit Science)

Published 25+ Research Papers with 100+ Citations, Holds Patents on Orchard Tools, Known for Research in Litchi and Citrus Post-Harvest Technology.

Published 25+ Research Papers with 100+ Citations, Holds Patents on Orchard Tools, Known for Research in Litchi and Citrus Post-Harvest Technology.

Explore Infinite Possibilities with School Of Agricultural Sciences

B.Sc. Hons. (Agriculture)

Duration: 4 years

Eligibility: 




10+2 or equivalent with Physics, Chemistry, Biology/Mathematics or Agriculture with at least 50% marks in the qualifying examination.

M.Sc. Agriculture (Agronomy)

Duration: 2 years

Eligibility: Graduation in a relevant discipline with a minimum 50% marks.

Ph.D. (Agriculture)

Duration: Minimum 3 years

Eligibility: Masters in a relevant discipline with minimum aggregate score of 55%

Providing the Ultimate Learning Experience with Commitment to Innovation


Students Embracing Evergreen Farming with RAWE and ELP

Students are taught to engage in evergreen agriculture, keeping in view the RAWE Program to build interpersonal skills.
ICAR - Aligned Syllabus for Smarter Learning

ICAR-Aligned Curriculum under the 6th Dean Committee, implemented in accordance with NEP 2020 for outcome-based and future-ready learning.
Practical Learning on Faculty-Owned Farms

A unique focus on practical learning through hands-on agricultural practices, in the faculty owned farms.
Exploring Modern Agri-Solutions in Well-Equipped Labs

Exploring Modern Agri-Solutions in Well-Equipped Labs

Student Testimonials

Student Testimonials

Highlights of Our Learning Spaces

Pathway after Agricultural Sciences

Industries involved in feeding the world, primarily the agriculture sector, will never face a recession or slowdown. In fact, with the advances in technology, research, and innovation, the agriculture sector is one of the fastest-growing sectors today. This has ensured great career prospects for students with comprehensive knowledge of the field.

Our Industrial Partners

Agriculture Science students with a recognized degree can find employment in the following sectors:

40 LPA

HIGHEST PACKAGE

550+

RECRUITERS

3500+

JOB OFFERS

Frequently Asked Questions

Find answers to common questions about eligibility, courses, placements, and campus facilities.

The School offers B.Sc. (Hons.) Agriculture, M.Sc. Agronomy, M.Sc. (Horticulture) Vegetable Science, M.Sc. (Horticulture) Fruit Science, M.Sc. Genetics & Plant Breeding, M.Sc. Entomology and Ph.D. Agriculture.
Applicants need 10+2 or equivalent with Physics, Chemistry and Biology/Mathematics or Agriculture, with at least 50% marks.
Yes. Biology is one of the accepted subject backgrounds for the programme.
Yes. Mathematics is included among the eligible subject combinations.
Yes. Agriculture is specifically included among the accepted subject backgrounds.
Applicants should hold a relevant graduation degree with at least 50% marks, subject to the specific programme's admission requirements.
Applicants should meet the University's applicable doctoral eligibility requirements, including the required relevant postgraduate qualification and minimum 55% marks.
It is a four-year undergraduate programme spread across eight semesters.
Students can choose M.Sc. Agronomy, M.Sc. (Horticulture) Vegetable Science, M.Sc. (Horticulture) Fruit Science, M.Sc. Genetics & Plant Breeding or M.Sc. Entomology.
It focuses on crop production, agronomic practices, productivity and sustainable management of agricultural systems.
The programme focuses on scientific vegetable production, crop improvement, cultivation practices and related horticultural management.
It focuses on fruit production, crop management, improvement, post-harvest aspects and scientific fruit cultivation.
It deals with plant genetics, breeding methods and crop improvement for developing better-performing plant varieties.
The programme focuses on insects affecting agriculture, their identification, management and integrated approaches to pest control.
Research can span areas such as agronomy, soil science, plant breeding, entomology, horticulture, biotechnology and climate-smart agriculture, depending on available research expertise.
The School states that its curriculum is aligned with the ICAR 6th Dean Committee framework and follows the NEP 2020 framework.
No. Classroom learning is combined with farm work, laboratories, field activities, RAWE, experiential learning, visits and demonstrations.
Students receive practical exposure through experimental farms, crop-production training units, demonstration units and other field-based learning spaces.
RAWE provides Rural Agricultural Work Experience, while experiential learning lets students apply agricultural concepts through practical activities and field-based tasks.
The School highlights precision farming, smart agriculture, protected cultivation and other technology-enabled approaches to modern farming.
Yes. Sustainable agriculture, climate-smart farming, organic agriculture and responsible resource use are among the School's focus areas.
Yes. The academic and research environment covers entomology and Integrated Pest Management as important areas of agricultural practice.
Yes. Crop improvement, genetics and plant breeding are supported through dedicated academic and laboratory areas.
The School highlights Agronomy, Genetics & Plant Breeding, Entomology, Horticulture, Seed Testing and Soil Science laboratories.
It provides a practical setting for learning about seed quality and testing-related agricultural practices.
Yes. The School has a Soil Science Laboratory for practical learning related to soils and agricultural production.
Yes. Horticulture is supported through a dedicated laboratory, experimental learning spaces and practical exposure to vegetable and fruit production.
Yes. The School highlights protected cultivation structures as part of its experiential learning spaces.
Yes. Precision farming exposure is specifically listed among the School's practical learning facilities.
Yes. Field research facilities and experimental farms are part of the School's learning environment.
The School highlights connections with organisations such as IFFCO, Bayer, Syngenta, UPL, Mahindra Agri, Godrej Agrovet, Advanta Seeds and Nuziveedu Seeds.
Yes. Kisan Interaction Programmes are among the School's listed academic and engagement activities.
Activities include crop exhibitions, guest lectures, workshops, seminars, research presentations, awareness campaigns and plantation drives.
Yes. Research presentations, field research facilities and research-oriented learning are part of the School's academic environment.
Key areas include sustainable agriculture, climate-smart farming, organic agriculture, precision farming, crop improvement and Integrated Pest Management.
The School's earlier academic profile highlights exposure to Remote Sensing and GIS through its IIRS-ISRO linkage, subject to the opportunities available in the programme.
Graduates can explore roles such as Agronomist, Agricultural Officer, Agri-Entrepreneur and positions in agribusiness, research, government services and allied sectors.
Depending on the specialisation, graduates can pursue specialist roles, research, teaching, industry positions, agricultural advisory work or doctoral studies.
Possible pathways include plant breeding, crop improvement, seed-sector roles, research and higher studies.
Career directions include pest management, research, agricultural advisory roles, agri-input companies and further academic study.
Yes. Agribusiness is an important career pathway, covering areas such as inputs, production, marketing, supply chains and agricultural services.
Yes. Students can explore agri-entrepreneurship in areas such as farm enterprises, nurseries, agricultural inputs, food-related ventures and consultancy.
Yes. Government services and agricultural officer roles are among the career pathways highlighted by the School, subject to the requirements of individual posts.
Yes. Students who meet the applicable doctoral eligibility requirements can progress to Ph.D. Agriculture.
Faculty expertise covers areas such as agronomy, horticulture, plant breeding, entomology, soil science, nutrient management, protected cultivation and post-harvest technology.
Students combine academic study with laboratory work, farm activities, field demonstrations, RAWE, experiential learning and industry exposure.
Yes. Fieldwork, presentations, expert interactions, workshops and experiential activities help students build communication, teamwork and professional skills.
Yes. The programme is science-based and does not require students to come from a farming background.
No. Modern agriculture includes agritech, crop improvement, horticulture, pest management, food systems, agribusiness, research and sustainable resource management.
Yes. Areas such as precision farming, smart agriculture and technology-enabled crop management connect agriculture with modern technology.
Choose according to your interest: Agronomy for crop production, Vegetable or Fruit Science for horticulture, Genetics & Plant Breeding for crop improvement, and Entomology for insect and pest management.
It combines an ICAR-aligned academic framework with laboratories, experimental farms, RAWE, field activities, protected cultivation, precision-farming exposure, research and industry interaction.
Yes. Career avenues also include agribusiness, seed and agri-input companies, research, government services, horticulture, pest management, agricultural marketing and entrepreneurship.
The field now extends into agritech, sustainable and climate-smart farming, crop improvement, horticulture, research, agribusiness and technology-driven agriculture.
The School highlights industry connections and career pathways. Individual placement outcomes depend on student skills, recruiter requirements and opportunities available in a particular cycle.

Legacy & Ecosystem

Founded in 1985, the Geeta Group of Institutions has emerged as a major educational hub with institutions spanning school education to doctoral programs. SPBSB benefits from the integrated ecosystem of:

Geeta University

AI-enabled multidisciplinary campus

Geeta Finishing School (GFS)

Communication & Corporate Readiness

Geeta Technical Hub (GTH)

Advanced Technology, Certifications, and Industry Skills

Geeta Group Campus