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విజ్ఞాన శాస్త్ర సాంకేతిక పరిశోధనా సంస్థ / विज्ञान शास्त्र प्रौद्योगिकी और परिशोधन संगठन
Deemed to be university - Estd. u/s 3 of UGC Act 1956
Sowing Innovation, Reaping Progress
Agricultural engineering is a multidisciplinary field that integrates the principles of engineering, biological sciences, and technology to improve agricultural practices. This program focuses on innovation, precision, and sustainable agriculture, addressing critical societal issues such as food security, resource efficiency, and environmental protection.

  • The key components of the program include innovation in agriculture, where technological advancements and research & development are emphasized to enhance productivity and efficiency.
  • Precision agriculture involves data-driven farming and precision tools, utilizing data analytics, GPS technology, and remote sensing to monitor and manage crop fields accurately, thereby minimizing resource waste and maximizing yield.
  • Sustainable agriculture teaches environmental stewardship and the use of renewable resources, promoting practices that protect natural resources, enhance soil health, and reduce environmental impact.
  • Agricultural engineering is inherently multidisciplinary, combining elements from various fields such as engineering disciplines (mechanical, civil, electrical, and computer), biological sciences (plant biology, soil science, and ecology), and information technology (IT and data science). This approach addresses complex agricultural issues effectively.
  • The program aims to tackle key food-related challenges through food security, increasing agricultural productivity and efficiency to ensure a stable and sufficient food supply.
  • It emphasizes resource management, promoting efficient use of water, soil, and energy resources for sustainable food production. Additionally, it contributes to economic development by equipping graduates with the skills and knowledge to innovate and improve agricultural practices, thereby fostering economic growth in rural areas.
  • Agricultural Engineering Programme gives comprehensive education and prepares students to lead the future of agriculture with advanced technologies and sustainable practices.
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Programs Offered
Under Graduate
B.Tech in Agricultural Engineering
Course details
Post Graduate
M.Tech in Farm Machinery
Course details
Ph.D
Ph.D. in Agricultural Engineering
Course details
NEWS
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NOTIFICATIONS
A Board of Studies meeting was conducted on October 8, 2024, focusing on the ICAR Sixth Dean's Committee recommendations.
8th October 24
Webinar: Application of Remote Sensing and GIS application in Agriculture on 17th October 2023.
17th October 23
A 10-day educational tour was organized for the final-year students of Agricultural Engineering from July 12 to July 21, 2022.
12th July 22
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What You’ll learn
As a student in the Department of Agricultural Engineering, you will embark on a comprehensive learning journey that prepares you to tackle real-world challenges in the agricultural sector. Our curriculum integrates modern technologies, and practices essential for the future of agriculture.

You will gain a strong understanding of core engineering principles, including mechanical, civil, electrical, and chemical engineering as they apply to agricultural systems. You will delve into soil and water engineering, studying the management of soil and water resources, irrigation systems, and soil conservation techniques.

One of the highlights of our program is the focus on modern precision farming tools. You will learn about GPS, GIS, remote sensing, and variable rate technology to optimize crop yields and resource use. Additionally, you will understand how to collect, analyze, and interpret data to make informed decisions that enhance farming efficiency and productivity.

Our program emphasizes hands-on experience in agricultural practices. You will participate in fieldwork, including planting, harvesting, and soil sampling. Practical experience in operating and maintaining modern agricultural machinery is also a key component. You will learn about and implement sustainable agricultural practices that promote environmental conservation and resource management.
You will utilize advanced design and simulation tools, including Computer-Aided Design (CAD) and Computer-Aided Manufacturing (CAM) tools to design agricultural machinery. You will also use simulation software to model and analyze agricultural systems. The integration of automation and robotics in agriculture will be explored as well.

Specialized topics such as Artificial Intelligence (AI) and the Internet of Things (IoT) in agriculture will be covered, focusing on smart farming solutions. You will learn about renewable energy sources and their application in agriculture, such as solar-powered irrigation systems and bioenergy production.

Research and development play a significant role in our program. You will engage in innovative projects addressing current agricultural challenges and collaborate with industry partners to gain real-world experience.

To prepare you for your career, you will participate in internships with leading agricultural companies and research institutions. Workshops and seminars conducted by experts will keep you updated with the latest trends and technologies.

By the end of the program, you will be equipped with the knowledge, skills, and experience needed to excel in various career paths within agricultural engineering, from designing advanced machinery to implementing sustainable farming practices and leveraging modern technologies to revolutionize agriculture.


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Precision Agricultural Techniques for resource efficient operation and enhancing productivity.
Advanced techniques like remote sensing and GIS for soil and water conservation techniques.
AI & ML based crop and post-harvest management.
Teaching Learning Process
  • The Department of Agricultural Engineering at VFSTR takes immense pride in its vibrant alumni network, with graduates who have made significant strides across various industries and prestigious global organizations.
  • Our alumni are leaders, innovators, and entrepreneurs, continuously advancing technology and contributing to societal progress.
  • They actively engage with the department, offering mentorship, guest lectures, and collaborating on projects that bridge the gap between students and the professional world.
  • Their achievements are a testament to the department’s dedication to providing quality education and fostering holistic student development.
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Demonstartion
Project Based Learning
Flip Class
Advanced Technology Learning
Career Paths After Graduation
Graduates of agricultural engineering can pursue diverse careers in designing agricultural machinery, irrigation systems, and sustainable farming practices. Opportunities exist in agribusiness, government agencies, and research institutions, as well as in renewable energy and Agri-Tech startups. The skills acquired provide versatility across agriculture and technology sectors.
65%
Join a Company
Many graduates choose to work in the private sector, joining agricultural equipment manufacturers, food processing companies, irrigation firms, agribusinesses, or environmental engineering companies. Positions often include roles such as design engineer, project manager, quality control engineer, or sales and technical support.
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15%
Go For Higher Education
About a quarter of graduates pursue higher education (M.Tech, MS, or Ph.D.) to specialize further or to enter academia. This path is ideal for those aiming to become professors, lecturers, or researchers in universities or agricultural institutes.
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10%
Choose Academia and Research
Some graduates join government or private research institutes, focusing on areas like soil and water conservation, crop improvement, or sustainable farming practices. International organizations or national agricultural research bodies offer opportunities for research-based roles.
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10%
Become  Entrepreneurs  & Consults
A smaller portion of graduates venture into entrepreneurship, starting businesses in agri-tech, food processing, renewable energy, or agro-consultancy. This path requires innovative ideas and risk-taking but can be highly rewarding.
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Performance and Placement Statistics

The Agriculture Engineering department has consistently demonstrated excellent academic performance, with a pass percentage of:

  • 98.2% in the academic year 2023-2024.
  • 95% in the academic year 2022-2023
  • 90.1% in the academic year 2021-2022
The Agriculture Engineering department has an impressive placement record, with a consistent increase in placement percentage over the last three years:

  • 75.2% of students were placed in reputable companies in the academic year 2021-2022
  • 83% of students were placed in the academic year 2022-2023
  • 85% of students were placed in the academic year 2023-2024
Explore Facilities to Support you
The Agricultural Engineering Department offers a variety of facilities to support both academic and research activities. These facilities are designed to create an engaging and productive environment for students, faculty, and researchers.
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A Journey of Insights and Discoveries
Curiosity: The Seed of Knowledge

The journey begins with a deep sense of curiosity—students eager to explore how technology can improve agricultural practices.

Discovery: Breakthrough in Technology

From irrigation systems to machinery, they witness how innovations can boost farming efficiency, reduce water usage, and improve soil management.

Exploration: Learning in the Field

Whether it’s designing a more efficient harvesting machine or creating an eco-friendly irrigation system, their discoveries represent breakthroughs that can improve agriculture on a global scale.

Growth: Impact and Knowledge Sharing

Having gained deep insights into agriculture engineering, they contribute to the farming community by introducing new technologies that improve productivity and sustainability.
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Alumni Hall of Fame
  • The Department of Agricultural Engineering at VFSTR University is proud of its dynamic alumni network, with graduates excelling in diverse industries and renowned global organizations.
  • Our alumni have made their mark as leaders, innovators, and entrepreneurs, driving forward advancements in technology and society.
  • They actively support the department through mentorship, guest lectures, and collaborative projects, bridging the gap between students and the professional world.
  • The achievements of our alumni reflect the department’s commitment to quality education and holistic student development.
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Thanuuz Deepak
ITC, Manager
Sai Hareesh
Bambino Agri Ind ltd. Packing Developer officer
G Sai Preetham
Food Scientist-R&D Product Process Innovation, Vidya Instant Coffee
Keshav Kumar Ray
Assistant Director (Agril. Engg.), Dept. of Agriculture, Govt. of Bihar

What People Say

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I'm grateful for the time I spent in the Agricultural Engineering department. The faculty, facilities, and curriculum all came together to provide me with a comprehensive education and invaluable hands-on experience. My time in the Agricultural Engineering department has had a lasting impact on my career and personal growth. I've been able to apply the skills and knowledge I gained to make a meaningful contribution in my field.

Keshav Kumar Roy
Student
Avatar

I am very happy with the education of my child from the Agricultural Engineering department of Vignan University. The faculty's expertise, the curriculum's relevance, and the facilities' all up to my expectations. The department's nurturing environment, academic rigor, and focus on character development have helped shape my child into a well-rounded individual.

Mr. G V S Bhimaraju
Parent
Avatar

Vignan University's Agricultural Engineering program is a comprehensive course that aims to develop diverse capabilities in students. Students learn about the environmental impact of agricultural practices and develop skills to design sustainable agricultural systems. Overall, Vignan University's Agricultural Engineering program seems to provide students with a comprehensive education and practical skills to succeed in the field.

Mr. A. S. Subbarao
DGM, South India Head, Netafim Irrigation India, Pvt., Ltd.
Industry Person

What People Say

Testimonial author Kunita Rao

My research on optimizing farm machinery for energy efficiency has been both challenging and fulfilling. It’s exciting to see how our work can lead to significant cost savings for farmers while promoting sustainable practices. The hands-on experience with cutting-edge technology has enhanced my engineering skills immensely.

D. Joshua Vincent

Testimonial author Kunita Rao

In my work on developing better food preservation techniques, I’ve been able to contribute to reducing post-harvest losses. Collaborating with industry partners has provided valuable insights into practical applications, making our research not just theoretical but impactful. It's rewarding to know that our findings can help improve food security.

Haneefa Begum

Testimonial author Kunita Rao

Using remote sensing technologies for soil and water conservation has opened new avenues for sustainable agriculture. My research has revealed critical insights into resource management, allowing for data-driven decisions. The integration of advanced technologies into traditional practices is vital for addressing environmental challenges.

I. Udaya Bhanu

Frequently Asked Questions
Agricultural Engineering focuses on applying engineering principles to improve agricultural processes, including machinery design, soil management, water resources, and food production systems. Students learn about topics such as irrigation technology, farm machinery, crop processing, and sustainable agricultural practices.
Graduates can pursue careers in sectors like farm machinery manufacturing, irrigation design, environmental consultancy, food processing, agricultural research, and government agricultural departments. Common roles include agricultural engineer, soil conservationist, irrigation specialist, and product designer for farming equipment.
Students engage in practical learning through field visits, internships on farms or agribusinesses, lab experiments, and projects on farm equipment design, irrigation systems, and sustainable farming practices. These experiences prepare students for real-world agricultural challenges.
Key research areas include sustainable farming techniques, precision agriculture, irrigation efficiency, soil and water conservation, automation in agriculture, post-harvest technology, and renewable energy applications in farming.
Agricultural Engineering plays a crucial role in developing sustainable farming practices by improving water management, reducing energy use, enhancing soil health, and minimizing the environmental impact of agriculture. It aims to balance increased food production with resource conservation for future generations.
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