Title Page
విజ్ఞాన శాస్త్ర సాంకేతిక పరిశోధనా సంస్థ / विज्ञान शास्त्र प्रौद्योगिकी और परिशोधन संगठन
Deemed to be university - Estd. u/s 3 of UGC Act 1956
Innovations and Research
  • Research in agricultural engineering focuses on improving agricultural productivity, sustainability, and resource management.
  • It includes developing advanced machinery and automation technologies, such as robotics and precision farming tools.
  • Researchers work on optimizing irrigation systems and water resource management for efficient use.
  • Soil health, conservation, and sustainable land-use practices are key study areas.
  • The field also explores renewable energy applications, like bioenergy and solar power in agriculture.
  • Research extends to food processing and post-harvest technology for reducing waste and improving quality.
  • Environmental impact assessments and climate-smart agricultural practices are critical topics.
  • Innovations aim to address global challenges like food security and climate change.
Read More
Thrust Areas
Precision Agriculture
It uses advanced technologies to optimize farming practices, improving crop yields, resource efficiency, and sustainability through data-driven, site-specific management.

No.of Faculty: 06
AI and ML in Agriculture
It enhances productivity and sustainability by enabling data-driven decision-making, predictive analytics, and automation for optimized crop management and resource use.

No.of Faculty: 02
Post-Harvest Technology and Management
It encompasses all the processes that maintain quality and prevent loss of agricultural produce from harvest to consumption.

No.of Faculty: 01
Mould Board Plough
The Mould Board Plough is a type of plough that uses a curved or winged mould board to turn over and break up soil, preparing it for planting.

Sieve Shaker with Sieve Analysis Setup
A Sieve Shaker with Sieve Analysis Setup is a laboratory equipment used to determine the particle size distribution of various materials, such as soils, powders, and granules.
Paddy Dehusker
A Paddy Dehusker is an agricultural machine designed to remove the husk from paddy (rice) grains, producing brown rice.
Photoelectric Colorimeter
A Photoelectric Calorimeter is a laboratory instrument used to measure the heat of combustion, reaction, or other thermal processes with high precision.
Our Research Facilities
  • Research facilities in agricultural engineering programs typically include modern laboratories equipped for soil analysis, water management, and crop evaluation.
  • These facilities often feature advanced technology for testing and developing agricultural machinery and equipment.
  • Experimental farms allow for hands-on research in real-world agricultural settings, facilitating studies on crop yield and sustainable practices.
  • Collaborative spaces encourage interdisciplinary research among students and faculty from various engineering and agricultural fields.
  • Additionally, partnerships with industry and government agencies enhance research opportunities and funding.
  • Overall, these facilities foster innovation and advancements in sustainable agricultural practices.
Read More
More Facilities
Overview
0
7
No.of PhD Scholars
2
Conferences
3
Patents Published
30
Journals
10+
Book Chapters
98+
Total Publications
Research Projects
  • Research projects in agricultural engineering often focus on developing innovative farming equipment and smart technologies, such as automated machinery and precision agriculture tools.
  • Projects may involve optimizing irrigation systems for water conservation and improving soil health through sustainable management practices.
  • Renewable energy applications, like using bioenergy and solar power in farming, are common research areas.
  • Food processing projects aim to enhance storage and reduce post-harvest losses.
  • Research also explores climate-resilient agricultural techniques to adapt to changing environmental conditions.
  • Projects can include using data analytics and sensors for real-time monitoring of crops and soil.
  • Overall, they aim to improve agricultural efficiency and sustainability.
Dr. Vidhu Kampurath
Development of an Electrostatic Agricultural Spray Charging System as an Attachment to a Knapsack Mist Blower.
Dr. Hadole Mahesh Vinayak, Dr. Md. Faiyaz Ahmed
Design and Development of Seed Sowing Mechanism Operated by Drone.
Dr. T Prabhakar
Design, Development, And Performance Evalution Of Prototype Maize Sheller With Fuzzy Logic Controller
Dr. Vidhu Kampurath
Geo-tagging of Village Level Assets
Clusters
Farm Power Machinery
Name: Dr. T. Prabhakar Rao
H-Index:02
Specialization:Specialization
Research Interests:
  • Planters and Weeders
Soil and Water Conservation
Name:Dr. Mahesh Hadole
Specialization:Land and Water Resources Engineering
HIndex:03

Research Interests:
  • Precision Agriculture
Food Process and Engineering
Name: Mr. G. Aditya
Specialization :Food Process and Engineering
Research Interests:
  • Post Harvest Technology
Renewable Energy
Name:Dr. M. Anusha
Specialization:Farm Machinery and Power Engineering
HIndex:02

Research Interests:
  • Ergonomics and Safety in agriculture
Faculty Appreciations
Dr. Maddali Anusha
Achieved second position in Oral Presentation during 3 Day Global Conference on Climate Smart Agriculture.
Dr.Sanket Sawant
Achieved Young Scientists Award in International Conference on “Innovative Approaches in Agriculture, Horticulture and Allied Sciences” held on March 2023.
Dr.T.Prabhakar Rao
Achieved Young Researcher Award in International conference on “Multidisciplinary Innovative Research & Practice for Sustainable Development” held on July,2024
Dr Hadole Mahesh Vinayak
Invited as a Keynote Speaker for National conference on “Climate Smart Agriculture: Innovation and Adaption for Sustainability” (CSA:IAS 2025) held on 21-23 January, 2025.
Student Publications

Student Journals
2
No. of Student Journals
AGE department
Conferences
2
No. of Conferences
AGE department
Total
9
Total No. of Publications
AGE department
MoUs
MOU WITH National Institute of Plant Health Management (NIPHM) ON 7TH JANUARY 2025
7th January 25

4th April 25

4th April 25

What People Say

Avatar

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
Scholar
Avatar

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
Scholar
Avatar

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
Scholar

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
The main areas of research in Agricultural Engineering include Precision Farming, Farm Mechanisation, Natural Resources management, AI and ML applications in Agriculture, Remote sensing and GIS application in Agriculture, and Post-Harvest Technology and management.
Students can get involved in research projects by participating in internships or projects, skill development programs, or Experiential Learning Programme, during final year.
The department typically provides access to state-of-the-art laboratories, field research sites, and specialized equipment to support various research projects. There is provision of a student grant up to Rs. 2 lakhs for graduating students for promising project proposals.
The outcomes of the research include new technologies, improved agricultural practices, and contributions to the scientific literature that address global challenges in food production and environmental sustainability.
Students who participate in research have a competitive edge in securing internships, graduate programs, and employment opportunities in the field of Agricultural Engineering.
Contact Us
Vignan's Foundation for Science, Technology and Research
(Deemed to be University), Vadlamudi, Guntur-522213
info@vignan.ac.in
0863-2344700 / 701
Be The First to Know.
Copyrights © 2023 Vignan University. All rights reserved.