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IIPA students and member faculty at IIPA 2024.Integrative precision agriculture (IPA) harnesses the power of technology and big data to sustainably provide for our planet’s growing population. Learn more about how our researchers are engineering for tomorrow.Integrative Precision AgricultureResearch AreasMeet Our Team
Man in fieldIntegrative precision agriculture (IPA) harnesses the power of technology
and big data to sustainably provide for our planet’s growing population.
Learn more about how our researchers are engineering for tomorrow.
Integrative Precision AgricultureResearch AreasMeet Our Team
Man in fieldIntegrative precision agriculture (IPA) harnesses the power of technology and big data to sustainably provide for our planet’s growing population. Learn more about how our researchers are engineering for tomorrow.Integrative Precision AgricultureResearch AreasMeet Our Team
thermal image of hensIntegrative precision agriculture (IPA) harnesses the power of technology
and big data to sustainably provide for our planet’s growing population.
Learn more about how our researchers are engineering for tomorrow.
Integrative Precision AgricultureResearch AreasMeet Our Team

The Institute of Integrative Precision Agriculture (IIPA) was established in 2022 and is Georgia’s brand for digital farming, food, and fiber. Its goal is to foster interdisciplinary research, education, extension, and outreach on next-generation technologies in agriculture, food, and forestry – both within the university and with external partners.

IIPA is a trusted partner for growers, industry, state, and federal agencies, and a magnet for young scientists who want to work with the best and brightest in integrative precision agriculture. It consists of 70+ member faculty and 80+ graduate students from seven University of Georgia schools and colleges.

Precision Poultry Farming Blog

A Robotic Machine Vision System for Tracking Dead Chickens
It’s estimated that approximately 20 million chickens in the U.S. die in commercial poultry houses before reaching market age or ...
Monitoring Perching Behavior of Cage-free Hens with Machine Vision
Domestic fowl shows the tendon-locking phenomenon, which lets them to express perching behavior (PB) with minimum muscular effort. The domestic ...
A Machine Vision Method for Tracking Wild Birds to Prevent Bird Flu on Poultry Farm
High pathogenicity avian influenza (HPAI) is disastrous for poultry industries worldwide. The outbreak of HPAI in 2014-2015 caused the loss ...

News

2025 Georgia Precision Poultry Conference May 6, 2025 Virtually (via Zoom)
2025 Precision Poultry Farming Conference – May 6
The University of Georgia Poultry Science Extension Team will proudly host the 2025 Georgia Precision Poultry Farming Conference virtually (via ...
IIPA Seminar Series – April 21st – Dr. Jae Ryu
Applications of Autonomous Unmanned Vehicles for Precision Agriculture Research, Education, and Outreach Dr. Jae Ryu Professor, Water Resources Engineering, University ...
IEEE Workshop Announcement graphic. February 28, 2025 11 a.m. to 4 p.m. Room 2008, Geography Building University of Georgia Athens, GA
IEEE ISDL Workshop and Meeting Series – February 28, 2025
The IEEE Geoscience and Remote Sensing Society (GRSS) UGA Student Chapter is organizing an Inter-Society Distinguished Lecturer Workshop, bringing together ...
Dr. Kenon Song, UGA College of Engineering
Kenon Song Named NAI Senior Member
Dr. Kenon Song, IIPA member and associate professor in the UGA College of Engineering, is one of eight UGA researchers ...
callaway-graphic
Research & Extension Experience for Undergraduates (REEU)
The summer REEU program titled “Modern Tools and Technologies for Food & Agriculture Production” is an excellent opportunity for undergraduate ...