Join Our Team
The Institute for Integrative Precision Agriculture (IIPA) at the University of Georgia is dedicated to advancing the future of agriculture through cutting-edge research and innovative solutions. As a dynamic and growing team, we are always on the lookout for passionate, talented individuals who are eager to contribute to our mission. Whether you have a background in agriculture, technology, or data science, there’s a place for you here at IIPA. Join us in shaping the future of sustainable farming and precision agriculture!
Available Positions
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Director of Industry Partnerships and Project Based Learning
The director will be responsible for developing project-based learning opportunities within the UGA Innovation District with varied industry partners to cultivate the knowledge and technology needed to improve productivity, profitability and sustainability of industries in agriculture.
The director will work collaboratively with the College of Agricultural and Environmental Sciences (CAES) Office of Academic Affairs, Office of Research, and the Office of Extension and Outreach, and The Office of Development and Alumni Relations to support, develop, and implement a plan to identify research and educational opportunities and enhance student and employer engagement opportunities. The position will develop problem-based learning modules/courses within the Innovation District in collaboration with other UGA Colleges and Schools. Develops effective assessment documentation regarding program productivity and impact.
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Ph.D. Research Assistant
Dr. Zhihang Song at the Department of Horticulture is seeking a Ph.D. Student Research Assistant in the
Controlled Environment Agriculture (CEA) Lab. Preferred start dates are Summer or Fall 2025. Joining this
research group will provide you with the opportunity to learn and conduct cutting-edge research and development
of high-throughput, high-precision, and automated plant phenotyping systems in controlled environments.
Potential research topics include but are not limited to 1) high-throughput indoor plant phenotyping systems, 2)
plant nutrient and drought status identification and resource optimization, 3) automated real-time crop
management and environmental control with Ag IoT (Internet of Things), 4) multi-dimensional plant growth
condition monitoring with integrated sensors and robotics. Students will be encouraged and expected to publish
research work in high-quality journals and national or international conferences. A full Graduate Assistantship with
tuition coverage, competitive stipend, and benefits will be offered.