Controlled Environment Agriculture Innovation Center

This is a newly established joint initiative between Virginia Tech School of Plant and Environmental Sciences, Virginia Seafood AREC, and the Institute for Advanced Learning and Research (IALR). By developing strategic partnerships with both industry and academia, the goal of the CEA-IC is to conduct research and educational programing to develop, promote, grow and improve the controlled environment agriculture sector in Virginia, the U.S. and internationally.
This modern greenhouse features a variety of technologies to enhance hydroponic systems in a vertical growing system to maximize space, as supported by high-tech engineering and computerized systems. Aquaponics, which is recirculating aquaculture integrated with hydroponic systems, will create a complete system for providing nourishing plants and fish and managing water and food safety for high-value specialty vegetables, herbs, small fruits, and hemp.
This testbed attracts domestic and international partnership industries, including controlled environment agriculture producers, energy, materials, cyberbiosecurity, and others. So far, 8 private/public companies have signed on to be partners in the CEA-IC. Machine learning, artificial intelligence, data analytics, sensors, digital and automated technologies will be used in various research strategies to study plant and fish health and to ensure controls for water, energy, capital and labor. In addition to research, CEA-IC scientists design and provide educational activities to train employees, farmers and companies on controlled environment technologies and crop production. Educational programming includes hands-on workshops, conferences, webinars, and instructional videos to support entities interested in entering CEA production and research.
Affiliate faculty within the SmartFarm Innovation Network® - Controlled Environment Agriculture Platform
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Bio ItemMike Evans , bio
controlled environment agriculture | horticulture | hydroponics
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Bio ItemAnna Duraj-Thatte , bio
sustainable biomaterials | biosensors | therapeutics
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Bio ItemDong Ha , bio
wireless | wired sensors | edge computing at sensor nodes
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Bio ItemMatthew Hull , bio
ecotoxicology | emerging contaminants | nanotechnology | nanomaterials | environmental science | safety
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Bio ItemLiqing Zhang , bio
bioinformatics | computational genomics | machine learning
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Bio ItemYan Chen , bio
human computer interaction (HCI) | software engineering | UI & UX | crowdsourcing | end-user programming
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Bio ItemThinh Doan , bio
artificial intelligence | machine learning | robotics | distributed multi-agent systems
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Bio ItemSean O'Keefe , bio
food chemistry | food components | shelf life
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Bio ItemSong Li , bio
plant genomics and bioinformatics | machine learning | high throughput phenotyping
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Bio ItemKaylee A. South , bio
horticulture | controlled environment agriculture | plant growth promoting microbes | greenhouse | indoor vertical farm | hydroponics
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Bio ItemThidapat (Tam) Chantem , bio
resource-constrained system-level design | cyber-physical systems | dynamic adaptation | reliability and resilience
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Bio ItemRich Helm , bio
biomarkers | mass spectrometry | metabolomics | proteomics
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Bio ItemBingyu Zhao , bio
LED light | pest control
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Bio ItemKevin Rice , bio
pest control | pest monitoring | UAV's | invasive species
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Bio ItemArash Rashed , bio
high-throughput imaging | artificial intelligence | drones | IPM | pest control
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