Water quality of natural water systems
Bioenergy
Administrative
Onsite wastewater treatment systems
Poultry house environment control and energy conservation
Biomass Conversion - Thermal and Biological; Bioenergy; Anaerobic digestion; Carbon Cycling
Fermentation and metabolic engineering
Biomechanics: a research and education program dedicated to discovering and disseminating knowledge related the biomechanics of human and animal movement
S.T.E.M./Engineering Education Outreach: a research and service program dedicated to the improvement of education
Sustainable agriculture
Environmental and natural resources engineering
Biodiesel; biofuels
Biosensing and bioimaging; instrumentation
Sensors and controls
Irrigation, water management and policy
Conservation tillage; alternative energy - solar and anaerobic digestion
Crop modeling and agrometerology
Multimodel VH interfaces
Biochemical engineering
Ecological and biochemical networks
Engineering education and complex systems
Water, Wastewater, Food Processing Waste Minimization
Tissue engineering and in particular cell-surface interactions with applications in the development of cell-based biosensors and/or assays for high throughput screening (HTS). Renewable energy utilization at the bottom of the economic pyramid with emphasis on biogas-powered cooling. Global service learning with emphasis on long term effects, well after graduation.
Bio-imaging
Geospatial technologies, environmental and natural resource planning and management
Sustainable buildings and processes; Energy efficiency in existing and new buildings; Water efficiency, water capture and reuse
Sensors and controls; postharvest engineering; heuristic search and optimization
Organic thin films, polymers, soft materials, interfacial characterization, organic electronics
Biomass and Bioenergy
Micro-electro-mechanical systems
Functional nanomaterials
Crop modeling and decision support tools
Precision agriculture
Sensors, security, safety
Non-point sources pollution management, water resources policy, stormwater management and erosion control, animal waste and nutrient management. Development of policy and techniques to conserve soil and water resources, work to preserve and protect agricultural systems through improved management and pollution preventionWater quality, waste management, Agricultural Pollution preventions
Environmental anthropology, climate adaptation and agricultural decision support
Systems and engineering ecology, Energy systems, Ecosystem energetics, Thermodynamics, Theoretical ecology, Complex network analysis, Ecological network theory
Water, energy, finance
Mechanical systems and materials, biomaterials, biomechanics, MEMS, multi-physics modeling, mechanical systems, FEA, fluid mechanics
Bioimaging, quantum computing
Agricultural pollution prevention, Environmental Management Systems EMS in Agriculture, Partnership for a Sustainable Georgia-AgTrack
Climate, coastal systems, wind/solar resources
Watershed Monitoring, Assessment, and Protection for Cities and Counties in Georgia
Spectroscopy and Spectral Imaging for Biosystems
Computer Mediated Learning Technologies
Structural design, storage of grain
Leadership for all University of Georgia engineering teaching, research, and extension programs statewide; irrigation systems and management: soil and water conservation; soil-plant-water relations; chemical application systems including chemigation; crop production systems; soil tillage systems.
Natural resources engineering; Watershed assessment; postharvest
Administrative
Water quality; precision agriculture
Engineering education
Urban water quality and environmental management
Animal waste management; water quality
Animal waste management, structures, electrical applications, energy conservation in agriculture
Nanoscience and engineering; nanobioelectronics
Undergraduate instruction
