Research Areas for Potential Graduate Students in Agricultural & Biological Engineering

Grain processing and milling, particle technology, particulate flow and materials handling, physical and chemical properties and correlation in food and feed materials, process modeling and simulation.
Agricultural Systems Management Application of mobile technologies for information collection and management; forage and biomass harvest and handling; livestock feeding.
Surface Science of Materials by exploring and exploiting physical and chemical properties to establish surface-property-performance relationships of particles, composites and powders.
Biological Engineering, Precision Medicine, Precision Agriculture
Hydrology and Water Resources Engineering. Cold climate hydrology, remote sensing and large-scale data analysis
Biotechnology Innovation and Regulatory Science. Identification of therapeutic biomarkers and novel applications for biotechnology. Defining mechanisms controlling brain tumors through proteomic and metabolic analysis. Viruses that infect bacteria through genomic and bioinformatics analysis. Biotechnology and biological engineering education including global leadership and bringing research into the classroom spanning K12 to professional graduate student audiences.
Fluid Power Systems, Computational Fluid Dynamics, Cavitation
Biomaterials, Tissue Engineering and Drug Delivery. Rational design of new polymers and composites. Tissue Engineering and Drug Delivery. Development of bioengineered systems for tissue regeneration and controlled delivery of therapeutics.
Information Systems Soil and Water Resource Engineering. Hydrologic/water quality modeling. GIS, simulation.
Bioseparations for the recovery of valuable co-products from biomass either prior to processing or from waste streams. Modeling of Bioprocess recovery and process integration for economic determination of co-product value.
Agricultural Safety & Health, Rural Rehabilitation, and AgroSecurity. Focusing on loss prevention in the workplace.
Soil Erosion Mechanics, Prediction, and Control. Soil detachment, transport, and deposition processes. Process-based soil erosion modeling. Soil amendments for erosion control. Water quality monitoring and modeling.
Watershed Modeling and Management . Drainage and water quality, soil and water engineering.. GIS for watershed analysis. Conservation practices to improve water quality.
Water Resources and Ecohydrologic Engineering. Hydrologic and water quality modeling, fate and transport of critical contaminants, trends and impacts of land use, land management and climate on water resources, ecological responses, sustainable water resources management, development of computer and internet-based applications.
Transportation planning Economics and modeling, transportation energy and sustainability, agricultural transportation and logistics; highway safety, transportation electrification.
Air Quality and Building Environmental Control. Field and laboratory research of agricultural dust, gases, and odors; measurement, emission rates and control. Odor evaluation. Biofiltration of air for advanced life support.
Grain post-harvest handling & storage, powder technology and logistics with focus on post-harvest operations, storage and feedstock characterization for grains, oilseeds, bioprocessing coproducts and lignocellulosic biomass.
Machine Vision and other Sensors Development in plant science research, application of big data and artificial intelligence in high throughput plant phenotyping with advanced imaging systems, spectroscopy, remote sensing, automation and robotics in agriculture.
Bioprocess Engineering: Bioseparations (liquid chromatography, membrane separations, microfluidics). Biocatalysis for biofuels (enzymes, cellulose pretreatment, fermentation, process  scale-up).  Pathogen Detection (food safety).
Fluid power. Design of machines and systems. Sustainable technologies for developing countries. Modeling, simulation, and control of dynamic systems. Autonomous and drive-by-wire technologies for vehicles.
Ecological Engineering and Biogeochemistry Nutrient dynamics in coupled human-natural systems; monitoring and modeling of stormwater management and ecosystem restoration at multiple spatial and temporal scales.
Bioprocessing. Conversion of renewable resources to fuels, chemicals, and pharmaceuticals. Biocatalysis Enzymes for lignocellulosic biomass hydrolysis, biotransformation of natural raw materials to value-added products.
Colloidal and Interfacial Phenomena. Pore formation by antimicrobial peptides in lipid bilayers, molecular dynamics simulation of protein conformation, oxidative stability in food emulsions, pasting behavior of starch.
Waste Management to protect water and air quality. Anaerobic digestion for renewable energy production and pollution control. Air pollution monitoring, evaluation, and modeling. Data acquisition and control software programming. Sensor development.
Food and Bioprocess Engineering. Heat and mass transfer in foods. Computer-aided process design. Continuous fermentors. Experimental and computer-aided research in optimization of food and bioprocesses.
Biosensors. Lab-on-a-chip MEMS devices for cell sensing. Biomimetic sensors for environmental monitoring Bio-nanotechnology. Bioregenerative Life Support. Nutrient delivery systems for use in microgravity.
Agricultural Informatics: human-centered design, information modeling, and software engineering for increased resilience in food and agricultural systems. Decision support tools for cover crop management and other sustainable ag practices, environmental sensing across scales, data architectures for on-farm research, and an exploration of digital agriculture.
Biomaterials. Materials to measure, control, and mimic living cells. Biosensors. Nano/micro biosensors for cell physiology.  Applications in cell transplantation, bioreactors, implantable devices.
Precision/Digital Agriculture- Internet of Things (IoT) for Plant/Animal Monitoring and Remote Control; Remote Sensing and Machine learning for Site-Specific Plant Management; Spatial and Temporal Variability Assessment and Modeling; Data Visualization and Tools for Decision Support; Modeling Soils, Plants, and Watershed Processes.
Sustainable Systems Modeling: Systems Modeling, Sustainability in Industrial-Natural Coupled Systems (SINCS), Urban Sustainability, Complex Systems Models, Integrated Nitrogen Modeling, Biodiversity Loss, and Chemical Pollutants.
Systems & Synthetic Biology. Metabolic Engineering; Functional Genomics/Tanscriptomics/Proteomics; Gene Circuits; Protein Engineering; Microbiology. Applications in biofuels, value-added chemical production, drug discovery, molecular diagnostics.
Bioenergy and the Design of Machines and Systems for Agriculture.
Bioprocessing, Bioproducts. Biofuels processing/separation, chemical synthesis/modification of biomaterials, synthesis of DNA-protein bioconjugates, bioproducts development.
Systems Biology. Interdisciplinary research: mechanisms of development and regulation of Bone Morphogenetic Proteins. Finite-element modeling of biological systems. Quantitative image analysis, microscopy, and data-driven modeling.
Fluid Power Systems. Design, modeling and testing of novel concepts for Hydraulic Valves and Hydrostatic Pumps/Motors. Formulation of new approaches to model fluid properties.
Engineering Human and Environmental Microbiomes. Influence of diet on gut microbiome, nanotechnology for separating bacteria in complex mixtures, in vitro models for microbiomes, metabolomics for diagnostics of diseases.
Subsurface hydrology, water quality, tile drainage, preferential flow, water isotopes, field and watershed monitoring.