The ABE PhD at UIUC empowers innovators to decode agroecosystem complexity with robotics, systems biology, and climate informatics. Fellows direct NSF-funded Digital Agriculture projects, build synthetic-biology chassis for carbon-negative bioplastics, and analyze watershed big-data for nutrient-loss policy.
Autonomous phenotyping rover LiDAR-CNN root-architecture mapping
CRISPR metabolic pathway engineering for nitrogen-fixing cereals
Agent-based model assessing behavioral adoption of precision irrigation
Li-ion battery lifecycle in electrified farm machinery LCA
Closed-loop biorefinery integrating algal CO₂ capture from ethanol plants
Edge-AI detection of mycotoxins via hyperspectral kernels
Policy evaluation model of cover-crop subsidies on nitrate runoff
Fluid-structure simulation of insect-inspired micro-drone pollinators
Isotope tracing of soil organic carbon in regenerative fields
Grant proposal for blockchain farm-to-fork provenance in smallholder co-ops
White paper on ethics of gene-drive pest control
Hydrological twin of Corn Belt streams predicting phosphorus hotspots
Bio-electrochemical ammonia synthesis process TEA
Engineer food, energy, and water resilience with UIUC.
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