The Bioengineering PhD at UIUC unites nanofabrication, systems biology, and AI to redefine diagnostics, therapeutics, and synthetic life. Candidates may 3-D print vascularized organs-on-chip, decode neural intent with graphene arrays, or build CRISPR gene circuits combating antibiotic resistance.
Self-healing hydrogel bio-inks for cardiac tissue patches
Graphene neural probe mapping dopaminergic microcircuits
Deep reinforcement learning optimizing adaptive radiotherapy plans
CRISPR-based gene oscillator for smart probiotic therapies
Nanoparticle acoustic reporter enhancing ultrasound imaging
Closed-loop insulin delivery algorithm using edge AI
Digital twin of tumor microenvironment for drug screening
Policy brief on equitable access to genomic-editing therapies
Lab-on-fiber biosensor detecting cytokine storms in sepsis
Grant proposal for carbon-negative microbial biofabrication
Biophysical modeling of mechano-transduction in stem-cell fate
Multiplexed aptamer array chip for rapid pandemic pathogen detection
Ethics podcast on human augmentation biotechnologies
White paper on regulatory pathways for AI-driven medical devices
Organoid co-culture model studying gut-brain axis signaling
Engineer biology to transform medicine with UIUC.
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