UC’s Bioengineering major fuses biology, chemistry, and engineering design. Students prototype medical sensors, 3-D-print tissue scaffolds, and analyze big omics data in cutting-edge wet and dry labs.
Wearable microfluidic patch for continuous cortisol monitoring
CRISPR-based paper diagnostic for rapid viral detection in low-resource settings
3-D bioprinted cartilage scaffold seeded with induced stem cells
Machine-learning model predicting protein solubility for biopharma pipelines
Low-cost point-of-care ultrasound probe using open-source electronics
Biomechanical analysis of exoskeleton assistance on gait rehabilitation
Microalgae photobioreactor optimizing CO₂ sequestration and biofuel yield
Ethics white paper on germline editing regulation frameworks
Augmented-reality surgical guide overlaying real-time CT data
Synthetic gene circuit controlling probiotic drug delivery in the gut
Lab-on-a-chip device sorting circulating tumor cells via acoustofluidics
Finite-element model of aortic stent fatigue under pulsatile flow
Crowdsourced database of adverse events in implantable devices
Policy brief on FDA fast-track pathways for AI diagnostic software
Bioinformatics pipeline identifying cancer neoantigens for personalized vaccines
Hydrogel sensor patch detecting wound pH and infection biomarkers
VR training module for laparoscopic suture skill assessment
Economic analysis of bioreactor scale-up for cell-based meat
Network analysis of CRISPR patent licensing in global biotech
Interactive outreach workshop teaching synthetic-biology safety to high-schoolers
Innovate life-saving technologies with UC’s nationally ranked Bioengineering program.
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