The Bioengineering BS at UIUC trains students to design medical devices, regenerative tissues, and diagnostic AI. Integrated labs in microfluidics, biomechanics, and synthetic biology pair with clinical partnerships at Carle Hospital, giving majors hands-on prototyping and regulatory insight. Tracks in therapeutics, imaging, and computational modeling prepare graduates for med-tech startups, MD/PhD pathways, and FDA leadership advancing personalized medicine.
3-D-printed scaffold seeded with iPSC-derived cartilage cells
Wearable ultrasound patch for continuous blood-pressure monitoring
Deep-learning algorithm classifying skin-lesion images for melanoma risk
Microfluidic chip isolating circulating tumor cells from blood
Soft-robotic exosleeve assisting stroke patient hand rehab
Finite-element model of heart-valve leaflet mechanics
Point-of-care CRISPR assay detecting antibiotic resistance genes
Optogenetic actuator controlling insulin release in engineered cells
Bio-ink formulation optimizing stem-cell viability for bioprinting
VR training simulator for laparoscopic suturing
Policy analysis of AI diagnostic device regulatory pathways
Ethics white paper on neural-prosthesis privacy considerations
Grant proposal for nanosensor detecting traumatic brain injury biomarkers
Machine-learning fusion of MRI and PET for early Alzheimer’s detection
Community workshop on low-cost prosthetic design with open-source CAD
Life-cycle assessment of single-use surgical tools vs. reusables
Lab protocol establishing organ-on-chip gut-blood barrier model
Podcast interviewing entrepreneurs in bioelectronic medicine
Invent life-changing health technologies with Bioengineering at UIUC.
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