Jointly conferred with NC State, UNC’s MS in Biomedical Engineering trains engineers to design neural interfaces, bio-printed tissues, and AI-driven diagnostics. Students prototype in the Translational Health Engineering Lab, conduct GMP cell-culture in the North Carolina Tissue Consortium, and shadow surgeons through the Clinical Immersion Program to identify unmet needs ripe for innovation.
Wearable ultrasound patch for non-invasive blood-pressure monitoring
3-D bioprinted cartilage scaffold seeded with iPSC chondrocytes
Closed-loop FES system driven by real-time EMG decoding
Microfluidic chip enabling rapid sepsis biomarker quantification
Hydrogel-based drug reservoir triggered by glucose levels
Machine-learning algorithm predicting prosthesis socket fit issues
Battery-free pacemaker powered by cardiac motion
Optogenetic neural-stimulation headset for depression studies
Exoskeleton knee joint utilizing variable-stiffness actuators
Nanocarrier platform targeting chemo to hypoxic tumor cores
Regulatory strategy for 510(k) clearance of smart inhalers
VR surgical rehearsal integrating haptic feedback and CT data
Open-source ventilator design optimized for LMIC supply chains
Grant proposal for bioreactor scaling of cultured-meat tissue
White paper on ethical frameworks for brain-computer interfaces
Fuse engineering and medicine to create life-changing health technologies.
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