CMU’s BME PhD partners engineers with clinicians to develop next-generation diagnostics, therapeutics, and medical devices. Dissertation avenues span neuro-prosthetics, regenerative biomaterials, and AI health analytics. Clinical immersion at UPMC accelerates translational impact, while entrepreneurship programs shepherd IP from lab to startup.
Closed-loop spinal cord stimulator with ML pain prediction
Bioprinted myocardium patch vascularized via sacrificial inks
Multimodal AI model predicting sepsis onset six hours earlier
Flexible graphene-based EEG cap for long-term neonatal monitoring
Magnetically actuated microrobots for targeted drug delivery
Optogenetic control interfaces for peripheral nerve regeneration
Nanoparticle contrast agent enhancing photoacoustic tumor imaging
Blockchain EHR architecture preserving data provenance
Biomechanical model of TBI under sports impact scenarios
Wearable ultrasound transducer array for kidney-stone repositioning
CRISPR-Cas13 therapy delivery via lipid nanoparticles to retina
Explainable AI triage algorithm certified under FDA SaMD guidelines
Soft robotic glove for post-stroke motor relearning trials
Ethical framework for genomic data sharing in pediatrics
Open-source simulation toolkit for organ-on-chip perfusion dynamics
Translate engineering innovation into lifesaving therapies at CMU BME.
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