Ranked among the world’s leaders, Duke’s MS in Biomedical Engineering accelerates engineers into translational R&D. Project-based curricula pair biomaterials, medical-imaging physics, and neural-interface design with entrepreneurship boot-camps. Students iterate organ-on-chip devices in cGMP cleanrooms, apply deep learning to ultrasound elastography, and co-author patents alongside Duke Health clinicians. Optional global-health tracks tackle frugal innovations in Kampala and Kathmandu, sharpening cross-cultural design instincts.
AI-guided 3-D ultrasound system for low-resource obstetrics
Hydrogel scaffold delivering combinatorial gene therapy
Optogenetic retinal prosthesis with graphene micro-LEDs
Paper-based CRISPR diagnostic for antimicrobial resistance
Soft-robotic cardiac assist sleeve with embedded strain sensors
Closed-loop neurostimulator adaptive to Parkinsonian tremor patterns
Photoacoustic imaging nanoprobe targeting tumor hypoxia
Wireless power platform for implantable insulin micro-pumps
VR surgical planning tool integrating patient-specific CT data
Bioprinted meniscus using gradient stiffness bioinks
Cameroon field trial of solar-sterilized IV-fluid production
Wearable sweat metabolite sensor for cystic-fibrosis monitoring
Blockchain traceability of patient data in multi-center device trials
Biomechanical model predicting pediatric scoliosis brace outcomes
Nanoparticle ultrasound contrast agent for early thrombosis detection
Invent next-generation healthtech with Duke’s clinically connected BME master’s.
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