UMD’s MS in Biomedical Engineering equips students to design medical devices, develop diagnostics, and model biological systems. The curriculum integrates engineering, physiology, computation, and materials science, supported by interdisciplinary research in imaging, robotics, and regenerative medicine. Graduates are prepared for careers in medtech, biotech, and advanced PhD research.
Development of a wearable biosensor for glucose monitoring
Design and testing of a biodegradable vascular stent
AI-based classification of tumor cells in medical imaging datasets
Fabrication of 3D-printed scaffolds for bone tissue regeneration
Modeling hemodynamics in coronary arteries under various flow conditions
Design of a portable blood analysis microfluidic device
Building a robotic exoskeleton for lower limb rehabilitation
Signal processing of EEG data for seizure detection
Biomechanical modeling of spinal implants under stress
Development of a photonic biosensor for rapid pathogen detection
Analysis of MR imaging contrast agents in brain scans
Simulation of drug diffusion in tumor tissues
Wireless telemetry system for monitoring heart rate and oxygen saturation
Smart wound dressing with integrated temperature sensors
Data integration platform for ICU patient vital statistics
Characterization of biocompatibility of novel implant materials
Design of a closed-loop insulin delivery system
Optimization of pacemaker lead placement using anatomical modeling
Machine learning prediction of surgical outcomes in orthopedic procedures
Development of an optical coherence tomography (OCT) imaging probe
Develop life-saving diagnostics, devices, and systems through interdisciplinary research in UMD’s Biomedical Engineering program.
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