Penn State’s MS in Biomedical Engineering fuses engineering principles with biology and medicine to solve healthcare challenges. Students explore biomaterials, medical imaging, biomechanics, bioinstrumentation, and neural engineering. The program offers opportunities for translational research with clinical partners, enabling students to develop new diagnostic tools, implantable devices, and computational models. Graduates are well-positioned for medtech R&D, clinical research, or PhD study.
Designing a low-cost wearable for continuous blood pressure monitoring
Modeling fluid flow in prosthetic heart valves
Developing bioelectronic sensors for early disease detection
Analyzing gait biomechanics in post-stroke rehabilitation
Building a machine learning model for medical image segmentation
Creating polymeric drug delivery systems with targeted release
Simulating tissue stress during orthopedic implant use
Developing neural interfaces for brain-computer interaction
Evaluating ultrasonic imaging resolution in deep tissue scans
3D printing porous scaffolds for bone tissue regeneration
Developing portable EEG systems for epilepsy detection
Designing biosignal acquisition software for mobile platforms
Creating a software suite for real-time health data analysis
Investigating mechanical failure in vascular stents
Design, build, and test life-changing biomedical systems and diagnostics in a translational research environment.
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