UF’s BS in Biomedical Engineering merges engineering principles with biological sciences to solve complex healthcare challenges. Students work with faculty on medical device design, tissue engineering, biomechanics, and neural engineering. With strong ties to UF Health and access to advanced labs, students are trained to develop solutions that improve lives—from prosthetics to biosensors to AI-powered diagnostics.
Designing wearable biosensors for hydration tracking
Modeling artificial organs using 3D bioprinting
Developing brain-computer interface prototypes
Biofeedback systems for rehabilitation therapy
Neural mapping of pain signals via electrodes
Portable ECG device with smartphone integration
AI for early detection of diabetic retinopathy
Designing low-cost prosthetics for developing regions
Microfluidics for at-home disease detection kits
Evaluating biocompatibility of synthetic polymers
Implantable drug delivery systems for cancer therapy
Ultrasound elastography in tumor stiffness analysis
Machine learning for gait abnormality detection
Tissue scaffold fabrication for regenerative medicine
Ingestible sensors for digestive health monitoring
Simulation of blood flow in arterial stents
Electrochemical sensors for glucose monitoring
Augmented reality tools in surgical training
Designing ergonomic exoskeletons for mobility
Digital twin models for patient-specific simulation
Engineer next-gen healthcare solutions that blend technology and biology.
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