Ranked among the nation’s top programs, Georgia Tech’s Biomedical Engineering BS (joint with Emory University) turns pre-meds and makers into health-tech pioneers. Students rotate through clinical immersion at Emory hospitals, then prototype solutions in the BME design studio—think 3D-printed orthopedic implants, AI-enhanced EEG headsets, and hydrogel drug-delivery patches. Research co-ops place undergrads in NIH-funded labs tackling neural interfaces and cancer immuno-engineering, while the program’s entrepreneurial spine guides teams from idea to FDA-cleared startup.
Wearable ultrasound patch for continuous blood-pressure monitoring
AI-powered seizure prediction using real-time EEG data
Bioprinted cartilage scaffold for knee injury repair
Smart insulin-delivery pen with Bluetooth glucose feedback
Microfluidic organ-on-chip model for personalized drug screening
Low-cost prosthetic hand with myoelectric control for low-resource settings
Nanoparticle vaccine platform for rapid pandemic response
Augmented-reality guidance system for spinal surgery alignment
Hydrogel-based wound dressing releasing antimicrobial peptides
Laser-speckle imaging device for assessing tissue perfusion in burn care
Exoskeleton ankle brace for post-stroke gait rehabilitation
Biosensing contact lens for continuous intraocular-pressure monitoring
CRISPR-engineered CAR-T cells targeting solid tumors
Implantable micro-LED array for optogenetic vision restoration
Machine-learning classifier for early detection of diabetic retinopathy
Invent the next health-tech breakthrough—engineer medicine at Georgia Tech.
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