Northwestern’s Biomedical Engineering BS integrates mechanics, electronics, and molecular biology to create technologies that transform patient care—from 3D-printed organs to neural prosthetics. Students tackle design challenges in modern makerspaces and collaborate with Feinberg School clinicians on translational research. Concentrations in biomechanics, biomaterials, or neural engineering allow tailored expertise, while industry co-ops with medical-device firms build professional acumen. Graduates excel in med-tech R&D, entrepreneurship, and MD/PhD pathways.
Design a 3D-printed biodegradable scaffold for cartilage regeneration
Develop a closed-loop EEG-controlled exoskeleton for stroke rehabilitation
Create a wearable ultrasound patch for continuous blood-pressure monitoring
Test biodegradable drug-eluting stents with finite-element stress analysis
Model hemodynamics in patient-specific aneurysm geometries using CFD
Engineer microfluidic chips for rapid sepsis biomarker detection
Integrate machine-learning algorithms into portable retinal imaging devices
Study stem-cell mechanotransduction on tunable hydrogel substrates
Prototype a smartphone-based spirometer for telehealth in low-resource settings
Evaluate antimicrobial surface coatings for orthopedic implants
Design optical biosensors for continuous glucose monitoring via sweat analysis
Investigate brain-computer interface signal stability over chronic implantation
Simulate cardiac tissue electrophysiology to optimize pacemaker lead placement
Develop VR surgical-training modules with haptic feedback sensors
Assess environmental lifecycle impacts of single-use medical plastics
Invent the future of healthcare with Northwestern’s hands-on Biomedical Engineering degree.
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