Harvard’s Bioengineering BS fuses molecular biology, mechanics, and computation to create technologies such as tissue-engineered organs, wearable sensors, and sustainable biomaterials. Courses span biophysics, synthetic biology, and device design, while the Wyss Institute offers state-of-the-art labs for student research. Graduates innovate at the nexus of medicine, biotech, and environmental engineering.
3D-printed cardiac patch seeded with stem cells
CRISPR-based diagnostic for rapid pathogen detection
Wearable sweat sensor monitoring hydration levels
Microfluidic chip modeling tumor-immune interactions
Bio-inspired adhesive mimicking gecko feet
Algal bioreactor for carbon capture in buildings
Soft robotic glove for stroke rehabilitation
Point-of-care device for hemoglobin screening
Capstone on biodegradable plastics from yeast metabolism
Optogenetic control system for neural circuits
AI-guided design of protein therapeutics
Biomechanical analysis of sports injury prevention gear
Workshop on regulatory pathways for medical devices
Database of open-source bioreactor designs
Field test of portable water-purification membranes
Ethics study on human-enhancement technologies
Business plan for low-cost prosthetic limbs
Engineer biology to transform medicine and the planet at Harvard.
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