Harvard’s Bioengineering PhD, spanning SEAS, HMS, and the Wyss Institute, trains researchers to program cells, design responsive biomaterials, and build diagnostic micro-devices. Doctoral candidates wield droplet microfluidics, deep-learning protein design, and organ-chip platforms to tackle cancer, pandemic preparedness, and climate crises. Graduates launch biotech ventures and shape translational R&D in industry and academia.
Programmable mRNA therapeutic platform with tissue-specific delivery
Hydrogel scaffold guiding nerve regeneration post-spinal injury
Paper-fluidic chip detecting antimicrobial-resistance genes in minutes
Whole-cell biosensor network monitoring water quality in real time
CRISPR-based gene circuit regulating insulin in beta-cell organoids
AI-guided de novo design of carbon-fixing enzymes
Soft-robotic cardiac assist device powered by pneumatic actuators
Thesis chapter on integrated bioreactor for cultured-meat production
Machine-learning segmentation of 3-D bioprinted tissue vasculature
Policy white paper on equitable access to gene therapies
Open-source hardware for low-cost fluorescence microscopy
Ethics framework for human–animal chimeric research
Invent biological technologies that heal people and planet.
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