Harvard’s CPB BS integrates quantitative science with life-science discovery, training students to probe protein folding, enzyme kinetics, and cellular mechanics. Coursework merges quantum chemistry, statistical physics, and modern microscopy, while labs at the Broad Institute and Center for Systems Biology provide research immersion. Graduates enter pharma R&D, biophysics PhDs, and quantitative biotech startups.
Molecular-dynamics simulation of SARS-CoV-2 spike protein
Single-molecule FRET study of DNA repair enzymes
Optical-tweezer measurement of motor-protein forces
CRISPR screening to map metabolic pathways
Fluorescent biosensor design for calcium signaling
Quantum-mechanical calculation of enzyme active sites
Super-resolution imaging of synaptic vesicle cycling
Kinetic modeling of antibiotic resistance evolution
Microfluidic assay for rapid drug-binding kinetics
Capstone on lipid-bilayer mechanics in viral entry
Data-driven exploration of protein language models
Workshop on open-source microscopy hardware
Pipeline for cryo-EM particle classification
Bioinformatics analysis of protein-protein interaction networks
Ethics discussion on dual-use research in synthetic biology
Virtual reality visualization of molecular landscapes
Leverage quantitative science to decode life’s molecular machinery at Harvard.
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