Biomedical & Biotechnology Energy Materials Environment & Sustainability

Math & Computational Systems Transport & Thermodynamics Catalysis & Reaction Engineering

Current FacultyResearch Summariesfor more info, go to cheme.mit.edu

Daniel Andersonnano-based drugs, personalized medicine, cancer immunology

Robert Armstrongpolymers, rheology, transport phenomena, applied math

Paul Bartondynamic modeling, simulation & optimization, systems

Martin Bazanttransport, systems, microfluidics, applied math, electrokinetics

Daniel Blankschteincolloid & interface science, thermodynamics, statistical mechanics

Richard Braatzsystems & controls, materials, systems nanotech, applied math

Fikile Brushettelectrochemical energy conversion & storage, microfluidics

Arup Chakrabortyimmunology, regulation of transcription, statistical mechanics

Kwanghun Chungneuroscience, medical imaging, brain mapping, polymer science

Connor Coleyautonomous discovery, machine learning, molecular design

Clark Coltonbiomedical engineering, biochem engineering, mass transfer

Patrick Doylemicrofluidics, complex fluids, polymer physics, rheology & transport

Ariel Furstbioelectrochemistry, clinical diagnostics, biotechnology

Kate E. Gallowaysynthetic biology, systems biology, genetic control systems

William Greenchemical kinetics, molecular simulation, free radical reactions

Paula Hammondmacromolecular design & synthesis, nanoscale assembly, drug delivery

T. Alan Hattontransport phenomena, separation processes, microemulsions, colloids

Klavs Jensenmaterials synthesis & processing, microsystems

Jesse Krollatmospheric chemistry, particulate matter, chemical kinetics

Heather Kulikcatalysis, transition-metal chemistry, electronic structure methods

Biomedical & Biotechnology Energy Materials Environment & Sustainability

Math & Computational Systems Transport & Thermodynamics Catalysis & Reaction Engineering

Current FacultyResearch Summaries

Robert Langerdrug delivery, biotech, tissue engineering, biomedical engineering

Doug Lauffenburgercell, tissue, & biomolecular engineering

Christopher Lovemicro/nanofabrication & surface chemistries, cellular immunology

Karthish Manthiramcatalysis, renewable energy, electrochemistry, nanotechnology

Allan Myersonnucleation, polymorphism, & industrial applications of crystallization

Bradley Olsenblock copolymers, soft condensed matter physics, bioelectronics

Kristala Prathermetabolic engineering, biochem engineering, synthetic biology

Yuriy Románcatalysis, biomass, biofuels, design of catalytic materials

Gregory Rutledgesoft condensed matter, polymer engineering, statistical mechanics

Hadley Sikesbiomolecular engineering, redox chemistry, clinical diagnostics

Zachary Smithembrane separations, polymer physics, nanotechnology

Greg Stephanopoulosmetabolic & biochemicalengineering, biotech, bioinformatics

Michael Stranotransport, texciton engineering for solar energy, nanosensors

James Swancomputational fluid mechanics, colloid science, nanomaterials

William Tisdalerenewable energy, nanotech, nanomaterials, nonlinear spectroscopy

Bernhardt Troutpharma manufacturing, biopharmaceuticals, nucleation & crystallization

K. Dane Wittrupmolecular bioengineering, protein engineering, biotechnology

These are just a few of our faculty’s research interests; for more information, go to cheme.mit.edu.

10/2020