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Research Areas
Engineers and applied scientists aim to solve complicated problems arising from societal needs and concerns, that’s our great strength. Biological engineers address these problems by fusing quantitative, integrative, systems-oriented analysis and design approaches together with cutting-edge bioscience. Until recently, reliable methods did not exist for accessing biological systems broadly at their mechanistic (molecular and cellular) levels, for purposes of not only understanding them but of altering or designing them to carry out desired useful functions. Today, biological engineers are at the forefront of developing these powerful, innovative methods and employing them in exciting new ways for societal benefit over a wide range of vital applications in human and environmental health and various diverse industries. The project areas to be found in our Biological Engineering research program, across our world-class faculty and center laboratories, are ideal for learning how to effectively address important problems combining engineering principles and perspective with the knowledge and tools of modern molecular life sciences.
MIT's Biological Engineering faculty direct leading-edge research programs across the wide range of this exciting new field.
| Biological and Physiological Transport Phenomena |
Forbes Dewey, Alan Grodzinsky, Jay Han, Roger Kamm, Bob Langer, Katharina Ribbeck |
| Biological Imaging and Functional Measurement |
Mark Bathe, Paul Blainey, Ed Boyden, Pete Dedon, Forbes Dewey, Bevin Engelward, Alan Jasanoff, Scott Manalis, Peter So, Peter Sorger, Mehmet Fatih Yanik, Feng Zhang |
| Biomaterials |
Angie Belcher, Linda Griffith, Darrell Irvine, Alan Jasanoff, Bob Langer, Tim Lu, Katharina Ribbeck, Ioannis Yannas |
| Biomolecular Engineering |
Mark Bathe, Angie Belcher, Ed Boyden, Christopher Burge, Ernest Fraenkel, Alan Jasanoff, Roger Kamm, Alex Klibanov, Bob Langer, Doug Lauffenburger, Harvey Lodish, Tim Lu, Jacquin C. Niles, Ram Sasisekharan,Bruce Tidor, Dane Wittrup, Feng Zhang |
| Biophysics |
Eric Alm, Mark Bathe, Paul Blainey, Ed Boyden, Arup K. Chakraborty, Alan J. Grodzinsky,
Darrell Irvine, Alan P. Jasanoff, Roger D. Kamm, Scott R. Manalis, Katharina Ribbeck, Peter T. So, Bruce Tidor, Krystyn J. van Vliet, Ron Weiss, Michael B. Yaffe, Feng Zhang |
| Cell and Tissue Engineering |
Ed Boyden, Forbes Dewey, Bevin Engelward, Linda Griffith, Alan Grodzinsky, Darrell Irvine, Roger Kamm, Bob Langer, Doug Lauffenburger, Harvey Lodish, Tim Lu, Leona Samson, Ram Sasisekharan, Ron Weiss, Ioannis Yannas, Feng Zhang |
| Computational Modeling of Biological and Physiological Systems |
Eric Alm, Mark Bathe, Ed Boyden, Arup Chakraborty, Christopher Burge, Forbes Dewey, Ernest Fraenkel, Roger Kamm, Doug Lauffenburger, Ram Sasisekharan, Peter Sorger, Bill Thilly, Bruce Tidor, Ron Weiss |
| Discovery and Delivery of Molecular Therapeutics |
Paul Blainey, Ed Boyden, John Essigmann, Ernest Fraenkel, Bob Langer, Doug Lauffenburger, Harvey Lodish, Tim Lu, Jacquin C. Niles, Katharina Ribbeck, Leona Samson, Ram Sasisekharan, Peter Sorger, Steve Tannenbaum, Bruce Tidor, Mehmet Fatih Yanik, Dane Wittrup |
| Energy |
Eric Alm, Angie Belcher, Ed DeLong, Christopher A. Voigt |
| Genetic Toxicology |
Pete Dedon, Bevin Engelward, John Essigmann, Leona Samson, Bill Thilly, Gerry Wogan |
| Infectious Disease and Immunology |
Paul Blainey, Arup Chakraborty, Jim Fox, Linda Griffith, Darrell Irvine, Doug Lauffenburger, Tim Lu, Jacquin C. Niles, Katharina Ribbeck, Jonathan A Runstadler, Dane Wittrup, Feng Zhang |
| Macromolecular Biochemistry & Biophysics |
Eric Alm, Mark Bathe, Paul Blainey, Pete Dedon, John Essigmann, Alan Grodzinsky, Alan Jasanoff, Roger Kamm, Alex Klibanov, Harvey Lodish, Jacquin C. Niles, Leona Samson, Ram Sasisekharan, Peter So, Steve Tannenbaum, Bruce Tidor, Christopher A. Voigt, Dane Wittrup |
| Metabolism of Drugs and Toxins |
Pete Dedon, John Essigmann, Linda Griffith, Steve Tannenbaum |
| Microbial Pathogenesis |
Paul Blainey, Jim Fox, Tim Lu, Jacquin C. Niles, Katharina Ribbeck, Jonathan A Runstadler |
| Microbial Systems |
Eric Alm, Paul Blainey, Ed DeLong, Tim Lu, Jacquin C. Niles, Katharina Ribbeck, Christopher A. Voigt, Ron Weiss |
| Molecular, Chemical and Environmental Carcinogenesis |
Pete Dedon, Forbes Dewey, Bevin Engelward, John Essigmann, Leona Samson,Steve Tannenbaum, Bill Thilly, Gerry Wogan |
| Molecular, Cell and Tissue Biomechanics |
Mark Bathe, Alan J. Grodzinsky, Jay Han, Roger Kamm, Bob Langer, Harvey Lodish, Scott Manalis, Peter So, Peter Sorger, Subra Suresh, Ioannis Yannas |
| Molecular Pharmacology |
Pete Dedon, John Essigmann, Ernest Fraenkel, Bob Langer, Doug Lauffenburger, Ram Sasisekharan, Peter Sorger, Bruce Tidor, Dane Wittrup |
| Nanoscale Engineering of Biological Systems |
Mark Bathe, Angie Belcher, Paul Blainey, Ed Boyden, Jongyoon Han,Darrell J. Irvine, Tim Lu, Scott Manalis |
| Neurobiological Systems |
Ed Boyden, Alan Jasanoff, Robert Langer, Ioannis Yannas, Feng Zhang |
| New Tools for Genomics, Functional Genomics, Proteomics and Glycomics |
Eric Alm, Paul Blainey, Christopher Burge, Forbes Dewey, Bevin Engelward, Ernest Fraenkel, Linda Griffith, Jay Han,Doug Lauffenburger, Scott Manalis, Jacquin C. Niles, Leona Samson, Ram Sasisekharan, Peter Sorger, Steve Tannenbaum, Bill Thilly, Bruce Tidor, Michael Yaffe, Mehmet Fatih Yanik, Dane Wittrup, Feng Zhang |
| Synthetic Biology |
Eric Alm, Mark Bathe, Angie Belcher, Ed Boyden, Bevin Engelward, Alan Jasanoff, Tim Lu, Jacquin C. Niles, Christopher A. Voigt, Ron Weiss, Feng Zhang |
| Systems Biology |
Eric Alm, Mark Bathe, Chris Burge, Pete Dedon, Ed DeLong, Forbes Dewey, Ernest Fraenkel, Jongyoon Han, Douglas Lauffenburger, Tim Lu, Scott Manalis, Leona Samson, Peter Sorger, Steve Tannenbaum, Bruce Tidor, Christopher A. Voigt, Ron Weiss, Forest White, Michael Yaffe, Feng Zhang |
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