MIT Department of Nuclear Science and Engineering
apostola@mit.edu
617-252-1570
Korea Electric Power Professor of Nuclear Science and Engineering,
and Professor of Engineering Systems
Methods for reliability and risk assessment and management for complex engineering systems; nuclear and toxic waste risk assessment and management; nuclear reactor safety; risk-informed regulation; terrorism risk analysis.
hvymet@mit.edu
617-253-5118
Professor of Nuclear Science and Engineering,
and Materials Science and Engineering
Corrosion and fatigue; environmental degradation of materials; stress corrosion cracking behavior in nuclear systems; nuclear fuel behavior modeling; life assessment; failure analysis.
jacopo@mit.edu
617-253-7316
Carl R. Soderberg Professor of Power Engineering
Associate Professor of Nuclear Science and Engineering
Design and analysis of advanced nuclear reactor systems; Two-phase flow and heat transfer; Nanofluid technology.
sowhsin@mit.edu
617-253-3810
Professor of Nuclear Science and Engineering
Neutron diffraction and spectroscopy; applications of laser light scattering to complex fluids and biological problems.
coderre@mit.edu
617-452-3383
Associate Professor of Nuclear Science and Engineering
Radiation biology; boron neutron capture therapy.
dcory@mit.edu
617-253-3806
Professor of Nuclear Science and Engineering
Solid-state NMR imaging and spectroscopy; Theoretical and experimental aspects of NMR imaging; magnetic resonance; quantum information processing; medical imaging.
mickeyd@mit.edu
617-253-4219
Professor Emeritus of Nuclear Science and Engineering
Nuclear fuel management; economics and system engineering.
bforget@mit.edu
617-253-1655
Assistant Professor of Nuclear Science and Engineering
cforsber@mit.edu
617-324-4010
Executive Director, MIT Nuclear Fuel Cycle Project
Integrated nuclear fuel cycles; advanced high-temperature nuclear reactors using liquid-salt coolants; development of global nuclear-renewables energy systems.
jpfreid@mit.edu
617-253-8670
Korea Electric Power Professor of Nuclear Science and Engineering,
Theoretical plasma physics; fusion systems engineering.
golay@mit.edu
617-253-5824
Professor of Nuclear Science and Engineering
Risk and reliability; nuclear technology performance improvement methods.
617-253-3804
Ford Professor Emeritus of Nuclear Engineering,
and Professor of Mechanical Engineering
Nuclear Plant Dynamics; Plasma Physics; Surface Physics; Direct Energy Conversion; Thermodynamics and Quantum ThermodynamicsEnergy Policy and Technology.
kfhansen@mit.edu
617-253-7384
Professor of Nuclear Science and Engineering, Post-Retirement Appointment
Nuclear energy policy and management; nuclear plant operations and simulation.
oharling@mit.edu
617-253-4201
Professor of Nuclear Science and Engineering, Post-Retirement Appointment
Neutron capture therapy; research reactor applications; experimental materials research; neutron scattering.
hobbs@mit.edu
617-253-6835
Professor of Materials Science and Engineering,
and Nuclear Science and Engineering
Radiation effects in materials; point and extended defects in non-metallic solids; nuclear waste disposition; high temperature corrosion; radiation-induced amorphization; atomistic and topological modeling of the amorphous and amorphizing states.
hutch@psfc.mit.edu
617-253-8760
Head of the Department, and Professor of Nuclear Science and Engineering,
Experimental plasma physics; controlled fusion.
jasanoff@mit.edu
617-452-2538 (v),
617-253-0760 (f)
Assistant Professor of Nuclear Science and Engineering,
and Brain & Cognitive Sciences
Functional Magnetic Resonance Imaging (fMRI); molecular neuroimaging; behavioral and systems neuroscience
kadak@mit.edu
617-253-0166
Professor of the Practice, Nuclear Science and Engineering
Energy policy; advanced nuclear energy plants; management effectiveness; high level radioactive waste disposal; nuclear plant license renewal; reactor vessel embrittlement; nuclear plant operations; safety analysis; regulatory effectiveness.
kazimi@mit.edu
617-253-4206
TEPCO Professor of Nuclear Engineering;
Professor of Mechanical Engineering;
Director, Center for Advanced Nuclear Energy Systems (CANES)
Nuclear systems safety; nuclear fuel cycle; two-phase flow and heat transfer.
rklester@mit.edu
617-253-7704
Professor of Nuclear Science and Engineering;
Director, MIT Industrial Performance Center
Nuclear fuel cycle and waste disposal; electric power industry restructuring; productivity and innovation; industrial performance.
molvig@mit.edu
617-253-9741
Associate Professor of Nuclear Science and Engineering
Theoretical plasma physics; computational physics.
parker@psfc.mit.edu
617-258-6662
Professor of Nuclear Science and Engineering,
and Electrical Engineering,
Plasma physics; fusion system engineering.
bruce@nmr.mgh.harvard.edu
617-726-5122
Senior Lecturer, Nuclear Science and Engineering
Magnetic resonance imaging (MRI), including functional imaging of the brain and heart; chemical shift spectroscopy and imaging.
shatilla@mit.edu
617-253-7384
Visiting Professor; ABET Program Evaluator (PEV)
Nuclear reactor physics; in-core fuel management optimization
todreas@mit.edu
617-253-5296
Korea Electric Power Company Professor of Nuclear Science and Engineering, and Professor of Mechanical Engineering
Reactor engineering; reactor thermal analysis; heat transfer and fluid flow.
whyte@psfc.mit.edu
617-253-1748
Associate Professor of Nuclear Science and Engineering
Plasma-surface interactions (PSI) in magnetic confinement fusion power reactors.
Martin Luther King Visiting Professor of Nuclear Science and Engineering
Environmental Radioactivity, Radionuclide Transport, Radiation Detection and Measurement, Counterproliferation Technologies, Scientific Issues Affecting National Security.
jcyanch@mit.edu
617-258-6999
Professor of Nuclear Science and Engineering
Nuclear medical imaging; computational modeling in both therapy and image restoration; radiation health physics; neutron dosimetry.
byildiz@mit.edu
617-324-4009
Bldg. 24-210
Assistant Professor of Nuclear Science and Engineering
Interplay between structure, properties, and performance in electrochemically active material interfaces in nuclear technologies; New spectroscopic techniques, analytical theory, and simulations to probe the interfacial material properties at a molecular level in the areas for hydrogen production and alloy corrosion.
syip@mit.edu
617-253-3809
Professor of Nuclear Science and Engineering,
and Materials Science and Engineering
Theory and atomistic simulations in transport and collisional phenomena; multiscale materials modeling.
