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.
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)
Associate Professor of Biological Engineering,
Nuclear Science & 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.
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.
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.
