Research

Labs

Areas

Themes

Jeffrey Lang

MTL, RLE, I-Comm, III-Electronics, IV-Physics, Energy, Nanotech
Joel Schindall

RLE, III-Electronics, Energy, Nanotech
Jing Kong

MTL, RLE, IV-Physics, Energy, Nanotech
Rajeev Ram

RLE, IV-Physics, bio-EECS, Energy, Nanotech
Samuel Madden

CSAIL, II-Systems, Big Data, Energy, Wireless
Mildred Dresselhaus

MTL, IV-Physics, Energy, Nanotech
Jongyoon Han

RLE, IV-Physics, VII-BioMed, bio-EECS, Energy, Nanotech
Area II: Computer Science: AI, Systems, Theory

Academic programs for graduate students in the field of computer science lead to the Master of Engineering, Master of Science, Engineer's, and either Doctor of Philosophy or Doctor of Science degree.

CSAIL, II-AI, II-Systems, II-Theory, Big Data, Connections, Cybersecurity, Energy, Multicore, Nanotech, Robotics
David Perreault

MTL, RLE, III-Electronics, IV-Physics, Energy
Leslie Kolodziejski

RLE, IV-Physics, Energy, Nanotech
Area III: Electronics, Computers, and Systems

Research in Area III emphasizes electronic circuits and systems, microprocessor based control, and digital and analog signal processing. Design and practical implementation are emphasized.

CSAIL, LIDS, MTL, RLE, III-Electronics, Energy, Nanotech
Vladimir Bulovic

MTL, RLE, IV-Physics, Energy, Nanotech
James Kirtley, Jr.

RLE, III-Electronics, IV-Physics, Energy
Area IV: Engineering Physics

Area IV Engineering Physics uses the foundation and underlying principles of physics to enable the engineering of complex integrated systems. The highlighted topics are electromagnetics, photonics, power, energy materials, devices, microsystems, nanotechnology, and physics of information.

MTL, RLE, IV-Physics, Energy, Nanotech
Rahul Sarpeshkar

RLE, I-Comm, III-Electronics, VII-BioMed, bio-EECS, Energy, Nanotech
Marc A. Baldo

MTL, RLE, IV-Physics, Energy
Steven Leeb

RLE, III-Electronics, IV-Physics, Energy