| Courses offered in Fall-2018 | Lecturers | Recitation instructors | ||
|---|---|---|---|---|
| why do subject numbers look like 6.new[6.old]? | administrative contact is hyperlinked | |||
| EE | 6.002 | Electrical Circuits: Modeling and Design of Physical Systems |
Jeffrey H. Lang
Joel Voldman
|
Luqiao Liu
Joseph D. Steinmeyer
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| EE-AID | 6.003 | Signal Processing |
Elfar Adalsteinsson
Dennis M. Freeman
Adam Hartz
|
Jing Kong
|
| CS-EE | 6.004 | Computation Structures |
Arvind
Song Han
Silvina Hanono Wachman
Daniel Sanchez
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| CS-AID | 6.006 | Introduction to Algorithms |
Zachary R. Abel
Erik D. Demaine
Jason Ku
|
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| AID | 6.008 | Introduction to Inference |
Polina Golland
Gregory W. Wornell
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| CS | 6.009 | Fundamentals of Programming |
Karl K. Berggren
Duane S. Boning
Adam Hartz
Peter Szolovits
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| CS-AID-EE | 6.01 | Introduction to EECS via Robotics | ||
| EE | 6.012 | Nanoelectronics and Computing Systems |
Akintunde I. Akinwande
Max M. Shulaker
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| CS-AID-EE | 6.02 | Introduction to EECS via Communication Networks |
Alexandre Megretski
Tomas A. Palacios
|
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| EE | 6.025/525J | Medical Device Design | ||
| CS | 6.031 | Software Construction | ||
| AID | 6.034 | Artificial Intelligence |
Kimberle Koile
Patrick H. Winston
|
Randall Davis
|
| CS | 6.035 | Computer Language Engineering | ||
| AID | 6.036/862 | Introduction to Machine Learning |
Jehangir Amjad
Hajir Hosseini Roozbehani
Pablo Parrilo
Jacob K. White
|
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| CS-AID | 6.042J | Mathematics for Computer Science |
Debayan Gupta
F. Thomson Leighton
Ankur Moitra
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| CS-AID | 6.046J | Design and Analysis of Algorithms |
Konstantinos Daskalakis
Srinivas Devadas
Ronitt Rubinfeld
|
Debayan Gupta
|
| EE | 6.070J | Electronics Project Laboratory | ||
| CS | 6.1000/A/B[6.0001+2] | Introduction to Programming and Computer Science (was 6.00/0001/0002 in Sp18) |
Ana Bell
John V. Guttag
|
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| CS | 6.1060[6.172] | Software Performance Engineering |
Charles E. Leiserson
Julian Shun
|
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| EE-CS | 6.111 | Digital Systems Laboratory I |
Gim P. Hom
Joseph D. Steinmeyer
|
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| EE | 6.152J | Micro/Nano Processing Technology |
Jurgen Michel
Jorg Scholvin
|
Scott Poesse
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| EE | 6.163 | Strobe Project Laboratory | ||
| CS | 6.170 | Software Design |
Daniel N. Jackson
Arvind Satyanarayan
|
|
| EE | 6.2210/6210[6.014/640] | Electromagnetic Fields, Forces and Motion (was 6.S084 in Fa17) | ||
| EE | 6.2220/1/2[6.131/1311/330] | Power Electronics Laboratory | ||
| EE | 6.2370/6370[6.161/637] | Modern Optics Project Laboratory | ||
| AID | 6.251J | Introduction to Mathematical Programming | ||
| AID-EE | 6.263J | Data-Communication Networks | ||
| EE | 6.301 | Solid-State Circuits | ||
| 6.332 | Advanced Topics in Power Electronics | |||
| EE-AID | 6.336J | Introduction to Modeling and Simulation | ||
| EE-CS | 6.338J | Parallel Computing and Scientific Machine Learning | ||
| EE-CS | 6.339J | Numerical Methods for Partial Differential Equations |
Qiqi Wang
Jacob K. White
|
|
| EE-AID | 6.341 | Discrete-Time Signal Processing | ||
| AID | 6.3700/2[6.041/431] | Introduction to Probability (was 6.041A/041B/431A/431B in Sp18) |
Mardavij Roozbehani
Lizhong Zheng
|
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| EE | 6.374 | Analysis and Design of Digital Integrated Circuits | ||
| AID | 6.419/439J | Statistics, Computation and Applications |
Stefanie Jegelka
Caroline Uhler
|
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| AID | 6.434J | Modern Mathematical Statistics | ||
| AID | 6.436J | Fundamentals of Probability | ||
| AID | 6.438 | Algorithms for Inference | ||
| 6.439 | see 6.419/439J | |||
| 6.4420 | see 6.8420/4420[6.839/807] | |||
| AID-EE | 6.450 | Principles of Digital Communication | ||
| CS-EE | 6.4510[6.810] | Engineering Interactive Technologies (was 6.S063 in Fa17) | ||
| EE | 6.4810/2J[6.021/521] | Cellular Neurophysiology and Computing | ||
| 6.525 | see 6.025/525J | |||
| EE | 6.561J | Fields, Forces, and Flows in Biological Systems | ||
| CS | 6.5830/1[6.830/814] | Database Systems | ||
| 6.6210 | see 6.2210/6210[6.014/640] | |||
| EE | 6.630 | Electromagnetics |
Hsiu Han
Robert T. I. Shin
|
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| EE | 6.631 | Optics and Photonics | ||
| 6.6370 | see 6.2370/6370[6.161/637] | |||
| 6.644 | Principles and Applications of Quantum Optics: Fundamentals and Emerging Technologies | |||
| EE | 6.720J | Integrated Microelectronic Devices |
Alon Vardy
|
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| EE | 6.728 | Applied Quantum and Statistical Physics | ||
| EE | 6.732 | Physics of Solids | ||
| EE | 6.776 | High-Frequency Integrated Circuits | ||
| AID | 6.804J | Computational Cognitive Science | ||
| CS | 6.805J | Foundations of Information Policy |
Harold Abelson
Michael M. J. Fischer
Daniel J. Weitzner
|
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| 6.809J | Interactive Music Systems | |||
| CS-EE | 6.811 | Principles and Practice of Assistive Technology |
Julie E. Greenberg
Kyle Keane
|
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| CS | 6.828 | Operating System Engineering |
Adam Belay
M. Frans Kaashoek
|
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| CS-EE | 6.829 | Computer Networks |
Mohammad Alizadeh
Hari Balakrishnan
|
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| AID | 6.8300 | Advances in Computer Vision (was 6.869 in Fa17) |
William T. Freeman
Phillip J. Isola
Antonio Torralba
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| AID-CS | 6.837 | Computer Graphics | ||
| AID-CS-EE | 6.8390/1[6.866/801] | Machine Vision | ||
| CS | 6.840J | Theory of Computation | ||
| AID-CS | 6.8420/4420[6.839/807] | Computational Design and Fabrication (was 6.807 in Sp16) | ||
| CS | 6.852J | Distributed Algorithms | ||
| CS-AID | 6.854J | Advanced Algorithms |
David R. Karger
Aleksander Madry
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| AID | 6.860J | Statistical Learning Theory and Applications | ||
| AID | 6.861J | Aspects of a Computational Theory of Intelligence | ||
| 6.862 | see 6.036/862 | |||
| AID | 6.867 | Machine Learning |
Devavrat Shah
David A. Sontag
Suvrit Sra
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| AID-CS | 6.8700/1J[6.878/047] | Advanced Computational Biology: Genomes, Networks, Evolution | ||
| EE | 6.8720/1J[6.589/0] | Principles of Synthetic Biology | ||
| CS | 6.876 | Advanced Topics in Cryptography | ||
| 6.881 | Intelligent Robot Manipulation |
Tomas Lozano-Perez
Russell L. Tedrake
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| 6.902J | Design Thinking and Innovation Leadership for Engineers |
Blade Kotelly
Joel E. Schindall
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| 6.9110J[6.911] | Engineering Leadership Lab | |||
| 6.912J | Engineering Leadership | |||
| 6.913J | Engineering Leadership Lab | |||
| 6.9160J[6.901] | Engineering Innovation: Global Security Systems | |||
| 6.928J | Leading Creative Teams |
David Nino
Joel E. Schindall
|
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| 6.930J | Management in Engineering | |||
| 6.9320J[6.904] | Ethics for Engineers | |||
| 6.933 | Entrepreneurship in Engineering | |||
| AID-EE | 6.934J | Engineering, Economics and Regulation for Energy Access in Developing Countries | ||
| EE-CS | 6.943J | How to Make (Almost) Anything | ||
| AID | 6.C57/C571[6.255/215] | Optimization Methods | ||
| 6.S063 | Principles and Applications of Quantum Optics: Fundamentals and Emerging Technologies | |||
| 6.S198 | Deep Learning Practicum | |||
| 6.UAR | Seminar in Undergraduate Advanced Research |
Piotr Indyk
Dina Katabi
Michael Robert Watts
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| 6.UAT | Oral Communication |
Martha L. Gray
Kimberle Koile
Leslie A. Kolodziejski
Rajeev J. Ram
Joel E. Schindall
Collin M. Stultz
Luis Velasquez-Heller
George C. Verghese
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