| Courses offered in Fall-2016 | Lecturers | Recitation instructors | ||
|---|---|---|---|---|
| why do subject numbers look like 6.new[6.old]? | administrative contact is hyperlinked | |||
| CS | 6.00/0001/0002 | Introduction to Programming and Computer Science |
Ana Bell
W. Eric Grimson
John V. Guttag
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| EE | 6.002 | Electrical Circuits: Modeling and Design of Physical Systems |
Ruonan Han
Jeffrey H. Lang
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| 6.002x | Circuits and Electronics (MITx) | |||
| EE-AID | 6.003 | Signal Processing |
Akintunde I. Akinwande
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| CS-EE | 6.004 | Computation Structures |
Silvina Hanono Wachman
Christopher J. Terman
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| 6.004x | Computation Structures (MITx) | |||
| CS | 6.005 | Software Construction |
Max Goldman
Armando Solar-Lezama
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| CS-AID | 6.006 | Introduction to Algorithms |
Erik D. Demaine
Debayan Gupta
Ronitt Rubinfeld
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| 6.007 | Electromagnetic Energy: From Motors to Solar Cells | |||
| AID | 6.008 | Introduction to Inference |
Polina Golland
Gregory W. Wornell
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| CS | 6.009 | Fundamentals of Programming (was 6.S04 in Sp16) |
Adam Chlipala
Christopher J. Terman
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| CS-AID-EE | 6.01 | Introduction to EECS via Robotics |
Duane S. Boning
Joel Voldman
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| EE | 6.012 | Nanoelectronics and Computing Systems |
Max M. Shulaker
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| CS-AID-EE | 6.02 | Introduction to EECS via Communication Networks |
Brian Anthony
Pablo Parrilo
Yury Polyanskiy
Shreya Saxena
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| EE | 6.021/521J | Cellular Neurophysiology and Computing | ||
| EE | 6.025/525J | Medical Device Design | ||
| AID | 6.034 | Artificial Intelligence |
Robert C. Berwick
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| CS | 6.035 | Computer Language Engineering | ||
| AID | 6.041A/041B/431A/431B | Introduction to Probability |
Tamara Broderick
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| CS-AID | 6.042J | Mathematics for Computer Science |
F. Thomson Leighton
Ankur Moitra
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| CS-AID | 6.046J | Design and Analysis of Algorithms |
Shafrira Goldwasser
Nir N. Shavit
Vinod Vaikuntanathan
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| AID-CS | 6.047/878J | Advanced Computational Biology: Genomes, Networks, Evolution | ||
| EE | 6.070J | Electronics Project Laboratory | ||
| 6.072J | Introduction to Digital Electronics | |||
| EE-CS | 6.111 | Digital Systems Laboratory I |
Joseph D. Steinmeyer
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| EE | 6.131/1311 | Power Electronics Laboratory | ||
| EE | 6.152J | Micro/Nano Processing Technology | ||
| EE | 6.161/637 | Modern Optics Project Laboratory | ||
| EE | 6.163 | Strobe Project Laboratory | ||
| 6.169 | Theory and Application of Circuits and Electronics | |||
| CS | 6.170 | Software Design |
David K. Gifford
Daniel N. Jackson
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| CS | 6.172/871 | Software Performance Engineering |
Saman P. Amarasinghe
Charles E. Leiserson
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| CS-EE | 6.175 | Constructive Computer Architecture | ||
| AID | 6.251J | Introduction to Mathematical Programming | ||
| AID | 6.255 | Optimization Methods | ||
| EE | 6.301 | Solid-State Circuits | ||
| EE-CS | 6.335J | Fast Methods for Partial Differential and Integral Equations | ||
| 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 | ||
| EE-AID | 6.341 | Discrete-Time Signal Processing | ||
| 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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| 6.431A | see 6.041A/041B/431A/431B | |||
| 6.431B | see 6.041A/041B/431A/431B | |||
| AID | 6.434J | Modern Mathematical Statistics | ||
| AID | 6.436J | Fundamentals of Probability | ||
| AID | 6.438 | Algorithms for Inference | ||
| 6.439 | see 6.419/439J | |||
| AID-EE | 6.450 | Principles of Digital Communication | ||
| 6.453 | Quantum Optical Communication | |||
| 6.521 | see 6.021/521J | |||
| EE | 6.524J | Molecular, Cellular, and Tissue Biomechanics | ||
| 6.525 | see 6.025/525J | |||
| EE-AID | 6.556J | Data Acquisition and Image Reconstruction in MRI | ||
| EE | 6.561J | Fields, Forces, and Flows in Biological Systems | ||
| EE | 6.580/9J | Principles of Synthetic Biology | ||
| EE | 6.630 | Electromagnetics | ||
| EE | 6.631 | Optics and Photonics | ||
| EE | 6.6330/1[6.621/602] | Fundamentals of Photonics | ||
| 6.637 | see 6.161/637 | |||
| EE | 6.720J | Integrated Microelectronic Devices | ||
| EE | 6.728 | Applied Quantum and Statistical Physics | ||
| EE | 6.732 | Physics of Solids | ||
| AID-CS-EE | 6.801/866 | Machine Vision | ||
| AID | 6.804J | Computational Cognitive Science | ||
| CS | 6.805J | Foundations of Information Policy |
Harold Abelson
Daniel J. Weitzner
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| AID | 6.806/864 | Quantitative Methods for Natural Language Processing |
Regina A. Barzilay
Tommi S. Jaakkola
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| CS | 6.809J | Interactive Music Systems | ||
| CS-EE | 6.811 | Principles and Practice of Assistive Technology |
Julie E. Greenberg
Robert C. Miller
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| CS | 6.814/830 | Database Systems | ||
| AID | 6.819 | Introduction to Computer Vision | ||
| CS | 6.828 | Operating System Engineering |
M. Frans Kaashoek
Robert T. Morris
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| CS-EE | 6.829 | Computer Networks |
Mohammad Alizadeh
Hari Balakrishnan
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| 6.830 | see 6.814/830 | |||
| AID-CS | 6.837 | Computer Graphics |
Wojciech Matusik
Justin Solomon
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| CS | 6.840J | Theory of Computation | ||
| 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 | ||
| 6.864 | see 6.806/864 | |||
| 6.866 | see 6.801/866 | |||
| AID | 6.867 | Machine Learning |
Leslie P. Kaelbling
Tomas Lozano-Perez
Suvrit Sra
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| AID | 6.869 | Advances in Computer Vision | ||
| 6.871 | see 6.172/871 | |||
| AID-CS | 6.872J | Biomedical Computing | ||
| 6.878 | see 6.047/878J | |||
| 6.901J | Engineering Innovation: Global Security Systems | |||
| 6.902J | Design Thinking and Innovation Leadership for Engineers |
Blade Kotelly
Joel E. Schindall
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| 6.904J | Ethics for Engineers | |||
| 6.911J | Engineering Leadership Lab | |||
| 6.912J | Engineering Leadership | |||
| 6.913J | Engineering Leadership Lab | |||
| 6.928J | Leading Creative Teams | |||
| 6.930J | Management in Engineering | |||
| 6.933 | Entrepreneurship in Engineering | |||
| CS | 6.946J | Classical Mechanics: A Computational Approach | ||
| EE | 6.S084 | Electromagnetic Fields, Forces and Motion | ||
| AID | 6.S897J | Machine Learning for Healthcare | ||
| 6.UAR | Seminar in Undergraduate Advanced Research |
Anantha P. Chandrakasan
Dennis M. Freeman
Dina Katabi
Yury Polyanskiy
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| 6.UAT | Oral Communication |
Louis D. Braida
Dirk Englund
Kimberle Koile
Leslie A. Kolodziejski
Tomas A. Palacios
Joseph D. Steinmeyer
Collin M. Stultz
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