| Courses offered in Spring-2025 | Lecturers | Recitation instructors | ||
|---|---|---|---|---|
| why do subject numbers look like 6.new[6.old]? | administrative contact is hyperlinked | |||
| CS | 6.1000/A/B[6.0001+2] | Introduction to Programming and Computer Science |
Frederic P. Durand
John V. Guttag
Tim Kraska
Stefanie Mueller
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| CS | 6.1010[6.009] | Fundamentals of Programming |
Saman P. Amarasinghe
Hope Dargan
John Pezaris
Jonathan Ragan-Kelley
Andrew Wang
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| CS | 6.1020[6.031] | Software Construction |
Robert C. Miller
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| CS | 6.1100[6.035] | Computer Language Engineering | ||
| CS-AID | 6.1200J[6.042] | Mathematics for Computer Science |
Ronitt Rubinfeld
Vinod Vaikuntanathan
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| EE-CS | 6.120A[6.042A] | Discrete Mathematics and Proofs for Computer Science | ||
| CS-AID | 6.1210[6.006] | Introduction to Algorithms |
Samuel Hopkins
Anand Natarajan
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| CS-AID | 6.1220J[6.046] | Design and Analysis of Algorithms |
Piotr Indyk
Jonathan Kelner
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| CS | 6.1400J[6.045] | Automata Comput & Complexity | ||
| CS | 6.1800[6.033] | Computer System Engineering |
Hari Balakrishnan
Olivia Brode-Roger
Mark S. Day
Larry Rudolph
Karen Sollins
Lili-Michal Wilson
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| CS-EE | 6.1820[6.808] | Mobile and Sensor Computing |
Tara Boroushaki
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| CS-EE | 6.1903/4[6.0004] | Introduction to Low-Level Programming in C and Assembly (was 6.1900) |
Song Han
Joseph D. Steinmeyer
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| CS-EE | 6.1910[6.004] | Computation Structures |
Srinivas Devadas
Daniel Sanchez
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| EE | 6.2000[6.002] | Circuits & Electronics |
Samantha Coday
Jeffrey H. Lang
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| EE | 6.2020J[6.070] | Electronics Proj Lab | ||
| EE | 6.2030 | Electronics First (was 6.S194) | ||
| EE | 6.2040[6.101] | Analog Electronics Lab | ||
| EE-CS | 6.2060/1[6.115/1151] | Microcomputer Proj Lab | ||
| EE | 6.2080[6.300] | Introduction to Electronic Circuits |
Ruonan Han
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| EE | 6.2300[6.013] | Electromagnetics & Applications |
Reouven Assouly
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| EE | 6.2320/6320 | Silicon Photonics (was 6.S046/S976) | ||
| EE | 6.2410[6.157] | Quantum Engineering Platforms |
Marc A. Baldo
Phillip Donald Keathley
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| EE | 6.2500[6.012] | Electronic Devices & Circuits |
Suraj Cheema
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| EE | 6.2600J[6.152] | Micro/Nano Processing Technology |
Jorg Scholvin
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| EE-AID | 6.3000[6.003] | Signals & Systems |
Jing Kong
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| EE-AID | 6.3010[6.011] | Intro: Comm Control Signal Proc |
Peter L. Hagelstein
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| EE-AID | 6.3100/2[6.302/320] | Feedback System Design |
Luqiao Liu
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| AID | 6.3260J[6.207] | Networks | ||
| AID | 6.3700/2[6.041/431] | Probabilistic Systems Analysis |
Stephen Bates
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| AID | 6.3720/2[6.401/481] | Introduction to Statistical Data Analysis |
Devavrat Shah
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| AID | 6.3730/2J[6.419/439] | Statistics, Computation and Applications |
Navid Azizan
Mardavij Roozbehani
Caroline Uhler
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| AID | 6.3900[6.036] | Introduction to Machine Learning |
Vincent Monardo
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Priya Donti
Manolis Kellis
Paul Liang
Haley Nakamura
Mardavij Roozbehani
Chris Tanner
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| AID | 6.4110[6.038] | Representation and Inference in Artificial Intelligence | ||
| AID-CS-EE | 6.4200J[6.141] | Robotics: Science and Systems I |
Luca Carlone
Nicholas Roy
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| AID | 6.4300 | Introduction to Computer Vision (was 6.S058) |
William T. Freeman
Tianhong Li
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| 6.4500 | Design for the Web: Languages and User Interfaces (was 6.S063) | |||
| CS | 6.4550J[6.185] | Interactive Music Systems (formerly 6.809J) | ||
| EE | 6.4830J[6.023] | Fields Forces Flows in Bio Systems | ||
| EE | 6.4840/2J[6.024/524] | Molec Cellular Tisue Biomech |
Rahul Raman
Peter T. C. So
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| EE | 6.4860/1J[6.025/525] | Medical Device Design |
Nevan Clancy Hanumara
Anthony Pennes
Ellen Roche
Giovanni Traverso
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| EE | 6.4880J[6.129] | Biological Circuit Engineering Laboratory |
Justin Buck
Ron Weiss
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| CS | 6.5150/1[6.945/905] | Large-scale Symbolic Systems | ||
| CS | 6.5310[6.849] | Geometric Folding Algorithms | ||
| 6.5350[6.847] | Matrix Multiplication & Graph Algorithms | |||
| CS | 6.5410J[6.841] | Advanced Complexity Theory | ||
| CS | 6.5610[6.857] | Network & Computer Security |
Henry Corrigan-Gibbs
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| CS | 6.5840[6.824] | Distributed Computer Systems Engineering |
M. Frans Kaashoek
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| CS-EE-AID | 6.5930/1[6.825/812] | Hardware Architecture for Deep Learning | ||
| CS | 6.5950/1 | Secure Hardware Design (was 6.S983) | ||
| EE | 6.6000[6.775] | Design of Analog MOS LSI | ||
| EE | 6.6220[6.334] | Power Electronics | ||
| EE | 6.6320 | see 6.2320/6320 | ||
| EE | 6.6340J[6.634] | Nonlinear Optics | ||
| EE | 6.6420J[6.443] | Quantum Information Science | ||
| EE | 6.6510[6.730] | Physics: Solid-State Applicatns | ||
| EE | 6.6520[6.731] | Semiconductor Optoelectronics: Theory & Design | ||
| AID | 6.7220J[6.252] | Nonlinear Programming | ||
| 6.7310J[6.337] | Intro Numerical Methods | |||
| AID-EE | 6.7720J[6.265] | Advanced Stochastic Processes | ||
| AID | 6.7800[6.437] | Inference and Information |
Jongha Ryu
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| AID | 6.7830[6.435] | Bayesian Modeling and Inference | ||
| AID | 6.7930J[6.871] | Machine Learning for Healthcare |
Peter Szolovits
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| 6.8120 | Tissue vs. Silicon in Machine Learning (was 6.S978) | |||
| AID | 6.8300 | Advances in Computer Vision | ||
| AID | 6.8510[6.835] | Intelligent Multimodal User Interfaces | ||
| AID-CS | 6.8710/1J[6.874/802] | Computational Systems Biology: Deep Learning in the Life Sciences | ||
| EE-AID | 6.8800/1J[6.555/026] | Biomedical Signal and Image Processing | ||
| EE | 6.9000[6.010] | Engineering for Impact |
Joseph D. Steinmeyer
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| EE | 6.9030[6.163] | Strobe Project Lab | ||
| 6.9101J[6.9021] | Introduction to Design Thinking and Innovation in Engineering | |||
| 6.910AJ[6.902A] | Design Thinking and Innovation Leadership for Engineers | |||
| 6.910BJ[6.902B] | Design Thinking and Innovation Project | |||
| 6.9110J[6.911] | Engineering Leadership Lab |
John Feiler
Leo R. McGonagle
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| 6.9120J[6.912] | Engineering Leadership | |||
| 6.9130J[6.913] | Engineering Leadership Lab |
John Feiler
Leo R. McGonagle
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| 6.9140J[6.914] | Project Engineering |
John Feiler
Leo R. McGonagle
Bryan R. Moser
Reza Rahaman
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| 6.9160J[6.901] | Engineering Innovation: Global Security Systems | |||
| 6.9250 | Leadership: People, Products, Projects |
Tony Hu
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| 6.9260 | Multi-Stakeholder Negotiation for Technical Experts | |||
| 6.9280J[6.928] | Leading Creative Teams | |||
| 6.9320J[6.904] | Ethics for Engineers |
Douglas A. Lauffenburger
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| 6.9350J[6.935] | Financial Market Dynamics and Human Behavior | |||
| AID | 6.C01/C51 | Modeling with Machine Learning: from Algorithms to Applications |
Marzyeh Ghassemi
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| AID | 6.C011/C511 | Modeling with Machine Learning for Computer Science (was 6.S052) | ||
| CS | 6.C35/C85[6.859] | Interactive Data Visualization |
Catherine D'Ignazio
Crystal Lee
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| AID | 6.C51 | see 6.C01/C51 | ||
| AID | 6.C511 | see 6.C011/C511 | ||
| CS | 6.C85 | see 6.C35/C85[6.859] | ||
| CS-AID | 6.S041 | Algorithmic Solutions to Human Problems: Integrating Artificial Intelligence and Behavioral Science | ||
| CS | 6.S057 | Verified Software Engineering |
Leino Rustan
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| 6.S077/S897 | Life Science and Semiconductor |
Ahmad Bahai
Thomas Heldt
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| 6.S080/16.S690 | Introduction to Autonomy |
Sertac Karaman
Andrew Wang
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| 6.S897 | see 6.S077/S897 | |||
| 6.S899 | Learning of Time Series with Interventions |
Munther A. Dahleh
Devavrat Shah
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| EE | 6.S950 | Global Business of Quantum Computing | ||
| AID | 6.S954 | Computer Vision and Planetary Health | ||
| 6.S963 | Beyond Models - Applying Data Science/AI Effectively | |||
| 6.S964 | Topics in Data Science for Society | |||
| AID-EE | 6.S966 | Symmetry and its Applications to Machine Learning | ||
| AID | 6.S982 | Diffusion Models: From Theory to Practice | ||
| EE | 6.S987 | Physics and Engineering of Superconducting Qubits |
Jeffrey Grover
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| AID | 6.S988 | Mathematical Statistics: A Non-Asymptotic Approach | ||
| CS-AID-EE | 6.UAR | Preparation for UG Research | ||
| CS-AID-EE | 6.UAT | Oral Communication |
Harold Abelson
Luis Velasquez-Heller
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