EE coursework: Advanced Circuit Techniques (6.331), Subthreshold Analog VLSI (6.973), Analysis and Design of Digital Integrated Circuits (6.374), Design of Analog MOS LSI (6.775), Integrated Microelectronic Devices (6.720), Solid State Circuits (6.301), Computer Architectures (6.823), Unusual Computer Architectures (6.911). (Undergrad coursework not listed)
Graduate CS coursework: Seminar in Theoretical CS (18.419), Approximation Algorithms (6.891) (Undergrad coursework not listed)
Graduate Signals and Systems coursework: Feedback Systems (6.302), Wavelets and Filterbanks (18.327), Dynamic Systems and Control (6.241) (Undergrad coursework not listed)
Mathematics: Discrete Math (18.062), Analysis I (18.100), Analysis II (18.101), Fourier Analysis (18.103), Linear Algebra (18.700), Algebra I (18.701), Algebra II (18.702), Topology (18.901), Grad Probability (6.431) (Common calculus classes not listed)
Physics: Waves (8.03), Statistical Mechanics (8.044), Introductory Special Relativity (8.20), Advanced Classical Mechanics (8.351J), Quantum Computation (18.435J) (Intro physics not listed)
In addition, I have taken a number of classes in economics, a couple in business and technology law, and a couple on crosscultural communications. Note that the coursework understates my computer science background -- I figured I could learn CS equally well through self-study.