| School source | Brown, Sc.M. in Electrical and Computer Engineering | free | 200 |
| School source | Columbia EE, MS elective specializations | free | 403 |
| School source | Columbia Engineering, Electrical Engineering MS (catalog) 30 points, at least 15 at the 6000 level. | free | 200 |
| School source | Cornell ECE, M.Eng. in Electrical and Computer Engineering | free | 200 |
| School source | Cornell, ECE M.Eng. (catalog) 30 credits incl. two-semester design project. | free | 200 |
| School source | Dartmouth Engineering, M.Eng. Electrical/Computer track | free | 200 |
| School source | Harvard SEAS, Electrical Engineering graduate program (PhD) No standalone terminal EE master's found. | free | 200 |
| School source | Harvard SEAS, SM and ME degrees | free | 200 |
| School source | Oxford Engineering Science, course structure (4-year MEng) Oxford's EE teaching sits in the integrated undergraduate MEng; no taught EE MSc found. | free | 200 |
| School source | Oxford Engineering Science, postgraduate study | free | 200 |
| School source | Penn ESE, MSE in Electrical Engineering 10 course units, 5 core across devices/nano, circuits/computer engineering, information/decision systems. | free | 200 |
| School source | Penn catalog, Electrical Engineering MSE | free | 200 |
| School source | Princeton Graduate School, Electrical and Computer Engineering M.Eng.: eight graded technical courses, four at 500 level. | free | 403 |
| School source | Stanford EE, MS admissions overview | free | 200 |
| School source | Stanford EE, MS program (Stanford Bulletin) 45 units: 12 depth units in one area, 9 breadth, 15 technical; no thesis. | free | 200 |
| School source | Yale GSAS, Electrical and Computer Engineering | free | 200 |
| Video | 18.06 Lecture 1: The Geometry of Linear Equations (MIT OCW, Strang) | free | 200 |
| Video | 6.002 Lecture 1 (MIT OCW, Agarwal) | free | 200 |
| Video | 6.013 Lecture 1 (MIT OCW) | free | 200 |
| Video | 6.041 Lecture 1: Probability Models and Axioms (MIT OCW) | free | 200 |
| Video | 6.450 Lecture 1 (MIT OCW, Gallager) | free | 200 |
| Video | 8-bit CPU control logic, Part 1 (Ben Eater) | free | 200 |
| Video | A Historical Perspective on Semiconductors and Moore's Law (Stanford) | free | 200 |
| Video | But what is a Fourier series? (3Blue1Brown) | free | 200 |
| Video | But what is a Laplace Transform? (3Blue1Brown) | free | 200 |
| Video | But what is the Fourier Transform? A visual introduction (3Blue1Brown) | free | 200 |
| Video | Discrete-Time Signal Processing, course about video (MITx on edX) | free | 200 |
| Video | EE261 Lecture 1 (Stanford, Osgood) | free | 200 |
| Video | EE263 Lecture 1 (Stanford, Boyd) | free | 200 |
| Video | EE364A Convex Optimization I, Lecture 1, 2023 (Stanford Online, Boyd) | free | 200 |
| Video | Power Electronics Lecture 1: Introduction (MIT OCW) | free | 200 |
| Video | Power Electronics Lecture 2: Analysis Methods and Rectifiers (MIT OCW) | free | 200 |
| Video | RES.6-007 Lecture 1, Introduction (MIT OCW, Oppenheim) | free | 200 |
| Video | Why build an entire computer on breadboards? (Ben Eater) | free | 200 |
| Video series | Fundamentals of Semiconductor Devices (NPTEL, IISc Bengaluru, playlist) | free | 200 |
| Open course or text | 3Blue1Brown, Essence of Calculus | free | 200 |
| Open course or text | 3Blue1Brown, Essence of Linear Algebra | free | 200 |
| Open course or text | Allen Downey, Think DSP | CC BY-NC | 200 |
| Open course or text | Astrom and Murray, Feedback Systems (free wiki and PDF) | free from authors | 200 |
| Open course or text | Ben Eater, 8-bit breadboard computer project | free | 200 |
| Open course or text | Boyd and Vandenberghe, Convex Optimization, free PDF | free PDF from authors | 200 |
| Open course or text | Boyd and Vandenberghe, Introduction to Applied Linear Algebra (VMLS), free PDF | free PDF from authors | 200 |
| Open course or text | Ellingson, Electromagnetics, Volume 1 (Virginia Tech, open textbook) | CC BY-SA | 200 |
| Open course or text | Ellingson, Electromagnetics, Volume 2 (Virginia Tech, open textbook) | CC BY-SA | 200 |
| Open course or text | Julius O. Smith III, Mathematics of the DFT (Stanford CCRMA) | free online | 200 |
| Open course or text | Kuphaldt, Lessons in Electric Circuits (all volumes) | Design Science License (free) | 200 |
| Open course or text | MIT OCW 18.02SC Multivariable Calculus | free (OCW: CC BY-NC-SA; SEE: free materials) | 200 |
| Open course or text | MIT OCW 18.03 Differential Equations | free (OCW: CC BY-NC-SA; SEE: free materials) | 200 |
| Open course or text | MIT OCW 18.06 Linear Algebra (Strang) | free (OCW: CC BY-NC-SA; SEE: free materials) | 200 |
| Open course or text | MIT OCW 18.085 Computational Science and Engineering I | free (OCW: CC BY-NC-SA; SEE: free materials) | 200 |
| Open course or text | MIT OCW 6.002 Circuits and Electronics (Agarwal) | free (OCW: CC BY-NC-SA; SEE: free materials) | 200 |
| Open course or text | MIT OCW 6.003 Signals and Systems (Fall 2011) | free (OCW: CC BY-NC-SA; SEE: free materials) | 200 |
| Open course or text | MIT OCW 6.004 Computation Structures | free (OCW: CC BY-NC-SA; SEE: free materials) | 200 |
| Open course or text | MIT OCW 6.007 Electromagnetic Energy: From Motors to Lasers | free (OCW: CC BY-NC-SA; SEE: free materials) | 200 |
| Open course or text | MIT OCW 6.011 Communication, Control, and Signal Processing | free (OCW: CC BY-NC-SA; SEE: free materials) | 200 |
| Open course or text | MIT OCW 6.012 Microelectronic Devices and Circuits | free (OCW: CC BY-NC-SA; SEE: free materials) | 200 |
| Open course or text | MIT OCW 6.013 Electromagnetics and Applications | free (OCW: CC BY-NC-SA; SEE: free materials) | 200 |
| Open course or text | MIT OCW 6.01SC Introduction to EECS I | free (OCW: CC BY-NC-SA; SEE: free materials) | 200 |
| Open course or text | MIT OCW 6.041 Probabilistic Systems Analysis | free (OCW: CC BY-NC-SA; SEE: free materials) | 200 |
| Open course or text | MIT OCW 6.061 Introduction to Electric Power Systems | free (OCW: CC BY-NC-SA; SEE: free materials) | 200 |
| Open course or text | MIT OCW 6.111 Introductory Digital Systems Laboratory | free (OCW: CC BY-NC-SA; SEE: free materials) | 200 |
| Open course or text | MIT OCW 6.241J Dynamic Systems and Control | free (OCW: CC BY-NC-SA; SEE: free materials) | 200 |
| Open course or text | MIT OCW 6.301 Solid-State Circuits | free (OCW: CC BY-NC-SA; SEE: free materials) | 200 |
| Open course or text | MIT OCW 6.302 Feedback Systems | free (OCW: CC BY-NC-SA; SEE: free materials) | 200 |
| Open course or text | MIT OCW 6.334 Power Electronics (2007) | free (OCW: CC BY-NC-SA; SEE: free materials) | 200 |
| Open course or text | MIT OCW 6.341 Discrete-Time Signal Processing | free (OCW: CC BY-NC-SA; SEE: free materials) | 200 |
| Open course or text | MIT OCW 6.374 Analysis and Design of Digital Integrated Circuits | free (OCW: CC BY-NC-SA; SEE: free materials) | 200 |
| Open course or text | MIT OCW 6.432 Stochastic Processes, Detection, and Estimation | free (OCW: CC BY-NC-SA; SEE: free materials) | 200 |
| Open course or text | MIT OCW 6.450 Principles of Digital Communications I (Gallager) | free (OCW: CC BY-NC-SA; SEE: free materials) | 200 |
| Open course or text | MIT OCW 6.622 Power Electronics (Spring 2023) | free (OCW: CC BY-NC-SA; SEE: free materials) | 200 |
| Open course or text | MIT OCW 6.630 Electromagnetics | free (OCW: CC BY-NC-SA; SEE: free materials) | 200 |
| Open course or text | MIT OCW 6.685 Electric Machines | free (OCW: CC BY-NC-SA; SEE: free materials) | 200 |
| Open course or text | MIT OCW 6.720J Integrated Microelectronic Devices | free (OCW: CC BY-NC-SA; SEE: free materials) | 200 |
| Open course or text | MIT OCW 6.776 High Speed Communication Circuits | free (OCW: CC BY-NC-SA; SEE: free materials) | 200 |
| Open course or text | MIT OCW RES.6-007 Signals and Systems (Oppenheim) | free (OCW: CC BY-NC-SA; SEE: free materials) | 200 |
| Open course or text | Nand2Tetris (Nisan and Schocken), free course materials | free | 200 |
| Open course or text | Open Yale Courses (index) | free (CC BY-NC-SA) | 200 |
| Open course or text | OpenStax, Calculus Volume 3 | CC BY-NC-SA | 200 |
| Open course or text | OpenStax, University Physics Volume 2 (electricity and magnetism) | CC BY | 200 |
| Open course or text | Robert Gallager, course notes and books (MIT) | free online | 200 |
| Open course or text | Stanford Engineering Everywhere EE261 The Fourier Transform and its Applications (Osgood) | free (OCW: CC BY-NC-SA; SEE: free materials) | 200 |
| Open course or text | Stanford Engineering Everywhere EE263 Introduction to Linear Dynamical Systems (Boyd) | free (OCW: CC BY-NC-SA; SEE: free materials) | 200 |
| Open course or text | Stanford Engineering Everywhere EE364A Convex Optimization I (Boyd) | free (OCW: CC BY-NC-SA; SEE: free materials) | 200 |
| Open course or text | Steven W. Smith, The Scientist and Engineer's Guide to DSP | free online | 200 |
| Open course or text | Texas Instruments, Basic Calculation of a Buck Converter's Power Stage (SLVA477B) | free | 200 |
| Open course or text | Texas Instruments, Understanding Operational Amplifier Specifications (SLOA011B) | free | 200 |
| Open course or text | nanoHUB (Purdue), device simulation and courses | free account | 200 |
| Citation (library) | Adel Sedra and Kenneth Smith, Microelectronic Circuits, 8th ed. (Oxford, 2019) | library or purchase | 200 |
| Citation (library) | Alan Oppenheim and Alan Willsky, Signals and Systems, 2nd ed. (Prentice Hall, 1997) | library or purchase | 200 |
| Citation (library) | Alan Oppenheim and Ronald Schafer, Discrete-Time Signal Processing, 3rd ed. (Pearson, 2010) | library or purchase | 200 |
| Citation (library) | Anant Agarwal and Jeffrey Lang, Foundations of Analog and Digital Electronic Circuits (Morgan Kaufmann, 2005) | library or purchase | 200 |
| Citation (library) | Behzad Razavi, Design of Analog CMOS Integrated Circuits, 2nd ed. (McGraw Hill, 2017) | library or purchase | 200 |
| Citation (library) | David Harris and Sarah Harris, Digital Design and Computer Architecture (Morgan Kaufmann) | library or purchase | 200 |
| Citation (library) | David Pozar, Microwave Engineering, 4th ed. (Wiley, 2012) | library or purchase | 200 |
| Citation (library) | Dimitri Bertsekas and John Tsitsiklis, Introduction to Probability, 2nd ed. (Athena, 2008) | library or purchase | 200 |
| Citation (library) | John Proakis and Masoud Salehi, Digital Communications, 5th ed. (McGraw Hill, 2008) | library or purchase | 200 |
| Citation (library) | Paul Horowitz and Winfield Hill, The Art of Electronics, 3rd ed. (Cambridge, 2015) | library or purchase | 200 |
| Citation (library) | Robert Erickson and Dragan Maksimovic, Fundamentals of Power Electronics, 3rd ed. (Springer, 2020) | library or purchase | 200 |
| Citation (library) | Robert Pierret, Semiconductor Device Fundamentals (Addison-Wesley, 1996) | library or purchase | 200 |
| Tool or reference | CVXPY (convex optimization in Python) | free | 200 |
| Tool or reference | EDA Playground (browser HDL simulation) | free | 200 |
| Tool or reference | Falstad circuit simulator (browser) | free | 200 |
| Tool or reference | GNU Octave | free | 200 |
| Tool or reference | Jupyter | free | 200 |
| Tool or reference | KiCad (open-source PCB design) | free | 200 |
| Tool or reference | LTspice (free SPICE from Analog Devices) | free | 000 |
| Tool or reference | NCEES, PE Electrical and Computer exam | free | 200 |
| Tool or reference | NandGame (browser logic puzzles) | free | 200 |
| Tool or reference | Python | free | 200 |
| Tool or reference | Yosys open synthesis suite | free | 200 |
| Tool or reference | ngspice (open-source SPICE simulator) | free | 403 |