Every smartphone, computer, robot, and even systems as large as power plants, are built on a small set of powerful ideas. In this course, we will uncover those ideas: how electricity flows through circuits, how information is represented digitally, and how hardware and software work together to make modern technology possible.
You don’t need to be an expert to succeed here. What matters most is curiosity and a willingness to think like an engineer. By the end of this class, you’ll have a strong foundation in electrical and computer engineering concepts and a clearer understanding of how engineers turn ideas into real, working systems.
Lecture Slides
Lecture 1 Introduction
Lecture 2 Ohms Law
Lecture 3 Resistors and KCL
Lecture 4 Basic Analysis
Lecture 5 Nodal Analysis
Lecture 6 Supernode and Mesh Analysis
Lecture 7 Thevenin Equivalent
Lecture 8 Source Transformation and Superposition
Lecture 9 Lab Day Circuit Basics
Lecture 10 Capacitors
Lecture 11 Inductors
Lecture 12 Silicon and Diodes
Lecture 13 Data Part 1
Lecture 14 Data Part 2
Lecture 15 Logic Circuits Basics
Lecture 16 Arduino Intro
Lecture 17 Lab Day Arduino
Lecture 18 Flip Flops
Lecture 19 Sequential Circuits
Lecture 20 Operational Amplifiers
Lecture 21 Op Amp Circuits
Lecture 22 Lab Day Op Amps
Lecture 23 ECE Majors
Lecture 24 Final Review