| Computer Engineering | |
| Index of articles in the Computer Engineering Curriculum | |
| Prereqs | |
| *Science prereqs | |
| *Calc I - derivatives and intergrals | |
| * Electrostatics | |
| 100 level | |
| *Intro to computer engineering | |
| *Intro to programming | |
| *Intro to electricty | |
| *Calc II - limits and series | |
| 200 level | |
| *Linear circuits | |
| *Intro to digital logic | |
| *Intro to Object Oriented Programming with Java | |
| 300 level | |
| *Computer architecture | |
| *Intro to electronic devices | |
| *Programming in C and C++ | |
| 400 level | |
| *Embedded systems | |
| *Networks | |
| *Programming Data Structures and Algorithms | |
| *Signal processing | |
| Electives | |
| *Additional topics in computer programming | |
I'm trying something new here, and something rather ambitious. I am attempting to write a series of articles which will cover, in provide a basic college-level academic curriculum of Computer Engineering. The intention is to provide information and instruction for those who wish to learn about computer engineering, either as a supplement for students engaged in related programs, or as a curriculum for those who wish to learn about computer engineering on an amateur level.
I do not attempt to offer this as a replacement for a college education in the field, nor do I offer any sort of degree or certificate of completion related to the articles. I would love it if I am able to provide you with as much information as you would receive in such a program, but given that I only have a Bachelor's Degree myself, I wouldn't hold your breath. If you have any questions, comments, corrections, or desire to help, please contact me.
