Electrical Engineering Student More Computer Engineering Classes?

[X89codered89X]

I'm almost done with my electrical engineering Bachelor's Degree. I have 1.5 semesters left, and I'm heavily considering grad. school in control systems (probably just a master's).

I've focused on areas such as signal processing, control systems, circuit design, some electromagnetics, and I'm getting a math minor all as undergrad.

But I sort of feel disappointed somewhat that I don't know very much computer engineering at all. Everything in my EE curriculum focuses on circuits at a low level (which i do like, because then you understand things at a very low level). I took a (required) digital logic class a few years ago but it was very basic and didn't get into programming any hardware. I also had a micro-controller class from the EE dept. class required for my degree, but nobody learned anything; that professor was awful. So it boils down to a basic question?

I want to be able to use computer eng. knowledge to design and build (small, but possibly somewhat large) computer systems that I can program (I would assume using assembler or C). If one class would do it, I could take the next compeng class, but the prof is terrible according to friends who've taken the class. I don't really have anymore room in my schedule for computer engineering classes anyway, unless I take 18.5 credits my last semester, which I don't want to do while I'll be in senior design.

So basically, what textbooks should I get for self study? They must be easy to read so that I can have an effective self study? Anyone have any recommendations?

 

[TonyG]

As a scientist with a background in electrical engineering, I can understand your concerns about not having enough knowledge in computer engineering. However, it is important to remember that your undergraduate degree is just the foundation and there is always room for further learning and specialization in specific areas.

In terms of textbooks for self-study, I would recommend starting with "Computer Organization and Design" by David A. Patterson and John L. Hennessy. This book covers the basics of computer architecture and design, including instruction sets, assembly language, and computer arithmetic.

For a more focused approach on programming, "The C Programming Language" by Brian W. Kernighan and Dennis M. Ritchie is a classic and essential book for anyone interested in programming in C.

If you want to dive deeper into computer engineering, "Computer Systems: A Programmer's Perspective" by Randal E. Bryant and David R. O'Hallaron is a great resource for understanding the interface between hardware and software.

Additionally, online resources such as Coursera, edX, and Khan Academy offer free courses on computer engineering and programming that you can take at your own pace.

It's also important to keep in mind that self-study can only take you so far. If possible, I would highly recommend taking at least one computer engineering class, even if it means taking on a heavier course load. Having a knowledgeable and engaging professor can make all the difference in your understanding and application of the material.

In summary, don't be too hard on yourself for not having a strong background in computer engineering. With the right resources and determination, you can definitely acquire the knowledge and skills you need to design and build computer systems. Good luck in your studies!