cmu-hkn / cmu-ece-cs-guide Goto Github PK

These should have never committed, they aren't in the spirit of what this repo is for, and I don't believe they add much value. There's also risk of academic integrity violations.

More resources:

• https://github.com/mikinty/CMU-ECE-CS-Guide/blob/master/ece_core/18213.md
• https://github.com/mikinty/CMU-ECE-CS-Guide/blob/master/electives/10601.md

Everything:

• https://github.com/mikinty/CMU-ECE-CS-Guide/blob/master/electives/11411.md

I didn't realize how big this project was getting, and I'm realizing the Electives section is way too long now.

Probably something that resembles the course requirements on the official CMU website is a good start.

We can do fancier things such as searching, and integrate it with HKN.

My main technical question is, I want to keep the dual function of having the Github repo just work, but also not have some really sketchy frontend practices. I could just move all the markdowns inside of the src folder, but that doesn't sit very well with me...

The alternative is a script that will generate the code for the site. But this is also kinda iffy to me since we would need some sort of CICD, and I'm not sure if we want to set one of those up...

Didn't I take this class with you?

I would add that not only is the class SV heavy, but it is heavy on the verification component. As Nace said, that is where the majority of the jobs are.

I think the key to success is in depth knowledge of hardware threads touched upon in 240, especially the Mealy machine. Keeping state low per hardware thread and planning on paper helps a lot.

Official reference materials were limited for the course, but Nace has several books I saw at office hours that can be obtained through the CMU library that covered a lot of the SV verification language.

After the brutal router project, we did the fun and artistic project with the LED strip.

All projects were individual, except for the partial USB implementation.

I thought router was hardest, but it filled any remaining holes of proficiency for hardware threads and data handoff. The SMP 68k machine took the most work, but the knowledge gained from router made it not-impossible.

I felt so empowered and competent after taking this class. It may have been the best class I have ever taken.
Hope you are doing well.