Discrete Math - LaTeX
I graduated from Cornell University in 2021 with a degree in Mathematics (Theoretical Concentration) and German Studies. I was absolutely certain that I never wanted to go to grad school - after 1.5 years of covid classes, I was sick of it! I started my job in consulting and ended up in the Robotics Process Automation division working as a low code developer. It has been a crazy journey, working with a variety of clients, in a variety of time zones, but it has taught me that I actually do enjoy computer science and programming more than I thought. I love building things from scratch. There's something so satisfying about creating a program and seeing it run successfully. It doesn't hurt that I think I'm pretty good at it!
I'd like to do more than just low code development, though. So I've been considering getting a masters in Computer Science. This would give me a solid background in the fundamentals of development and help me take my skills to the next level. At Cornell, I took a few CS classes, but before I make the jump into grad school I should have a better understanding of undergraduate computer science. My lovely life partner Sam Sorenson and my close friend Michael Xing studied Math and CS at Cornell, and they have given me a list of classes/books. I'm hoping these materials will help me decide whether I should get a masters and if I do want to, help me prepare. Sam recommended that I start with CS2800 at Cornell, the Discrete Math course. It starts out with a lot of review material - number theory, writing proofs, and sets - which should ease me into the exciting and unfamiliar topics of Automata and Metalogic.
TLDR: I'm 'auditing' (reviewing?) the CS2800 Cornell course material, to gain a deeper understanding of Discrete Math.
Here's a link to my notes in Overleaf.