Searching in the Real World

There's this mythical place where you get paid to do homework and your problems sets actually determine the lives of hundreds, thousands, or even millions of people. WHOA!

Turns out I need to get into this world soon. I'm a graduating senior (or, at least I hope I've graduating), so that means grad school and jobs. It also means I get to feel really weird about myself.

Allow me to put things in perspective. I have a 3.06 GPA. Cumulative. Floated with some As in humanities classes. Did I forget to mention Harvey Mudd battles grade inflation? Then again, I get to brag about helping build a chip. Twice. Except the first one doesn't work.

Turns out most graduate programs have a minimum requirement of their applicants. Even more interesting is that the cutoff is usually a 3.0 undergrad GPA.

As an extra bonus, I'm interested in chip design and robotics and nanotechnology. Bonus points if you mash all three together. This means I kinda need a graduate degree to progress in the field. I guess I could try being like my dad who worked his way up the ranks and is now the senior systems engineer at his company even though he only has a BS. But, the economy also decided to tank. So, hiding in grad school for a bit isn't such a bad thing.

Then again, what if I don't get into grad school? Don't worry, I'm applying for full time jobs elsewhere! This means spamming my resume and brushing up on my interviewing skills. Oh, and deciding if I'm really interested in moving to Oregon or Texas to nab that job. No offers yet. Here's hoping.

In other fun news, I recently discovered I was building the wrong processing element for the chip for Clinic. Oops. Luckily, everyone else appears to have the correct PE, and it's the simplest of the PEs. Unfortunately the code I currently have doesn't pass the test vectors, so I'm also debugging it now. Oh, and I became head of the microarchitecture, which means I need a full chip in Verilog code by Tuesday. Oh, and I'm heading up the Verilog testing so I need to fix Cadence so it will output Verilog so we can test the schematics. Oh, and there's this MicroPs project I'm working on where we're going to make a MIDI transceiver for a keyboard and generate music. Oh, and there's the debugging of the chip we built last year. Oh, and there's these two other humanities classes I'm in. Oh, and I'm going home for a bit on the weekend.

It's gonna be a busy weekend.