JAKE's 06 SOLID AXLE SWAPPED DCLB EAF & BS build

Are you ME or EE, Jake? Looks like @BYJOSHCOOK is ME.

 

Me

 

It's been a while, but I seem to recall something called a triple surface integral? By that point it's like "why not just keep going? Get Xzibit in here!"

I took heat transfer as an elective. Sort of glad I did because it was one of the only times I used any of that math.

I use none, but I'm a lowly civil. we just oversimplify everything then throw a safety factor on it.

 

You?

 

Kinda wish I had gone that route.

 

EE

 

Not done yet, but I work in that field, which is cool!

 

You could be double E

 

I will be. I'm actually more interested in mechanical, but I'm almost done with electrical.

 

See then you like chem and math right. And hated physics. Correct??

 

Not quite

Loved physics, especially electricity and magnetism. Was decent at calculus and enjoyed it. Not a fan of chem.

 

Seeing I'm still in school, about everyday. But at work none, I've been told by another guy who works there he literally uses physics, material science and fluids that's about it.

But yeah I'm ME, be done next summer thank God

 

Oh and fuck chemistry that shit makes no fucking sense

 

I work with electrical, mechanical, and materials (chemical) engineers, and there is cool shit about all of them. I have yet to see any of them working out triple integrals by hand

 

We don't use any integral at my work. Have the classes are "preparing" you for being an R&D engineer or a scientist. My old boss literally just did CAD drawings, certifications for materials, order stuff and maybe redesign a few things. Never did a lot of math

 

Lots of modeling where I work. Let the computers handle the nasty math.

 

Just wait until you get to partial differential equations...

 

Yah we breifly talked about that the last few weeks in calc

 

Since you remind me, this connects so many dots.

 

If you want to see some full blown partial differential equations look up the Navier-Stokes equations. Crazy equations that are the foundation of fluid mechanics.