Electrical engineering

>to be honest, many electrical applications will be replaced with the light technology
And who do you think studies photonic devices too?
A: EE.

Material Science Engineering (Nanobots) and Neuroscience (AI) will be the absolute top tier fields of the future. Anyone right now at a top institution should jump on that train ASAP. EE,CE,ME,CS,AE will be a tier lower but still very solid and stable.

This is true for just about any science (real science, non of that psychology bullshit) or engineering. STEM degrees have a future. At minimum they teach you a useful way to think (problem solving skills and analytical skills). Other majors like english, communications, etc. only focus on the present and don't teach these skills.

What a stupid fucking question. OP must be a Gook or Curry Nigger to ask such a thing. The best engineering degree is the one you enjoy the most.

electrical engineering is all math. applied math. the electronic part is a bit of a lost cause.

the main issue with engineering is a tendency to get shoehorned into a specific specialty that uses specific software tools.

jobs are there if you know software XYZ version 1.23.

If you mean electronics, enjoy having the feel of not knowing about anything slightly complex at all until you have your phd and finally know what does what and how to design accordingly.

I've heard optics and photonics is pretty good, that's what I'm studying. In all honesty I have no fucking clue what interests me and only went engineering because I liked physics and math over chem and biology.

is it recommended or possible to go into materials engineering with an EE degree for a grad program?

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This might be the correct thread if any posters can help. I know next to nothing about circuits and was wondering if someone could draw a quick walk through towards output with the following inputs (like directions and what happens at the gates and wire crossovers)
00
01
10
11
or just explain how the circuit works. sorry for probably babby tier shit