Hey anons of /sci/. I'm trying to find a job as an engineer. Will start to apply soon, but am wondering, which sector pays the most AND is most fulfilling. I hear quality/regulatory pays nicely, but is a fucking snooze fest.


Example of sectors:
>Research and development
project management R&D, engineer R&D, automation
>Production / maintenance:
Production technology and maintenance, production management, product engineer, maintenance management, maintenance technology
>Quality / health and security:
head of quality control, quality control management, quality assurance, hygiene, environmental safety, environment
>Support / applications:
commissioning technology, application technology, commissioning
>Head of department:
site management, factory directorate, divisional management, production management FMEA

Could you guys help give me some tips? Also wanted to know doing a MSc is worthwhile. How much more would I be paid or is it only to gain entrance to different positions?

Literally nobody in the world thinks like the one on the left.

YUCK!

Hello I'm italian America what phenotype and haplogroup would you put me in? I personally think I look Greek with r1b

Can quantum phenomenon explain self awareness?

Anon, antimatter is here to spice up the geopolitics of the planet:
https://www.minds.com/newsfeed/1345440032378327060

is it?

(an unedited excerpt)
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pressing antiprotons together in the pitcher electric field container, with just enough positrons to hold them from flying apart (hydrogen is hard to contain without being antihydrogen), will allow the antihydrogen to achieve thermal balance with its immediate self and with its more distant matter environment as its surrounding support. In this state antihydrogen will show finally if the predictions of our models are right, that is, if charge/parity/time symmetries are coherently reversible. If our calculations are alright, if CPT symmetry holds strong, the application of this method on a small chunk of antimatter will make it able to reverse reaction direction in many if not all aspects of particle-energy interactions. As such, an electron falling in to the event-horizon of this chunk of backward-time material vibrating coherently, will be seeking muon neutrinos and electron neutrinos and photonic energy and will wrap itself in to becoming a muon. If this muon hangs around the antimatter chunk for a while, it will continue its reverse decay absorbing neutrinos and energy until it becomes a pion. A pion is positive when composed of an up quark and a down antiquark, and negative if it is composed of a down quark and up antiquark. In forward time pions decay fast into muons and antimuons. In the proposed experiment, once a muon stays inside the event horizon of the antimatter chunk it will find its necessary neutrinos and produce quarks from its pion stage until it becomes a fully heavy proton-like spin, stable, finding a place in the antimatter chunk. In short, the charge conservation of the whole setup will transform the electron's spin into an equal-charge antiproton's spin, creating antimatter.
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(picture unrelated, found on the channel)

>no one suffered serious adverse events or had allergic reactions related to the fecal transplant
https://www.sciencenews.org/article/fecal-transplant-pills-peanut-allergy-clinical-trial-poop-bacteria

>nobody is gonna fly a gopro through Jupiters clouds in your lifetime

What makes you sad /sci/?

What is the formula for finding the length of this curve?

/sci/ meme thread