Picking Electives for a Career in NASA: Physics vs Maths

AI Thread Summary
For a career at NASA focused on building or designing robots, spaceships, satellites, or rockets, selecting electives in systems theory is recommended over hardcore mathematics. Systems theory is deemed more applicable to aerospace and mechanical engineering roles. While a course in electronics can be beneficial, microelectronics may not provide as much value for this career path. The emphasis should be on practical applications relevant to aerospace engineering. Ultimately, prioritizing systems theory will better align with career goals at NASA.
Link
Messages
132
Reaction score
1
I will get to pick some non ME electives corresponding to a semesters coursework, and my interests lies in these fields. Which will be more useful? I know the former is more physics focused and the other is more hardcore maths. I want to work for NASA after college, building or designing robots/spaceships/satellites/rockets.
 
Physics news on Phys.org
For what you're interested in, and I'm basing this off of what you mentioned in your other thread, systems theory will be more useful for you as an AE/ME. It won't hurt to have a course in electronics, but I don't think taking courses in microelectronics is going to have more benefit than systems theory if you want to be an Aerospace/Mechanical engineer at NASA.
 
I don't know if anyone on here works for any of the well known defense companies of your country, whichever country you are from?? Also, if you choose to work in one, do you think the engineering education provide from your school would adequately prepare you for the job. What do I mean by that? Well if you work at say Lockheed Martin and you work in the latest iteration of a missile or if you work at Pratt & Whitney, they assign you to work in the team helping out with building the jet...
Hello, I graduated from undergrad a few years ago with a Major in Physics and minor in Electrical Engineering. I tried to get experience working on and testing circuits through my professor who studied Neutrinos, however covid caused the opportunity to go away and I graduated with no experience or internships. I have attempted to break into the engineering industry with no success. Right now I am considering going for a Masters in Electrical Engineering and I need advice on if this would be...
So lately, my interest in the realm of optics/optoelectronics/photonics engineering has grown and I have started to seriously consider pursuing a career in the field. I have done a bit of career research and also have done some learning on the side to gather more knowledge on these topics. However, I have some questions on what a career in these fields would look like, and I wanted to find out more about this area to know what I would be getting myself into if I did make the choice to pursue...

Similar threads

Back
Top