- #1
WhiteKnights
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QoL,Location,Pay,especially what do you do for work?
I'll listen for now and will chime in later..
I'll listen for now and will chime in later..
WhiteKnights said:Do get a nice office or what?
WhiteKnights said:I am in high school and I am interested in Aerospace Engineering.
Would there be a way to specialize in the 'space" portion of Aerospace Engineering focusing more on building manned or maybe unmanned spacecraft ?
Or maybe more of an advanced R&D position a la Skunk Works or Phantom Works?
WhiteKnights said:I am in high school and I am interested in Aerospace Engineering.
Would there be a way to specialize in the 'space" portion of Aerospace Engineering focusing more on building manned or maybe unmanned spacecraft ?
Or maybe more of an advanced R&D position a la Skunk Works or Phantom Works?
mshinavar said:lol, maybe a study on the integration of a RTG on an outer solar system probe that would get canceled after SRR.
as far as getting a job straight away in an advanced development group, there's 2 (equally unlikely) ways. get a job at a small company, or be the smartest in your class. The guy i knew that was offered an AD job had a 4.0 in math and aero graduating in 4 years. was the valedictorian or college of science, engineering and aerospace department
WhiteKnights said:It is my goal, I never said it would happen right away.Could a M.S or a Ph.D make a difference?
Also is it easy to double major?
Could I like double major in say AE and EE? What about AE and Physics/Math?
I know AE and ME is common because AE is applied ME.
I know JPL or Skunk Works(Dream Jobs) May not happen right away, but have may have a shot at NASA since I have above average connections to them.
Is it job availability is still good? I hear even though funding is getting cut, people are retiring, making a even job market?...Is this true?
WhiteKnights said:You have to run to win a marathon.
OK,What would the best course of action be to achieve what I want to achieve?
Nothing is in stone and I just trying to lay my options on the table and do some research.
Cyrus said:Ask questions about obtaining an undergrad degree. M.S., P.h.D, Jobs, are NOT options on your table at this point.
WhiteKnights said:That is being harsh eh...
I am not setting a course,I am just weighing my options.You will not a see a choice soon.
And to say you can't discuss jobs and degrees in the same sentence is absurd...
People wouldn't get a degree ,if it didn't get them a job and formulate their degree to get a job they want.
cristo said:Sure, it's good to get a bit a of information on what the job prospects are, but until you have completed your undergrad degree, you won't know whether such a career is something you want to do, or even if you will be able to do it.
I'm moving this to academic and career guidance.
Topher925 said:You're only in high school, you don't know what you want yet. Wait until your junior year in college until you start doing research like this, by then your interests and the industry will have changed. Theres a 70% chance that you will drop out of engineering and go for a business degree anyway.
WhiteKnights said:That is pretty helpful, Thanks.
Is there any R&D sometimes?
How about travel?
leumas614 said:Can chemical engineers work in the aerospace industry?
So you're just starting out your career? Do you enjoy your job? Do you remember being in university and wondering what kind of job you will land, and how everything will work out? And if you don't mind, what is the pay like? What about for people higher up?Maxwell said:I'm sure they can, but I have not personally met one yet. I've met a few materials engineering people, though.
Maxwell said:Aerospace engineering has a fine future in the US. A huge amount of AE related projects are classified and purely designed in America. From space systems to unmanned vehicles (UAVs), there is plenty of work -- it's very ignorant to say that AE's are in danger of being outsourced (i.e. you must not work in the industry).
I work for a big aerospace company, but I am an EE. I could tell you what my day is like, which is probably pretty standard for an engineer at a large aerospace company.
I get in around 8 or 9 AM. I grab breakfast and read emails at my desk. I usually average about 2 to 3 meetings a day, so I make sure I know when all of those are. Then I start my work. What I'm doing depends on what phase the project is in. I do digital design, and I'm still in the process of writing code. I do that for a few hours, and then I head to meetings. Usually, you have a status meeting to update the project leads on how your design is faring. You have leads in different areas - in your field, program managers who deal with time-lines and planning, an overall project lead, costing people, etc. Everybody loves status meetings. At these meetings, you can see how the other engineers are doing with their respective portions of the project. Engineers from other areas, like mechanical or aerospace design, are typically not involved in daily status meetings. They have their own meetings with their own leads to deal with. However, on overarching project meetings, we are all together.
I usually eat lunch at my desk. During that time I catch up on my emails and fix my schedules and time estimates (generally a spreadsheet where you can detail how long you estimate certain pieces and phases of your project are going to take). I spend a few more hours working on my design and talking with other designers on the same project as me. At around 5 or 6 PM I call it a day. Unless we are behind schedule, in which case I'll stay later or work from home.
I hope that helps a little bit. I imagine most engineering disciplines have a similar structure during their design phase. Not every day is the same, obviously, but that's a pretty typical day for me right now.
leumas614 said:Can chemical engineers work in the aerospace industry?
under_par_00 said:So you're just starting out your career? Do you enjoy your job? Do you remember being in university and wondering what kind of job you will land, and how everything will work out? And if you don't mind, what is the pay like? What about for people higher up?
I just completed my first year as a physics major.
I think if would be a great idea if we could have a sticky, or a whole sub-forum devoted to people posting all about their jobs. I think it would really help out people like me, and the original poster. I love reading about what people do. I'm always wondering where the hell I could possible end up.
Cyrus said:By digital design, do you mean digital controllers? Z-transforms and the like?
Maxwell said:Yeah, I do mean something like that. Designing a digital system (to be put into a larger system) to specs and implementing it on a microcontroller, FPGA, etc. So that could involve a Z-Transform, but that would just be a small part in the processing chain. I wouldn't be taking Z-Transforms, I'd be implementing code onto some sort of chip that would calculate the transform.
mshinavar said:from what i have come to see, there is no logical reason to be an engineer. there are a lot easier jobs that pay a lot more with a lot less schooling.
An Aerospace Engineer designs, tests, and oversees the production of aircraft, spacecraft, satellites, and missiles. They use their knowledge of physics, mathematics, and materials science to create and improve these vehicles and systems.
Aerospace Engineers need a strong foundation in math and physics, as well as skills in computer-aided design (CAD) and computer-aided engineering (CAE) software. They also need to be detail-oriented, analytical, and have excellent problem-solving skills.
A typical day for an Aerospace Engineer may involve analyzing data and test results, designing and modifying prototypes, meeting with team members and clients, and conducting research. They may also spend time in a lab or on a production floor overseeing the manufacturing process.
Aerospace Engineers face challenges such as tight deadlines, tight budgets, and the need to constantly stay updated on new technologies and regulations. They also have to ensure that their designs are safe, reliable, and efficient.
Aerospace Engineers can advance in their careers by taking on more complex projects, obtaining advanced degrees, and gaining experience in different areas of the field. They may also have opportunities for leadership roles, such as project manager or team leader.