Aeronautical Engineer or Physics?

Click For Summary
SUMMARY

The discussion centers on the decision between pursuing a degree in Aeronautical Engineering or a high-level Physics degree. Participants highlight that Aeronautical Engineering encompasses both aeronautics and astronautics, appealing to those interested in applying mathematics to practical problems, such as thermodynamics and aerodynamics. Conversely, a Physics degree can lead to various career paths, including theoretical physics and academia, although concerns about generating original research ideas are noted. Job opportunities for physics graduates include roles such as Digital Hardware Designer, Aerospace Engineer, and Statistician, emphasizing the versatility of a physics background.

PREREQUISITES
  • Understanding of Aeronautical Engineering principles, including thermodynamics and aerodynamics.
  • Familiarity with Physics concepts, particularly at advanced levels.
  • Knowledge of job roles related to engineering and physics, such as Digital Hardware Designer and Aerospace Engineer.
  • Basic understanding of application processes for university programs and job searches in technical fields.
NEXT STEPS
  • Research the curriculum and career outcomes of Aeronautical Engineering programs, particularly at RMIT University.
  • Explore advanced topics in Physics, including theoretical physics and potential research areas.
  • Investigate job application strategies for engineering and physics graduates, focusing on entry-level positions.
  • Learn about the skills required for roles such as Digital Hardware Designer and Aerospace Engineer, including programming languages like C++ and tools like MATLAB.
USEFUL FOR

Students considering a career in engineering or physics, educators advising on academic paths, and professionals exploring job opportunities in aerospace and related fields.

||spoon||
Messages
227
Reaction score
0
Aeronautical Engineer or Physics?

Hi,

I am currently a year 12 student in Astralia undertaking specialist math, physics, chem, math methods and english.

I am undecided upon wether i want to study aeronautical engineering or study to a high level in physics.

Aeronautical Engineering: I think i like the idea because i am able to apply maths with subjects such as thermodynamics and aerodynamics etc. but i don't really have an interest in planes haha.. (does aeronautics also lead to space stuff?) just the tools i would be using (is this a problem). I am also not really that much of a designy/creative person... i just love the idea of applying these skills into a product.. plus i hear the pay package is better hahaha :-p

High Physics degree: I am really interested by physics and continually ask random questions of my teachers at school and would love to be able to learn everything there is to know by getting a Ph.D etc.. I was then thinking about becoming a lecturer in physics at a uiversity standard or becoming some sort of physicist (what other sort of work might i come by?)... i have been reading posts about theoretical physicists but am not too sure that i understand fully what this career would have me doing. Basically i love physics but i don't know taht if i became a theoretical physicst or wateva that i would be able to come up with some original ideas/research.

Thanks for any input people

Cheers, Spoon
 
Physics news on Phys.org
Aeronautics = airplanes
Astronautics = space

Aerospace is made up of both of these fields, so you may choose the route you prefer.
 
I am also thinking the same

Graduated from Physics and Appl Math last year and am thinking about an Aerospace Masters... and actually Spoon I'm Canadian but am thinking of studying at RMIT in Australia... Could you tell me about it?
 
Last edited:
hey burlighrapids,

RMIT is actually quite close to where i live, it is regarded as quite a good school over here, however the university of melbourne is probably more "prestigious"... what do u want to know about it?

And about my dilemma... if i studied physics to a high level.. i want to learn the physics at a higher level but I am not sure if i would be able to come up with original ideas... what work do lecturers and stuff have to actually do and what other jobs might be a possibility with a high physics degree?

cheers,
Spoon
 
some jobs

I started my application process a couple of months ago. I've built of a list over 75 companies that I have applied to and have handed in about 150 applications so far. I try to get 5 a day.

Here are some job titles:

- Digital Hardware Designer
- Radio Frequency Hardware Designer
- Radio Algorithms and DSP Designer
- Electro Optic Design & Development Engineer
- New Product Mgmt Coordinator (I have some business background so I also try to apply to some management positions)
- R&D in Telecommunications
- Material and Process Engineer/Scientist (I did material research project for my honours in 4th year)
- Project Analyst - for any company, an analytical job can make use of your applied mathematics skills.. but you may need a couple of commerce / business/ accounting courses
- Financial Engineer.. similar to analytical positions
- Risk Analysis for banks.. may need similar to above some accounting etc
- Aerospace Engineer
- software engineer: many problems that involve calculus and programming need a physicist's beackground to program while simulating/analyzing/computating data in a way that computer engineer may not be able to ie MatLab, Maple, sopme C++
- Database Developer.. if you're good with SQL, MS Access, Oracle.. that type of stuff
- Statistician: if you did a lot of probablility, stats etc.. even optimization, then you can get into this kind of field


Anyways, hope this helps. Just go for the big companies and you'll find others along the way.. or look for lists of companies ie: Aerospace companies in Australia and go from there. Also search terms like "new grad", "entry level" and "junior" to make sure you're getting positions at your experience level.

B
 
Last edited:

Similar threads

  • · Replies 3 ·
Replies
3
Views
2K
  • · Replies 9 ·
Replies
9
Views
2K
Replies
16
Views
3K
  • · Replies 23 ·
Replies
23
Views
6K
  • · Replies 2 ·
Replies
2
Views
1K
  • · Replies 6 ·
Replies
6
Views
2K
  • · Replies 2 ·
Replies
2
Views
2K
  • · Replies 8 ·
Replies
8
Views
2K
  • · Replies 1 ·
Replies
1
Views
1K
  • · Replies 4 ·
Replies
4
Views
2K