Is a Ph.D. in Aerospace Engineering necessary for designing aircraft?

In summary, the conversation discussed the topic of pursuing a Ph.D. in Aerospace Engineering and its usefulness in the industry. The individual expressed interest in designing aircraft but was disappointed with the focus of current research in the field. The conversation also touched on opportunities in the industry, particularly in small business jet companies. The benefits of pursuing a Ph.D. were also mentioned, including gaining knowledge and independence, but the importance of gaining practical experience in the industry was emphasized. The conversation ended with the individual seeking advice and discussing the advantages of a Ph.D. in terms of knowledge and modesty.
  • #1
Phanixis
8
0
I will shortly be able to acquire a Master's degree in Aerospace Engineering. I am interested in designing aircraft as opposed to subsystems, but I am not enthusaistic about the various "system-of-systems" approach that essentially works to make new aero design codes(as opposed to new aero designs) or simply discusses(as opposed to any real technical design) potential future designs. This is the direction basic research appears to be headed. Given these circumstances, would it be wise to go beyond a Masters degree level in such a program.

How useful are Ph.D.'s in Aerospace Engineering in general?

Thanks.
 
Physics news on Phys.org
  • #2
Have you had the opportunity to work in the industry yet? When you say "designing aircraft" that leaves a lot open to interpretation. What part of design do you want to get into? What have you been part of in the past?
 
  • #3
No, I haven't had a chance to get involved in industry, all my research has been within the University.

I have worked on aerospace systems design, which is what I mentioned above, and control systems. Overall, I have liked control systems better.

I originally looked at aerospace systems design because I thought I was going to learn how to design aircraft, that is for a given function, determine what type of engines needed to be mounted, fuel capacity, necessary lift, etc. While this is the stated goal of aerospace systems design, the actual research was significantly different, focusing more on coding methodologies and presentations than anything else. I seemed more like computer science meets business administration then any kind of aerospace engineering. It almost seems as if control systems is more concerned with the actual performance and functionality than aerospace system design.
 
  • #4
I can see where you're coming from. The only issue IMO is that the area that you would like to be in is extremely small in comparison to the rest of the aircraft manufacturing area. Those would be tough jobs to get since pure design of new aircraft doesn't happen all that often except for sales pitches and the like.

I would suggest testing the waters with your MS before moving on to your PhD. There are a lot of start up companies in my area of small business jets that could be a good opportunity. It really is tough to say. At the least it would get you some more exposure to the industry and perhaps help guide you in where you want to go.

In my area, there are not too many PhDs floating around. There is a huge amount of knowledge to be picked up from experienced people that you just won't get in academia. Just something to consider.
 
  • #5
Hey I am in the same position as you... deciding whether to go for a phd or go into industry. have you decided what you do yet? free free to share any ideas with me. my email is jingpei@aol.com
 
  • #6
You'll very doubtedly get to design any aircraft through academic research.
FredGarvin said:
There are a lot of start up companies in my area of small business jets that could be a good opportunity.
There are many start up companies in this field ? Interesting, I was just recently taught by a big guy in the field that those private and business jet companies have a great deal to do with reputation and a good solid long record, because consumers of such aircraft care a lot more about quality and reliability than costs.
 
  • #7
Aero Stud said:
There are many start up companies in this field ? Interesting, I was just recently taught by a big guy in the field that those private and business jet companies have a great deal to do with reputation and a good solid long record, because consumers of such aircraft care a lot more about quality and reliability than costs.
Yes there are. Look at companies like Eclipse, Spectrum and Sport Jet. Then there are established companies like Grob, Piper, and Adam that are expanding into the VLJ business. This end of the arena is getting very busy. There are a lot of opportunities.
 
  • #8
Phanixis said:
No, I haven't had a chance to get involved in industry, all my research has been within the University.

I have worked on aerospace systems design, which is what I mentioned above, and control systems. Overall, I have liked control systems better.

I originally looked at aerospace systems design because I thought I was going to learn how to design aircraft, that is for a given function, determine what type of engines needed to be mounted, fuel capacity, necessary lift, etc. While this is the stated goal of aerospace systems design, the actual research was significantly different, focusing more on coding methodologies and presentations than anything else. I seemed more like computer science meets business administration then any kind of aerospace engineering. It almost seems as if control systems is more concerned with the actual performance and functionality than aerospace system design.

I have over here people whose research focus involves control theory applied to trajectory stabilities, aircraft control systems and optimization. Of course that if you want to get your hands dirty you better go to look for a job. A Ph.D. gives you a couple of things:

- an outstanding knowledge about the foundations of the field and adjacent fields.

- the knowledge of the tools used on that field, as well as the state of the art of the scientific research involved (do not confuse that with the industrial research).

- independence and responsability about facing new challenges and proposing to yourself own goals, based on a sixth sense you would have to develop in order to discard projects with a dead end.

- modesty about the fact that you will realize you are the last **** on Earth and that there are many more people smarter than you in this world.

- modesty about the fact that even if you study and do research in a particular field during 60 years you will end up knowing almost nothing about it.

- it gives you time to read books, to read papers to get tons of information into your head.

- it teaches you how to think on your own and evaporate your brain in order to succed and have a work done.

- it shows you that you are ****ing alone and nobody is going to help you in such a huge endeavour.

yeah, there is a huge amount of knowledge to be picked up from experienced people that you just won't get in industry. Just something to consider.:wink:
 
  • #9
Thanks for the advice, it is quite helpful.

At the moment, I am planning on getting a Masters with Thesis and then moving into physics and completing a Ph.D. there. But I will still be looking at various ways to learn more about Aerospace Engineering and get more expierience in that field as well.
 
  • #10


I would recommend getting into industry before going for the Ph.D. The engineering work in the aerospace industry in done by master degree holders because they know enough to give added value to the product and are not so expensive as a Ph.D.

However, there are many continuing education programs in big aerospace companies that can pay for your Ph.D. studies, so you don't lose your job and at the same time you get a degree paid for already.

Moreover, once you get your Ph.D. you ca advance in your career faster and/or do better things, such as heading projects, departments, or entire programs.

Remember that industrial research settings are not academic settings or university laboratories, where they can take their time to make science. Industrial research focuses on what is needed in terms of what customers want or would be able to buy after production. Industrial research is more work intensive, but they need Ph.D. people as well.

Therefore, deal with the industry, get to know the management team of your company, propose the benefits of obtaining a Ph.D. for industrial research, and convince them of your assets. In this way you don't have to look for a job with a Ph.D. title and little or not industrial experience, which in the eyes of management, is money and added value to the company.
 
  • #11


Well here we are 4 years later so I hope he already made his decision. :devil:
 
  • #12


Ok, I did not see the date...
 

1. Is a Ph.D. in Aerospace Engineering necessary for a successful career in the field?

No, a Ph.D. is not necessary for a successful career in Aerospace Engineering. Many professionals in the field have only a Masters degree and are able to make significant contributions to the industry.

2. What are the benefits of pursuing a Ph.D. in Aerospace Engineering?

Pursuing a Ph.D. in Aerospace Engineering allows for a deeper understanding of the field and the opportunity to conduct research and make significant contributions to the industry. It can also open up opportunities for higher level positions and higher salaries.

3. How long does it typically take to complete a Ph.D. in Aerospace Engineering?

The average time to complete a Ph.D. in Aerospace Engineering is 4-5 years, but this can vary depending on the individual's research topic, progress, and other factors.

4. What are the potential career paths for someone with a Ph.D. in Aerospace Engineering?

With a Ph.D. in Aerospace Engineering, one can pursue a career in academia as a professor or researcher, in the industry as a research and development engineer, or in government agencies such as NASA or the Department of Defense.

5. How does the job market differ for those with a Masters degree versus a Ph.D. in Aerospace Engineering?

The job market for those with a Ph.D. in Aerospace Engineering may offer more opportunities for research and higher level positions, while the job market for those with a Masters degree may be more focused on practical engineering roles. However, both degrees can lead to successful careers in the field.

Similar threads

  • STEM Career Guidance
Replies
22
Views
948
  • STEM Career Guidance
Replies
19
Views
3K
Replies
2
Views
4K
Replies
1
Views
285
  • STEM Academic Advising
Replies
8
Views
2K
  • STEM Career Guidance
Replies
11
Views
2K
  • STEM Career Guidance
Replies
8
Views
2K
  • STEM Career Guidance
Replies
1
Views
1K
  • STEM Career Guidance
Replies
6
Views
3K
  • STEM Career Guidance
Replies
4
Views
2K
Back
Top