PhD in Robotics/Electronics Engineering?

In summary, the conversation discussed the potential benefits and opportunities of obtaining a PhD in engineering, particularly in the fields of integrated electronics, computational intelligence, robotics and mechatronics, and digital systems. The experts shared that a PhD can help in advanced development and potentially open doors for research-oriented positions, but it may not necessarily command a higher salary or position in industry. A Master's degree can also be valuable and can signify a more specialized education, but a PhD may be necessary for those interested in pursuing a career in academia. Ultimately, the decision to pursue a graduate degree should be based on personal interest and career goals.
  • #1
sloan13
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I am currently only a freshman in general engineering, but I plan on transferring to NC State University for computer engineering. I know it is early, but I figured it couldn't hurt to ask. What opportunities can a PhD present that a MS cannot?

Also, I looked at some of the masters programs at NC State, and the ones that interest me are computational intelligence, robotics and mechatronics, and digital systems. What are your thoughts on the future of these fields?

Any input is appreciated.
 
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  • #2
In integrated electronics a Ph.D. can help you get into more advanced development. You don't *need* it, but the fact is getting a Ph.D. is kind of like an apprenticeship. In industry the hard part is getting your foot in the door. Often a new BS or MS grad will be shunted towards applications or product engineer unless they have design experience. With a Ph.D. you typically are starting out with a chip under your belt already.

It's quite possible you can get the same opportunity with an MS.

Once you're in industry no one cares. In my experience the capabilities of MS and Ph.D. engineers are only very weakly correlated, if at all. Get the Ph.D. if electronics fires you up and you want a chance to really do something unusual. When you get on the job you'll most likely be pounding out the same circuits as other people (but it will still be fun!).
 
  • #3
What about R&D? Does it matter PhD vs. MS?
 
  • #4
analogdesign said:
With a Ph.D. you typically are starting out with a chip under your belt already.

Nice pun.
 
  • #5
The value of a graduate degree can matter a lot or very little, depending on the field.

Those fields you listed are all perfectly good places to get a Master's in.

A Master's can certainly open doors for you and potentially command a higher salary. It signifies a more specialized education, and that can make a difference. It also opens up more research-oriented positions.

For engineers, a PhD will just mean you'll be able to be a professor. To my knowledge it does not command a better salary or position in industry. But if academia is your goal, that's what you'll need. Otherwise, don't spend the time on it. It can even be a bad thing if you're looking for work in industry because of the time you spent out of industry to earn it.
 
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FAQ: PhD in Robotics/Electronics Engineering?

1. What is a PhD in Robotics/Electronics Engineering?

A PhD in Robotics/Electronics Engineering is a research-based degree that focuses on the development, design, and implementation of advanced technologies in the field of robotics and electronics. It involves a deep understanding of mathematical and engineering principles, as well as advanced programming skills, to create innovative solutions to real-world problems.

2. What are the benefits of pursuing a PhD in Robotics/Electronics Engineering?

There are several benefits to pursuing a PhD in Robotics/Electronics Engineering, including the opportunity to conduct cutting-edge research, develop advanced technical skills, and gain a competitive edge in the job market. Additionally, a PhD can lead to higher earning potential and the ability to pursue a career in academia.

3. What are the prerequisites for a PhD in Robotics/Electronics Engineering?

The prerequisites for a PhD in Robotics/Electronics Engineering may vary depending on the university, but typically include a bachelor's and/or master's degree in a related field, such as engineering, computer science, or mathematics. Strong mathematical and programming skills are also necessary for success in the program.

4. What research opportunities are available in a PhD in Robotics/Electronics Engineering?

A PhD in Robotics/Electronics Engineering offers a wide range of research opportunities, including developing new algorithms and control systems, designing and testing new robotic systems, and exploring the use of artificial intelligence in robotics. Students may also have the chance to collaborate with industry partners on real-world projects.

5. How long does it take to complete a PhD in Robotics/Electronics Engineering?

The length of a PhD program in Robotics/Electronics Engineering can vary, but it typically takes 4-5 years to complete. This time frame may be longer if the student is also working or has other commitments. The program usually includes coursework, research, and the completion of a dissertation.

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