Systems Engineering | What Is It & What Do They Do?

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Discussion Overview

The discussion revolves around the field of systems engineering, exploring its nature, daily responsibilities, and the educational pathways leading to a career in this discipline. Participants share personal experiences and insights regarding the integration of various engineering fields and the skills required for success in systems engineering.

Discussion Character

  • Exploratory
  • Technical explanation
  • Conceptual clarification
  • Debate/contested
  • Homework-related

Main Points Raised

  • Some participants describe systems engineering as a field that requires understanding the interactions between various engineering disciplines, emphasizing the need for effective communication and adaptability.
  • One participant notes that systems engineers often face pressure from multiple stakeholders and may find the work challenging if they prefer detailed technical engagement.
  • Another participant argues that a deep understanding of specific topics is essential for a successful systems engineer, countering the idea that being a generalist is sufficient.
  • A participant shares their educational background and aspirations, indicating a focus on electrical engineering with an interest in communications and photonics, while expressing concerns about the programming skills needed for their desired graduate program.
  • There is a suggestion that individuals transitioning from different backgrounds, such as computer science, may need to take additional undergraduate courses to meet the prerequisites for graduate-level engineering classes.
  • One participant reflects on the rewarding yet challenging nature of systems engineering, highlighting the blend of software, hardware, and managerial skills involved in the role.

Areas of Agreement / Disagreement

Participants express a range of views on the skills and knowledge necessary for systems engineering, with some emphasizing the importance of depth in specific areas while others advocate for a broader, more generalist approach. The discussion remains unresolved regarding the optimal balance between specialization and generalization in the field.

Contextual Notes

Participants mention various educational paths and experiences, indicating that the transition from physics to systems engineering may require additional coursework in both electrical engineering and computer science. There is also a recognition of the diverse roles and responsibilities that systems engineers may encounter.

TheDoorsOfMe
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Hi,

I have been recently researching systems engineering as a possible graduate degree. I am currently a physics major. I was wondering if anybody here works as or with any system engineers? I have read some articles about the discipline and it seems pretty general. I was wondering if the work is interesting and fun. And what type of work do they do on a daily basis?
 
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According my friend with systems engineering, he did some programming work and project management for his internship.

Sorry that I could not tell you more.

which school are you plannng to attend ?
 
Hi, TheDoorsOfMe.

Systems engineers worry about how the pieces that comprise complex systems interact, and how they mis-interact. I am a physicist by training but by practice I am a systems engineer + aerospace engineer + software engineer + project manager (along with several other hats; I work at a small company). To be a good systems engineer you need to be quite facile. One day you might find your self working with electrical engineers, the next with structural engineers, and the next with propulsion engineers. You need to be able to communicate with each, understand what they are talking about, and placate their sensitive egos (each thinks their discipline is the most important one). A systems engineer needs to take what they are talking about to a higher level, but also must be able to dive very deep into technical detail.

One problem with systems engineering is that it encourages one to be a jack of all trades, master of none. It's a good idea to maintain deep knowledge in some field, preferably more than one field; the same applies to managers of some technical endeavor.
 
Systems Engineers have pressure from the sides, above and below. Also if you like to get down to the nuts and bolts, rather than view everything as a black box, it's quite soul destroying work.
 
That is just wrong, Freddy. If you can't dive down deep into a topic you will not make for a good systems engineer.
 
Yes, I plan on actually getting a electrical engineering masters with the systems engineering track. One dilemma D H that I have is figuring out exactly how to get the experience I want. I will be taking electrical engineering classes which kind of run the gambit. Though I think I will try to concentrate on communications and photonics. But the program I'm looking at has many computer science courses I would love to take but since they are graduate level I really don't have the background to jump in. Did you find that it was easy enough to pick programming while on the job? I have my BS in physics, I have done some programming but not to the level to do anything particularly useful. My dream position would be to work with a company developing quantum computers. So I feel like I have to take everything.

I don't mind being a big picture person. I love figuring out the details as a hobby but my brain definitely likes to think about larger scale implications.
 
I can't tell you about the ease of picking up programming on the job because that is not the route I took. I took several computer science courses while in college.

If your undergrad computer science education is limited to the standard introductory level class, you will probably need to take a few undergrad comp sci classes as catch-up work if your preferred graduate program is one that involves graduate level computer science classes. Look at it this way: Suppose a typical comp. sci major wanted to go into that same graduate program. The typical comp. sci. major will not have the requisite electrical engineering background needed to jump directly into those graduate level electrical engineering courses. That comp. sci. major will need to take some undergrad EE courses.
 
I quite agree with Mr DH, systems engineering basically comprises of software+hardware(electrical and mechanical) engineering as well as managerial skills. As far as i guess it is quite challenging but rewarding job. I did my bachelors in electrical engineering and planning to have MS degree in systems engineering.
 

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