So, would a nuclear engineering degree be good now?

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Discussion Overview

The discussion revolves around the viability of pursuing a degree in nuclear engineering, particularly in the context of current job prospects and the state of the nuclear power industry in the United States. Participants explore various aspects of the field, including educational pathways and the importance of interdisciplinary skills.

Discussion Character

  • Debate/contested
  • Technical explanation
  • Conceptual clarification

Main Points Raised

  • Some participants note that while nuclear power may not be a trending topic in the U.S., there are still operational, maintenance, auditing, and decommissioning roles available in the industry.
  • One participant suggests that a broader undergraduate degree followed by specialization in nuclear engineering might be a more strategic approach for career prospects.
  • Another participant highlights the reputation of Texas A&M's nuclear engineering program and mentions personal connections to faculty there.
  • It is mentioned that MIT also has a strong nuclear engineering program and that diversifying skills by combining nuclear engineering with other fields could enhance job security.
  • Concerns are raised about the competitive nature of the nuclear engineering field and the importance of having a good materials background for job opportunities.
  • Some participants reference ongoing programs, such as NASA's interest in nuclear energy for space applications and the Navy's nuclear propulsion program, indicating that there are still active sectors within the nuclear field.

Areas of Agreement / Disagreement

Participants express a range of views on the prospects of a nuclear engineering degree, with some advocating for its value while others suggest a more cautious approach. There is no clear consensus on the best path forward.

Contextual Notes

Participants acknowledge the fluid nature of hiring in the nuclear industry, suggesting that job security may depend on having diverse engineering skills. The discussion reflects varying opinions on the relevance and future of nuclear engineering education.

end3r7
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I understand that nuclear power is not very "in" here in the US of A, but Texas A&M offers a good nuclear engineering program. I was wondering if you guys would recommend getting a degree in it or not.
 
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Even when there's no nuclear plants being built, there's always nuclear plants being operated, maintained, audited, and decommissioned. These aspects are arguably more important than planning, designing and commissioning in the first place.

Do you want a degree in nuclear engineering? If you're that worried about career prospects, perhaps you could consider studying a broader discipline for your undergrad degree, and then specialising in nuc eng later (either in an academic or industrial environment).
 
It isn't for me, it's actually for a friend (I know it may sound like I'm lying but I truly ain't).
He is a good friend, and I was worried if he would find a career, although I probably should be worrying about sorting out my life most of all.
 
end3r7 said:
I understand that nuclear power is not very "in" here in the US of A, but Texas A&M offers a good nuclear engineering program. I was wondering if you guys would recommend getting a degree in it or not.
end3r7,
Texas A & M is a very good school in the Nuclear Engineering field.
I number a couple of friends on the TAMU NE faculty. Prof. Fred Best was one of my
contemporaries when I was a graduate student at M.I.T. Prof. Marvin Adams was
formerly one of my collegues here at Lawrence Livermore National Laboratory.
Dr. Gregory Greenman
Physicist
 
MIT has a great program too. :wink:

Actually I would recommend if one goes into nuclear, also try to specialize in another field like mechanical, structural, electrical, aerospace, or materials, or perhaps even physics. The field is very competitive.

Unfortunately NASA's Prometheus program has stalled, but NASA is continuing to look at nuclear energy for space applications.

The NAVY has an ongoing nuclear propulsion program, and the commercial nuclear power industry is ongoing, but it is somewhat fluid in terms of hiring and downsizing.

The nuclear industry does need engineers with a good materials background.

In the world of today, engineers need to be more diverse, i.e. specialists in two or more engineering disciplines, in order to have job security.
 

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