Most needed skills in Nuclear Engieering from an Mech Enginneering standpoint

[koab1mjr]

With the US not building too much at this point it seems like the general theme is to leverage existing assets and patch up what exists for the time being. With that being said for an ME student interested in nuclear energy what area should one focus on, fluid flows, stress analysis, FEA, material science, thermohydraulics which would offer the best entry point into the field. I would just take more nuclear classes, but at my institution the coursework and expertise in the area is somewhat limtied.

Another question, while I am sure one must have knowledge about the nuclear process and stuff, I wonder if an advanced degree in nuclear engineering necessary if you are not working on the reactor or fuel design. I intend to break into the industry, but it is proving difficult gaining experience via internships and I am not likeing my chances at the momemt in securing employment. I do not want to work in a utilitiy where I just monitor performance in a valve or something. I was thinking a masters in pure ME might offer better flexibiltiy just in case the chips do not bounce my way.

 

[gmax137]

...for an ME student interested in nuclear energy what area should one focus on, fluid flows, stress analysis, FEA, material science, thermohydraulics ...which would offer the best entry point into the field.

Any of those areas would be good. The reactor vendors, for example, have many experts in each of those fields, doing all sorts of analyses.

Another question, while I am sure one must have knowledge about the nuclear process and stuff, I wonder if an advanced degree in nuclear engineering necessary if you are not working on the reactor or fuel design.

An advanced degree in nuclear engineering is not necessary. The utility companies and the reactor vendors and the architect-engineers have many more mechanical / electrical / civil / and I&C engineers than they have nukes. And, even reactor and fuel design requires a lot of mechanical engineering. There's plenty of room in the nuclear business for mech engineers.

 

[creepypasta13]

I intend to break into the industry, but it is proving difficult gaining experience via internships and I am not likeing my chances at the momemt in securing employment. I do not want to work in a utilitiy where I just monitor performance in a valve or something. I was thinking a masters in pure ME might offer better flexibiltiy just in case the chips do not bounce my way.

I was wondering the same thing, that is, if I can get into the nuclear industry with my MS in ME.

 

[rod_worth]

I applied to work at a nuclear plant when I had just got out of the nuclear navy, and I found out that the other guys I was applying with had very dissimilar backgrounds; one was an electrical distribution worker (power company) and the other guy was a cook with a high school diploma and no other background who worked at the plants cafeteria. I eventually turned down the job because I wanted to go back to school, and they were offering $64,000/year 'starting wage' prior to overtime (I 'really' want my degree, lol).

If you have a MS in ME, then you stand a 'very good' to 'better-than-average' chance of getting a position. You'll at least be ahead of the curve. Just keep in mind that the schooling to get a civilian license is very intense, and you'll most likely be on a rotating shift schedule. Also, consider that saying "nobody is perfect". The slogan in the nuclear plant world slaps that quote in the face; if you screw up in the nuclear world, you loose your job and/or people die, so you have to be perfect all the time. For that reason, many people hate working in nuclear power because they find it stressful. Many others love it though. Ask yourself what you want, and if the money is worth the stress, which in my opinion it is. I hope this information helps you all.

 

[alphy]

From a Nuclear Engineering standpoint, the most needed skills from a Mechanical Engineering standpoint would be knowledge and expertise in fluid flows, stress analysis, FEA, material science, and thermohydraulics. These are all critical areas in the design and operation of nuclear power plants, as they involve the movement of fluids, structural integrity, and material properties. Having a strong understanding of these areas would be a valuable asset in any role within the nuclear industry.

In terms of entry points into the field, it would depend on your specific interests and career goals. If you are interested in design and analysis, then focusing on stress analysis and FEA would be beneficial. If you are more interested in the operation and maintenance of nuclear power plants, then fluid flows and thermohydraulics would be important areas to focus on. Material science would be relevant in both design and operation, as it affects the performance and longevity of nuclear components.

In terms of advanced degrees, it would depend on the specific role you are seeking within the industry. While a degree in nuclear engineering may not be necessary for certain positions, it would certainly give you a more comprehensive understanding of the nuclear process and industry. It may also open up more opportunities for advancement in your career. However, a master's degree in mechanical engineering could also be valuable, especially if it allows you to gain a deeper understanding of the areas mentioned above. Ultimately, it would be best to research the specific job requirements and career paths within the nuclear industry to determine the best educational path for your goals.