MechE or Engineering physics for a future in the nuclear field

In summary, the conversation discusses the speaker's interest in pursuing a PhD in nuclear physics after obtaining a master's degree in nuclear energy engineering. They are concerned about the limited opportunities for research in the field and the possibility of getting stuck in more practical engineering roles. They also mention the option of switching to engineering physics, but express doubt about their ability to handle the challenging curriculum. The conversation also highlights the differences between engineering and physics courses in terms of depth and focus.
  • #1
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Hi, first of all i would like to apologize for the probably rather bad English.

I am this semester starting my first year at the university. It starts of with three years (undergrad) and then ends with a two year masters exam. The field is Mechanical engineering. So the masters that i can choose from range from industrial engineering (more economy based) to the field of applied mechanics, such as fluid mechanics, solid something mechanics, wave mechanics and stuff like that. Aswell as "Nuclear energy engineering". I can choose 14 different masters.

People attending at engineering physics can choose the same masters as me, apart from the more economy based masters. They can however choose to get a master in the field of mathematics. Aswell as a more "applied physics" master. Such as quantum stuff, sub atomic stuff etc.

I would like to have the opportunity to get a Phd in the field of nuclear physics, but i really don't know what my options are after getting the master in Nuclear energy engineering.
I am afraid that i´l get stuck getting a phd in "how to optimize the cooling system in a nuclear power plant" or something like that, or stuck designing fans for a turbine etc.

Is there a possibility for me to get a phd in a more "nuclear physics" kinda field after getting my exam in meche with a master in nuclear energy engineering?

In the master there are courses about nuclear physics.

I do however have the option to switch to engineering physics, but i really don't know if i would be able to make it threw that, as its like the hardest thing you could get yourself into. And the way i see it, the field of mechanical engineering is a lot broader than engineering physics. As it seems like a lot of the people getting an exam in engineering physics (if not getting a phd or having really good grades ending up withing the field of finance) end up being programmers, or designing electric circuits.

And i do admit that i really do not know what a mechanical engineer do within the field of nuclear engineering, just that i am afraid that all they do is to sit and design, like fans in autocad.

And there are no pure 5 year nuclear educations in my country, such as the one in mechanical engineering that i will attend to.

Thanks for taking your time reading this. And once again, i am not a native English speaker, so the spelling might not be that good.
 
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  • #2
In general, if you are trained as an engineer in your BS/MS degree, it would be very difficult to switch to do research in physics.
I was trained as an ME, and almost double major in physics, so I will give you an ME example. In the standard undergraduate curriculum, you will take a thermodynamics course, but this course is no where near what a physicist is supposed to learn about thermo physics (statistical mechanics). The same apply to dynamics/mechanics. You are unlikely to learn classical mechanics. Other topics important to physicists, such as EM and quantum, etc., not a chance in ME.
I am not familiar with nuclear engineering curriculum though.
 

FAQ: MechE or Engineering physics for a future in the nuclear field

What is the difference between MechE and Engineering Physics?

MechE, or Mechanical Engineering, focuses on the design, development, and operation of mechanical systems such as engines, machines, and tools. Engineering Physics is a branch of physics that applies principles of physics to engineering problems. In terms of a future in the nuclear field, MechE would be more suitable for designing and maintaining nuclear power plants, while Engineering Physics would be more suitable for research and development of new nuclear technologies.

Which degree would be more beneficial for a career in the nuclear field?

Both MechE and Engineering Physics can lead to a successful career in the nuclear field. It ultimately depends on your specific interests and career goals. If you are interested in the design and maintenance of nuclear power plants, MechE would be a better choice. If you are interested in research and development of new nuclear technologies, Engineering Physics would be a better fit.

3. Are there any specific courses or concentrations that would be helpful for a career in the nuclear field?

Yes, both MechE and Engineering Physics offer courses and concentrations that would be beneficial for a future in the nuclear field. Some examples include nuclear power plant design, nuclear reactor physics, radiation detection and measurement, and nuclear materials science. It is important to research the specific courses and concentrations offered by your university to determine which would be most helpful for your career goals.

4. Are there any relevant internships or co-op opportunities in the nuclear field for MechE or Engineering Physics students?

Yes, there are many internships and co-op opportunities available for students in the nuclear field. Some examples include working at a nuclear power plant, a nuclear research facility, or a company that specializes in nuclear technology. It is important to actively seek out these opportunities and gain hands-on experience in the field.

5. What are the job prospects like for graduates with a degree in MechE or Engineering Physics in the nuclear field?

The job prospects for graduates with a degree in MechE or Engineering Physics in the nuclear field are very promising. As the demand for clean energy sources increases, there will be a growing need for professionals with expertise in nuclear technology. Graduates can expect to find job opportunities in nuclear power plants, research facilities, government agencies, and private companies.

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