Is a Mechanical Engineering Minor Beneficial for Aspiring Nuclear Physicists?

In summary, a student is seeking advice on how to pursue their interest in nuclear physics and energy while studying for a BS in physics. They are considering a minor in mechanical engineering, but are unsure if it will help them get into graduate schools with nuclear physics programs. Suggestions are made to potentially transfer to a different undergraduate school or switch to a university with the desired programs. It is also suggested to take courses in thermodynamics, fluid mechanics, and electromechanics, and to potentially look into an engineering physics program. It is mentioned that nuclear reactor theory can be taught in a graduate program. The student is also advised to look into European programs which may only require a BSc in physics.
  • #1
scikris
13
0
Hi all,
This is my first post on the physics forums boards, I have read a lot and appreciate everyones input on here!

I have a dilemma that I would like some advice on...
Currently I am a second year BS Physics major who is most interested in energy and nuclear physics. My physics department does not have many courses offered in either of these fields so I am also perusing a Mechanical Engineering minor.

Will my minor help me get into any graduate schools which have a nuclear physics program or am I wasting my time in these courses?

Would you suggest trying to transfer to a different undergrad school?

If not, how can I get the most out of my undergraduate education?

Thanks in advance for any responses,

Kris
 
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  • #2
sorry, I suppose this thread should be in Academic Advice, not Carer
 
  • #3
When you mention you are interested in energy, do you mean power generation?
 
  • #4
yes, I suppose that was not specific enough... I am very interested in nuclear power, both fussion and fission, but my school does not have much of either.
 
  • #5
Then you may consider nuclear engineering if your school has this program.
 
  • #6
My school does not have a nuclear engineering program either, they have 3 courses in nuclear engineering:

ME-461, Introduction to Nuclear Engineering
ME-460, Nuclear Reactor Engineering
ME-483, Special Topics: Reliability and Risk analysis for Nuclear Facilities - Methods and Applications; Safeguards and Security for Nuclear Facilities

Absolutely no Nuclear Physics, but some Radiochemistry...
 
  • #7
If you are sure nuclear engineering is the path you wish to pursue then I would suggest switching to a university that has the programs you want.
 
  • #8
I am more interested in the research aspect of nuclear power than the engineering aspect of it, can nuclear engineers do research?
 
  • #9
scikris said:
I am more interested in the research aspect of nuclear power than the engineering aspect of it, can nuclear engineers do research?
Yes, especially with a phD in nuclear engineering, you could look at the national labs.
 
  • #10
scikris said:
My school does not have a nuclear engineering program either, they have 3 courses in nuclear engineering:

ME-461, Introduction to Nuclear Engineering
ME-460, Nuclear Reactor Engineering
ME-483, Special Topics: Reliability and Risk analysis for Nuclear Facilities - Methods and Applications; Safeguards and Security for Nuclear Facilities

Absolutely no Nuclear Physics, but some Radiochemistry...
A BS in physics and mechanical enegineering minor should give one backgroud to go into a graduate NE program.

In ME one should should take courses in Thermodynamics and Fluid Mechanics, and if possible, Mechanics of Materials.

Also, take a couple of EE courses: Circuit Analysis and Electromechanics (Transformers, Generators, Motors).

One might look at an Engineering Physics program if one exists at one's university.

I would expect that Nuclear Physics would be taught in a Physics BS program.

The only thing that would seem to be missing is Nuclear Reactor Theory, which can be taught during an MS program if one has not already taken it. Undergraduate programs have a core course in Introduction to Nuclear Reactor Theory, which at some universities without an NE degree is taught in ME or Chem E. Graduate programs have a more advanced Nuclear Reactor Theory course.
 
  • #11
From pre-requisites I have seen for post-graduate masters programs in France and the US. Alot require a BEng in Nuclear Engineering. However there are a lot of programs across Europe which only require a BSc Physics.
 
  • #12
whitay said:
From pre-requisites I have seen for post-graduate masters programs in France and the US. Alot require a BEng in Nuclear Engineering. However there are a lot of programs across Europe which only require a BSc Physics.
The NE graduate program in which I participated accepted students with an BS degree in engineering or physics, but they usually had to take an introductory course in nuclear reactor physics.
 

FAQ: Is a Mechanical Engineering Minor Beneficial for Aspiring Nuclear Physicists?

What is the difference between physics and engineering?

Physics is a branch of science that deals with the study of matter, energy, and their interactions. It focuses on understanding the fundamental laws and principles that govern the universe. Engineering, on the other hand, uses scientific knowledge to design and create practical solutions to real-world problems.

Can someone with a physics degree work as an engineer?

While a physics degree may provide a strong foundation in scientific principles, it may not be enough for someone to work as an engineer. Engineering requires specialized knowledge and skills in a specific area, such as mechanical, electrical, or civil engineering. However, some physics majors may choose to pursue additional education or training in engineering to work in that field.

How does physics relate to engineering?

Physics plays a crucial role in engineering as it provides the fundamental principles and laws that govern the behavior of matter and energy. Engineers use this knowledge to design and create solutions to various problems, such as building bridges, designing electronics, or developing new technologies.

Is physics necessary for engineering?

While a strong foundation in physics is not always required for engineering, it is highly beneficial. Physics provides the fundamental understanding of how the world works, which is essential for solving complex engineering problems. Many engineering courses also include topics from physics, such as mechanics, thermodynamics, and electromagnetism.

Can engineering principles be used to explain physical phenomena?

Yes, engineering principles can be used to explain certain physical phenomena. Engineering is based on scientific principles and mathematical models, which can be used to understand and predict the behavior of physical systems. For example, the principles of fluid mechanics can be used to explain the movement of fluids in pipes and the flow of air over an airplane wing.

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