Can I Pursue a Part-Time Nuclear Engineering Graduate Degree at 44?

In summary, the conversation discusses the possibility of pursuing a graduate degree in nuclear engineering, with a possible double in physics, for someone with a double BS in math and physics. It is mentioned that with a physics background, it should not be difficult to pursue a nuclear engineering degree, but there may be a need to brush up on certain topics such as first order differential rate equations and reactor physics. It is also noted that age and work constraints may play a role in how difficult it is to pursue the degree. The conversation also mentions the GRE requirements for a graduate program in nuclear engineering.
  • #1
daveb
549
2
As I learn more and more about health physics I lean more and more towards wanting to get a graduate degree (M.Sc.) in nuclear engineering, with a possible double in physics (OSU offers this). How difficult is it for a person with a double BS in math and physics to "catch up" as it were and pursue a nuclear engineering graduate degree?
Now how difficult is it for a 44 year old to do this who needs to pursue this part itme (due to work constraints)?
 
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  • #2
Which OSU?

I graduated a few years ago from OSU-west (Oregon State) in Physics with a minor in math. Pretty standard fare physics curriculum with some emphasis on QM and Particle Physics. Now I'm working in a government lab effectively as a nuclear engineer.

I'd say that it shouldn't be too hard to pursue a Nuc. Eng. degree with a physics background. You might need to brush up on first order differential rate equations, but most of it would be nomenclature with the various reactions that can take place.

As for how easy it is to do and balance work, that probably depends on the school. I'm wrestling with that in trying to get a graduate degree in Physics out here.

Hope this helps.
 
  • #3
One of my physics professors had an undergrad in physics, then went onto a masters in nuclear engineering. THEN, went back for a ph.d in astro/plasma physics. I think your plan is definitely possible.
 
  • #4
daveb said:
As I learn more and more about health physics I lean more and more towards wanting to get a graduate degree (M.Sc.) in nuclear engineering, with a possible double in physics (OSU offers this). How difficult is it for a person with a double BS in math and physics to "catch up" as it were and pursue a nuclear engineering graduate degree?
Now how difficult is it for a 44 year old to do this who needs to pursue this part itme (due to work constraints)?
I think an MS in NE would be feasible. One however might have to look at the requirements on reactor physics, which is usually a core course for most, if not all NE degrees. If one has had no exposure to reactor physics (neutron diffusion and transport theory), then one might need to take those particular undergrad courses.

With a physics background and a good grasp of nuclear physics, it should not be difficult. :cool:
 
  • #5
I'm a bit curious about this. To be accepted into a graduate program in NucE with a degree in physics, which GRE would you have to take?
 
  • #6
This is Ohio State (Columbus). My undergrad physics was the standard sequence at UCLA (Mech/Stat Mech, EM, QM), but for the upper division physics electives I ended up concentrating on mathematical physics (took graduate GR and a graduate mathematical physics, and they counted PDE and ODE from my math curriculum as physics electives). Most of the radiation and particle physics I know comes from learning on the job.
As for the GRE, they want the general GRE (not the physics). It's been 3 years since I've been out of school, so taking the GRE physics would take a bit of prep on my part.
 

FAQ: Can I Pursue a Part-Time Nuclear Engineering Graduate Degree at 44?

What is the difference between physics and nuclear engineering?

Physics is the branch of science that deals with the study of matter, energy, and their interactions. It is a broad field that encompasses various subfields such as mechanics, thermodynamics, electromagnetism, and optics. On the other hand, nuclear engineering is a specialized field that focuses on the application of nuclear processes and technology in various industries such as energy production, medicine, and defense.

How does knowledge of physics contribute to nuclear engineering?

Physics provides the fundamental understanding of the laws and principles governing the behavior of matter and energy. This knowledge is essential in designing and operating nuclear reactors, as well as in developing new technologies for nuclear applications. Understanding the principles of nuclear physics is crucial in ensuring the safety, efficiency, and sustainability of nuclear processes.

What are the main applications of nuclear engineering?

Nuclear engineering has a wide range of applications, including electricity generation, nuclear medicine, and nuclear weapons. Nuclear power plants use nuclear reactions to produce electricity, while nuclear medicine utilizes radioactive materials for diagnosis and treatment of diseases. Nuclear weapons use nuclear reactions to release a tremendous amount of energy for destructive purposes.

What are the potential risks and benefits of nuclear engineering?

The main benefit of nuclear engineering is the production of large amounts of electricity with minimal carbon emissions, making it a potential solution for addressing climate change. Nuclear medicine also has numerous benefits in the diagnosis and treatment of diseases. However, there are also risks associated with nuclear engineering, such as the potential for accidents and the management of nuclear waste. These risks must be carefully managed to ensure the safety of the public and the environment.

What are the current developments in nuclear engineering?

Nuclear engineering is a rapidly evolving field, with ongoing research and development in areas such as advanced reactor designs, fusion energy, and nuclear waste management. There is also a growing focus on incorporating renewable energy sources, such as wind and solar, with nuclear power to create a more sustainable energy mix. Additionally, advancements in nuclear medicine continue to improve the accuracy and effectiveness of treatments for various diseases.

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