Masters in Nuclear Engineering

In summary, the person is currently studying at a school that does not offer nuclear engineering but has a strong interest in it. They are considering transferring to a school that offers it but are unable to due to scholarship restrictions. They are wondering if any of their current engineering disciplines (chemical, mechanical, or computer) are closely related enough to pursue nuclear engineering in graduate school. The other person in the conversation suggests that it is not necessary to major in nuclear engineering for graduate school and that they should choose a major that they find interesting and enjoyable. They also recommend reaching out to potential graduate schools for more information.
  • #1
lax1113
179
0
Hey guys,
I am currently at a school that only offers chemical/mech/computer/civil/electrical engineering, however, I have a great interest in nuclear. I have been reading books/articles on nuclear energy and find the whole prospect to be very interesting. I know that being a freshmen my best bet would probably be to transfer to a school with nuclear engineering, unfortunately, that doesn't seem like an option right now (scholarship money here). Are any of these disciplines close enough to nuc E that I could go to grad school for it? I am currently on the chemical track, but am also interested in mechanical. I really am not sure which of the 3 (chem/nuc/mech) I would want to do, but hell, before taking advanced technical courses who really knows which field they want to be in? Could either of these lead into working with nuclear energy? I could see both chem and mechanical being involved, just not sure how much.
 
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  • #2
Of course. It will obviously depend on the grad school, but you don't have to major in Nuke to go to grad school for Nuke. Especially since you want to stay in engineering, its probably not going to matter which one you pick.

It doesn't have to be 'close'. If you are worried about it, figure out where you might like to go to grad school and start emailing people. Otherwise just pick a major that seems like it will be interesting and fun.

Undergrad is supposed to be fun, then you either go to work, or go to grad school and get serious.
 
  • #3


Hi there,

It's great to hear that you have a strong interest in nuclear engineering! While your current school may not offer a specific nuclear engineering program, there are definitely ways for you to pursue this field in your academic and professional career.

Firstly, I would suggest reaching out to your school's engineering department and seeing if they offer any courses related to nuclear energy or have any faculty members with expertise in this area. Taking these courses or working with these professors could give you a good foundation in nuclear engineering principles and help you decide if it's the right field for you.

In terms of your undergraduate degree, chemical engineering would likely be the most closely related to nuclear engineering, as it involves the study of chemical reactions and processes, which are essential in nuclear power generation. However, mechanical engineering also has some overlap with nuclear engineering, particularly in areas like thermal and fluid mechanics.

If you do decide to pursue a masters in nuclear engineering, having an undergraduate degree in either chemical or mechanical engineering would certainly be beneficial. However, it is also possible to enter a nuclear engineering program with a different engineering background, as long as you have a strong foundation in math, physics, and other related subjects.

In terms of working in the nuclear energy field, both chemical and mechanical engineering can lead to careers in this area. Chemical engineers may work on designing and optimizing nuclear reactors, while mechanical engineers may focus on the design and maintenance of the mechanical systems within a nuclear power plant.

Ultimately, the best way to determine which field is right for you is to continue exploring and learning about nuclear engineering, and gaining hands-on experience through internships or research opportunities. I wish you the best of luck in your academic and professional pursuits!
 

FAQ: Masters in Nuclear Engineering

What is a Masters in Nuclear Engineering?

A Masters in Nuclear Engineering is a graduate degree program that focuses on the application of nuclear science and technology in various fields, including energy production, medical imaging, and nuclear waste management. It typically requires two years of full-time study and involves coursework, research, and a thesis or project.

What are the admission requirements for a Masters in Nuclear Engineering?

The specific admission requirements may vary among universities, but generally, applicants must have a bachelor's degree in engineering, physics, or a related field. They may also need to submit GRE scores, letters of recommendation, and a statement of purpose. Some programs may require prerequisites in math, physics, and chemistry.

What can I do with a Masters in Nuclear Engineering?

A Masters in Nuclear Engineering can lead to various career opportunities in the nuclear industry, such as nuclear power plant operations, nuclear waste management, and nuclear research and development. Graduates may also work in other industries that use nuclear technology, such as healthcare, defense, and environmental protection.

What skills will I gain from a Masters in Nuclear Engineering?

A Masters in Nuclear Engineering will provide you with a strong foundation in nuclear science and engineering principles, as well as practical skills in designing, operating, and maintaining nuclear systems. You will also develop critical thinking, problem-solving, and project management skills, which are highly valued in the industry.

Are there any job opportunities for Masters in Nuclear Engineering graduates?

There is a growing demand for professionals with a background in nuclear engineering, especially in the areas of nuclear power, nuclear waste management, and nuclear research and development. Graduates may also find employment in other industries that use nuclear technology, such as healthcare, defense, and environmental protection.

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