Which MSE Minor Concentration is Best for an NE Major?

In summary, when deciding between a ceramics or metals emphasis for a materials science minor as a NE major, it's important to consider personal interests and career goals. Both ceramics and metals are important materials in nuclear engineering, but if you have a specific interest or want to complement your NE major courses, that could guide your decision. Additionally, while polymers may not be directly related to nuclear engineering, they are still an important material to have knowledge of. It may be helpful to speak with an advisor or upperclassmen in the NE department for more specific guidance.
  • #1
Cumberland
17
1
For an NE major, would a ceramics or metals emphasis be a better choice for a materials science minor? I don't start upper level NE courses until next semester, but I've already taken the prerequisite MSE intro course and want to enroll in an upper level MSE course also.

I'm assuming polymers are out of the question.
 
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  • #2
One would probably want to do ceramics and metals, since there are applications for ceramics and metal alloys in a variety of nuclear applications. Nuclear power reactors are just one of many applications. There are many applications for neutrons and gamma radiation.

I wouldn't discount polymers. We often see emerging technologies when we learn something new or better understand the science/physics.

One important area of development these days is computational materials science/engineering in conjunction with computational multiphysics. A radiation field just adds one more layer of complexity to what would otherwise be a conventional (non-nuclear) multiphysics problem.
 
  • #3


It ultimately depends on your personal interests and career goals. Both ceramics and metals are important materials in the field of nuclear engineering, so either emphasis could be a good choice. However, if you have a specific interest in one over the other, that could help guide your decision. Additionally, consider which emphasis may complement your NE major courses better and provide a well-rounded understanding of materials science. As for polymers, while they may not be directly related to nuclear engineering, they are still an important material to have knowledge of, so it could be worth considering as well. Ultimately, I would recommend talking to an advisor or upperclassmen in the NE department for more specific guidance. Good luck with your decision!
 

Related to Which MSE Minor Concentration is Best for an NE Major?

What is an MSE Minor Concentration?

An MSE Minor Concentration refers to a specific area of study within the field of Materials Science and Engineering. It is a set of courses and requirements that students can choose to complete in addition to their major in order to gain a deeper understanding and expertise in a specific aspect of materials science.

What are the benefits of pursuing an MSE Minor Concentration?

There are several benefits to pursuing an MSE Minor Concentration. It allows students to gain specialized knowledge and skills in a specific area of materials science, which can make them more competitive in the job market. It also provides an opportunity for students to explore their interests and potentially discover new passions within the field.

Can any major pursue an MSE Minor Concentration?

Yes, typically any major within the field of engineering or science can pursue an MSE Minor Concentration. However, it is always best to check with your university or department to see if there are any specific requirements or restrictions.

How many credits are required for an MSE Minor Concentration?

The number of credits required for an MSE Minor Concentration may vary depending on the university and program. Typically, it ranges from 15-18 credits. Again, it is important to check with your university or department for specific requirements.

What are some common areas of focus for an MSE Minor Concentration?

Some common areas of focus for an MSE Minor Concentration include biomaterials, electronic materials, polymers, and nanomaterials. However, there may be specific concentrations offered by different universities, so it is best to research and see what options are available for you.

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