Which MSE Minor Concentration is Best for an NE Major?

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SUMMARY

For Nuclear Engineering (NE) majors, pursuing a materials science minor with an emphasis on ceramics or metals is highly advantageous due to their applications in nuclear power reactors and radiation environments. While polymers are often overlooked, they should not be discounted as emerging technologies can provide significant insights. Additionally, the integration of computational materials science and multiphysics is crucial for addressing the complexities introduced by radiation fields in engineering problems.

PREREQUISITES
  • Understanding of materials science fundamentals
  • Familiarity with nuclear engineering principles
  • Knowledge of computational materials science
  • Basic concepts of multiphysics simulations
NEXT STEPS
  • Research applications of ceramics and metals in nuclear engineering
  • Explore the role of polymers in emerging technologies within materials science
  • Study computational materials science techniques and tools
  • Investigate multiphysics simulation methods relevant to radiation fields
USEFUL FOR

Nuclear Engineering students, materials science researchers, and professionals interested in the intersection of materials science and nuclear applications.

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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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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.
 

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