A nuclear engineering course as a substitute for nuclear physics?

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SUMMARY

The discussion centers on the potential of taking EME 5283 - Elements of Nuclear Engineering as an alternative to PHY 4823 - Nuclear Physics for students interested in nuclear concepts. EME 5283 covers nuclear energy, radioactivity, shielding, and heat transfer, while PHY 4823 focuses on nuclear structure, radiation, and detection. There is a noted overlap in topics such as nuclear physics and radiation, but the depth of coverage varies. Students unable to enroll in PHY 4823 are advised to consider EME 5283 for foundational knowledge in nuclear engineering.

PREREQUISITES
  • Basic understanding of nuclear physics concepts
  • Familiarity with radiation types and detection methods
  • Knowledge of thermal reactor design principles
  • Awareness of biological hazards related to nuclear energy
NEXT STEPS
  • Research the detailed syllabus for EME 5283 - Elements of Nuclear Engineering
  • Explore the curriculum of PHY 4823 - Nuclear Physics for comparison
  • Investigate the principles of radiation detection techniques
  • Learn about the design and operation of thermal reactors
USEFUL FOR

Students in electrical engineering and physics, particularly those seeking foundational knowledge in nuclear concepts without taking a dedicated nuclear physics course.

leright
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a nuclear engineering course as a substitute for nuclear physics??

I am a dual major in electrical engineering and physics and I missed my shot at taking nuclear physics, and likely will never get the chance to take it again. It isn't required for my degree but I still want to know something about nuclear physics. It seems a nuclear engineering course is being offered in the spring and I thought it may be a good alternative for nuclear engineering. I was wondering if someone in the know could look over the two courses for me and tell me if they overlap somewhat in their curricula.

EME 5283 - Elements of Nuclear Engineering
An introduction to nuclear energy. The relevant aspects of nuclear physics, radioactivity, shielding, heat transfer and fluid flow are reviewed and applied to the design of large thermal reactors. Biological hazards, waste disposal and fast breeders are discussed.
3.000 Credit Hours
3.000 Lecture hours

PHY 4823 - Nuclear Physics
Discussion of nuclear structure, radiation, radiation detection, theoretical nuclear models and elementary particles. Lecture 3 hrs.

If the elements of nuclear engineering course seems worthwhile I may take it next semester.
 
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There is probably some overlap, but without detailed syllabi for each course, it is difficult to tell.

The overlap is likely between "nuclear physics, radioactivity, shielding." and "nuclear structure, radiation, radiation detection."

How much overlap will depend upon how much time is devoted to the "nuclear physics/radiation" topics in the NE course.

I did both modern/nuclear physics in the Physics Department and Nuclear Engineering Departments at university. It was somewhat redundant with respect to radiation and radiation interactions, but the Physics Department course got more in the theory of nuclear structure and more into particle physics beyond simply the alpha, beta (positron) and gamma radiation.

If you can't do PHY 4823 - Nuclear Physics, but still want some exposure, take the EME 5283 - Elements of Nuclear Engineering, otherwise, wait until grad school and take the Nuclear Physics.
 

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