Need study advice before starting a Masters program in Nuclear Engineering

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SUMMARY

The discussion centers on preparing for a Master's program in Nuclear Engineering, specifically addressing the need for a review of essential math and physics topics. Participants emphasize the importance of understanding core subjects such as differential equations, thermodynamics, and quantum mechanics. They recommend reviewing the syllabus of specific Nuclear Engineering programs to identify key areas of focus. Engaging with foundational concepts will ensure a smoother transition into advanced studies.

PREREQUISITES
  • Differential equations
  • Thermodynamics
  • Quantum mechanics
  • Nuclear physics fundamentals
NEXT STEPS
  • Review the syllabus of various Nuclear Engineering Master's programs
  • Study advanced differential equations techniques
  • Explore thermodynamics applications in nuclear systems
  • Understand quantum mechanics principles relevant to nuclear engineering
USEFUL FOR

Prospective Master's students in Nuclear Engineering, educators in physics and mathematics, and professionals seeking to refresh their knowledge in preparation for advanced studies.

badvot
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Hey everyone,

I’m starting my masters in nuclear engineering in about 6 months. The thing is I graduated six years ago, so I’m a bit rusty(more than a bit actually), so I’d appreciate any advice on which math and physics topics I should review to be ready for the program.
 
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What is the syllabus for your NE program classes? That's the starting point for figuring out what you need to review...
 

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