Which elective is the better choice for a fluid-focused ME graduate student?

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SUMMARY

The discussion centers on a Mechanical Engineering (ME) graduate student's choice between two electives: Nonlinear Control Systems and Advanced Heat Transfer. The consensus strongly favors enrolling in Advanced Heat Transfer, especially for students concentrating in fluids, as it directly relates to their field of study. The student ultimately decided to take the Heat Transfer class, indicating a preference for courses that align closely with their concentration.

PREREQUISITES
  • Understanding of Mechanical Engineering principles
  • Familiarity with fluid dynamics concepts
  • Basic knowledge of control systems
  • Introduction to heat transfer fundamentals
NEXT STEPS
  • Explore Advanced Heat Transfer techniques and applications
  • Research the principles of Nonlinear Control Systems
  • Study the relationship between fluid dynamics and heat transfer
  • Investigate career paths that integrate fluids and control systems
USEFUL FOR

Mechanical Engineering graduate students, particularly those specializing in fluid dynamics, and anyone considering elective courses that enhance their understanding of heat transfer and control systems.

johnnyTransform
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Hi all,

I'm a ME graduate student concentrating in fluids and I'm trying to decide between two electives. The two I'm looking at are Nonlinear Control Systems or Advanced Heat Transfer. Nonlinear controls looks interesting, but I'm not sure how it could tie in with fluids...as opposed to heat transfer which obviously has its cross-over, but looks much drier. I have yet to take a heat transfer course in graduate school, whereas I did take a nonlinear dynamics class last semester. Any input is appreciated!
 
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johnnyTransform said:
Hi all,

I'm a ME graduate student concentrating in fluids and I'm trying to decide between two electives. The two I'm looking at are Nonlinear Control Systems or Advanced Heat Transfer. Nonlinear controls looks interesting, but I'm not sure how it could tie in with fluids...as opposed to heat transfer which obviously has its cross-over, but looks much drier. I have yet to take a heat transfer course in graduate school, whereas I did take a nonlinear dynamics class last semester. Any input is appreciated!
Take the heat transfer class, unless you want to switch your ME concentration from fluids to controls.
 
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Short and to the point--very good! Thanks. I went with the Heat Transfer class =)
 
Good luck with it.
 

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