Choice between three elective courses

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SUMMARY

The discussion revolves around the choice of elective courses following the cancellation of "Numerical Methods." The options presented are "Computational Fluid Dynamics" and "Multivariate Statistics," each worth 5 ECTS points. The participant expresses a preference for Computational Fluid Dynamics due to its engaging nature and relevance to their background in Electronics Engineering and ongoing Master of Engineering in Physics and Nanotechnology. The decision ultimately hinges on future career aspirations in nanotechnology research and the integration of programming and mathematics in their studies.

PREREQUISITES
  • Understanding of Computational Fluid Dynamics principles, including Navier-Stokes equations.
  • Familiarity with Multivariate Data Analysis techniques.
  • Basic knowledge of ECTS (European Credit Transfer and Accumulation System) grading system.
  • Experience in programming, particularly in applications related to engineering and research.
NEXT STEPS
  • Research "Computational Fluid Dynamics" simulation techniques and software tools.
  • Explore "Multivariate Statistics" applications in engineering and nanotechnology.
  • Investigate career paths in "Nanotechnology Research" and related fields.
  • Learn about "Biophysics" and its relevance to future studies and career opportunities.
USEFUL FOR

Students in engineering and physics disciplines, particularly those interested in nanotechnology research, programming, and data analysis methodologies.

Runei
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Hello everyone,

I just received a mail from my university that the planned course "Numerical Methods" has been canceled due to lack of teaching resources. Instead we are offered one of three electice courses and I am not sure what to choose.

Perhaps the combined knowledge and experience of PF will enlighten me :)

The possibilities are (all are 5 ECTS points for those of you who know what that means):
  • Computational Fluid Dynamics
    • General terms, Navier-Stokes derivation, Boundary of turbulent and laminar flows, Numerical methods and choice of discretization-schemes, general turbulens models, CFD simulation, theory behind fluid kinematics
  • Multivariat Statistics
    • -- http://www.sdu.dk/om_sdu/fakulteterne/teknik/ledelse_administration/administration/studieordninger_a/datatek_civkand/moduler_e15 --
  • Multivariat Data-anaylsis and Chemometrics
Thanks for any tips you can give :)
 
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I'm always a bit biased towards computational fluid dynamics, one of the most fun courses I've ever taken. However, it really depends what you plan to do in the future. Graduate studies? If so, in what? Industry? Programming? Experimental wrk?
 
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Dishsoap said:
I'm always a bit biased towards computational fluid dynamics, one of the most fun courses I've ever taken. However, it really depends what you plan to do in the future. Graduate studies? If so, in what? Industry? Programming? Experimental wrk?

Ah yes, I forgot to tell a bit about myself :) Well I have a bachelors degree in Electronics Engineering and right now I'm doing Master of Engineering in Physics and Nanotechnology. I've had contact with spectroscopy, optics, nanophysics and sensor technology in particular.

Right now I imagine myself heading toward some sort of work with nanotechnology research in one form or the other. I was imagining taking an elective in Biophysics later... I enjoy programming a lot, and I'm currently working at a company as an engineer where I do electronics development and software programming (in a completely other field however), but I'd love to use programming and mathematics in research studies in the future.
 

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