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Reminds me of Julia's Pkg manager and the way Julia packages are managed (also with a .toml file). That's the way to go!


Cool idea! Thanks for the hint, I would have not thought of that.


I think cross-specializing with physics of energy might be quite cool. Then I could work on problems such as, e.g.,

- optimizing the placement of wind turbines to maximize energy capture

- determining the optimal size and type of solar panels for a given area.


Absolutely, I can see how that could be effective. The jobs may lean toward electrical experience. Power engineering is a subfield of electrical and may be relevant. I looked into it once for myself, seemed like a good fit.

Another field of tools that I'm looking at are the Geospatial ones. Being able to work with mapping software/data always felt like a good mix to me.

What tools are they teaching now? I studied on like AMPL for linear/nonlin prog, ARENA for sims, Matlab for general but it's been a while.


yes, geospatial could be interesting. The tools depend on what the university / lecturer prefers, for me it was Julia for programming in math courses, JuMP.jl for optimization modeling, Python for ML courses.


Thanks for the comment!


thanks


Probably the most elegant math book I have ever seen is Probabilty theory a graduate course by Achim Klenke. A very nice exposition into the abstract, measure theoretic prob. thoery (but it assumes some prior knowledge).


If you are into numerical optimization, a nice source of intersting problems and examples (that e.g. contradict the intuition) can be found in

Mathematical Tapas: Volume 1 and Vol. 2.


Intersting comment, but I think there might be fluctuations around a growing overall demand.


Would Rust be worth learning for implementing (numerical) optimization algorithms?


well said, thx for your comment


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