Preparation for grad school - nonlinear systems

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SUMMARY

This discussion focuses on preparing for graduate studies in nonlinear systems and chaos, particularly from a biological engineering perspective. Key recommendations include studying differential equations (DEs) and partial differential equations (PDEs) at advanced levels, and exploring computational approaches to neural networks. Additionally, the discussion highlights the importance of understanding difference equations for modeling animal populations, especially in fisheries management. Engaging with prospective graduate schools and researching faculty backgrounds is essential for aligning educational paths with specific research interests.

PREREQUISITES
  • Advanced knowledge of differential equations (DEs) and partial differential equations (PDEs)
  • Understanding of difference equations for discrete time modeling
  • Familiarity with computational methods in neural networks
  • Basic principles of biological systems and their mathematical modeling
NEXT STEPS
  • Study advanced differential equations (DEs) and partial differential equations (PDEs)
  • Research computational approaches to neural networks in computer science
  • Explore difference equations and their applications in fisheries management
  • Investigate graduate programs focusing on nonlinear systems and chaos
USEFUL FOR

This discussion is beneficial for biological engineering students, aspiring graduate students in nonlinear systems, and researchers interested in the intersection of biology and mathematics.

jbrussell93
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Lately I have been reading about nonlinear systems and chaos. It's fascinating and I would like to know more about how I could prepare myself to possibly study this in grad school. I would be interested in looking at biological systems such as neural networks or even animal populations. I'm a biological engineering major minoring in math, but:

- what extra math would I need to be prepared for graduate study?

- how does research in nonlinear systems/chaos differ between disciplines (math, physics, engineering)?

- is there room for bioengineers in the field or should I consider switching to something more obvious like math?
 
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Hey jbrussell93.

The first suggestion would have to be to study DE's and PDE's at the highest levels that you can.

For neural networks you might want to get a computer science or computational perspective for this and read about it in this context. It won't obviously be the same as studying neuro-biology, but I think at some level it will be helpful to gain a kind of intuitive sense in one regard.

In terms of animal populations, one suggestion I have is to look into the managing of Fisheries: there are models that are based on difference equations (kind of the analog of DE's for discrete time movements) which are easy to follow (more so than the complex calculus varieties) and are still practical and useful.

Ultimately though, it's always a good idea to contact the school you are interested in for specifics, and it may help to look at the backgrounds of people in particular departments to get ideas of such things as well.
 
My suggestion would be to investigate what grad schools are doing research in the area you're interested in and/or a professor who's research interests you, and see what kind of background that grad program requires for acceptance.
 

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