## Take partial differential equations or not

Hi,

I'm an undergrad student on Mechanical Engineer, right now I am taking my last math class in my curriculum, Numerical Analysis. I was thinking of taking the partial differential equations class, that is not in my curriculum, to improve my math skills and knowledge.

But my question is How important is partial differential equations on mechanical engineering? and there is a big different between ordinary and partial differential equations?

People, what do you recommend?

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 pdes are very important everywhere. take it
 I am an undergraduate mechanical engineer as well, who decided to take the two course PDE sequence at my school. I think it'd be wise if you're going to grad school, but would be extraneous if you're going into industry.

## Take partial differential equations or not

 Quote by ekrim I am an undergraduate mechanical engineer as well, who decided to take the two course PDE sequence at my school. I think it'd be wise if you're going to grad school, but would be extraneous if you're going into industry.
Yes, I will be going to grad school. I think I will take the course.

 Recognitions: Homework Help Science Advisor i wish i had taken it.
 Would this apply to EE's? (that are not going to grad school for EE)?
 every EE and ME student should accept the enjoyable torment of PDE.
 Recognitions: Homework Help Science Advisor the 3 fundamental pdes are: the wave equation, the heat equation, and laplaces equation. do any of these topics sound important to your field?

 Quote by mathwonk the 3 fundamental pdes are: the wave equation, the heat equation, and laplaces equation. do any of these topics sound important to your field?
How about fourier series?

The pdes course is mixed with fourier series.

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 Quote by ekrim I am an undergraduate mechanical engineer as well, who decided to take the two course PDE sequence at my school. I think it'd be wise if you're going to grad school, but would be extraneous if you're going into industry.
How can you say that PDE's are extraneous if going ito industry???? I am in industry and I use them every day.

 Quote by Dr Transport How can you say that PDE's are extraneous if going ito industry???? I am in industry and I use them every day.
Well, at least for entry level engineering jobs and less research oriented engineering jobs (which most engineers with BS degrees and many with MS degrees would hold) do not extensively require advanced mathematics, as most highly computational tasks are done with a computer program. This is just my observation from my limited experience.

However, understanding PDEs and other more advanced mathematical topics are essential to understanding many engineering and physical concepts. For this reason, knowing PDEs is essential.

 Quote by user101 Would this apply to EE's? (that are not going to grad school for EE)?
Fourier analysis and PDEs are ubiquitous in any electrical engineering curriculum and are essential for understanding many EE concepts.

 Quote by Dr Transport How can you say that PDE's are extraneous if going ito industry???? I am in industry and I use them every day.
Sorry, I was just referring to the average out-of-college job, where all the necessary information on PDE's would be learned in your mechanical engineering classes.

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