- #1
maverick_starstrider
- 1,119
- 6
Hi All,
I'm finishing up my PhD in Computational Condensed Matter. I've worked almost exclusively in spin systems using things like Monte Carlo and Exact Diagonalization. However, my specialty is in producing high-quality, high-performance, often parallel research codes (i.e. none of my codes have used other libraries, they're all written by me and probably internationally competitive for the exact esoteric problem I was working on). I've also had 3 industry co-op jobs utilizing a variety of numerical techniques.
So long story short I'm a condensed matterist with a pretty decent and robust background in computational theory and HPC (high-performance computing).
I'm now doing the job hunt and what I'd like to do, in a perfect world, is do simulation/numerical work on sort of nanoelectronic devices such as spintronics, graphene, crazy heterojunctions, etc. However, I'm starting to get the impression that most of this industry or near-industry postdoc work is using DFT (Density Functional Theory) and seems to just be done using available open source software libraries.
I have no experimental skills and I don't know how attractive my HPC background would look if these groups are just using some black box libraries.
Do you guys think these sorts of jobs are a slim chance for me?
I'm finishing up my PhD in Computational Condensed Matter. I've worked almost exclusively in spin systems using things like Monte Carlo and Exact Diagonalization. However, my specialty is in producing high-quality, high-performance, often parallel research codes (i.e. none of my codes have used other libraries, they're all written by me and probably internationally competitive for the exact esoteric problem I was working on). I've also had 3 industry co-op jobs utilizing a variety of numerical techniques.
So long story short I'm a condensed matterist with a pretty decent and robust background in computational theory and HPC (high-performance computing).
I'm now doing the job hunt and what I'd like to do, in a perfect world, is do simulation/numerical work on sort of nanoelectronic devices such as spintronics, graphene, crazy heterojunctions, etc. However, I'm starting to get the impression that most of this industry or near-industry postdoc work is using DFT (Density Functional Theory) and seems to just be done using available open source software libraries.
I have no experimental skills and I don't know how attractive my HPC background would look if these groups are just using some black box libraries.
Do you guys think these sorts of jobs are a slim chance for me?
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