How Do Experimentalists Market Themselves?

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Discussion Overview

The discussion revolves around how experimental physicists market themselves to potential employers, particularly in the context of transitioning from academic research experiences to industry roles. Participants explore the skills and experiences that are valuable in resumes and job applications, as well as the types of jobs available to experimentalists.

Discussion Character

  • Exploratory
  • Debate/contested
  • Technical explanation

Main Points Raised

  • One participant inquires about how experimentalists can effectively present their skills on resumes, particularly when considering a shift from hands-on projects to learning programming languages like UNIX and IDL.
  • Another participant shares their experience of successfully marketing specific experimental skills such as surface tension measurements and optical spectroscopy to secure employment.
  • A participant involved in particle astrophysics expresses curiosity about industry job opportunities related to their skills in C++ programming and electronics, while also indicating a willingness to accept various types of jobs.
  • One contributor emphasizes the importance of demonstrating the ability to collaborate with engineers, highlighting skills in tolerancing, error analysis, and coordinating with various engineering disciplines as crucial for industry roles.
  • This participant also notes that physicists should present themselves as 'engineer +' to show they can perform engineering tasks alongside their physics expertise.

Areas of Agreement / Disagreement

Participants express various viewpoints on the skills necessary for marketing oneself as an experimental physicist, with no consensus on a singular approach or set of skills. The discussion remains open-ended regarding the best strategies for transitioning into industry roles.

Contextual Notes

Some participants mention specific skills and experiences without detailing the assumptions or contexts in which these skills are applicable. There is also a lack of clarity on the specific types of industry jobs available for experimental physicists.

Who May Find This Useful

This discussion may be useful for experimental physicists considering careers in industry, particularly those looking to understand how to effectively present their skills and experiences to potential employers.

Patrick_Nth
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As the topic asks, I'm wondering how experimentalists (specifically in Physics) market themselves to potential employers. I can see some theory/computational people listing programming skills on their resume if they've worked with simulations or modeling, but I want to know what experimentalists would try to do.

I ask this because I am doing an REU right now (at a company, not a univ.) and I have the option of switching projects from a fairly hands-on optics one to a project where I'll be able to learn UNIX and IDL (neither of which I know very well yet). I realize this REU won't decide my entire career path, but I'm curious about how would I talk about experimental skills on a resume.
 
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I parlayed my experience into employment by listing the specific experimental skills I had: surface tension measurements, optical spectroscopy and metrology, imaging, polarimetry, etc.
 
Good question. I too would like to know other people's answers. Personally I'm an experimentalist in particle astrophysics. I do a lot of C++ programming (well ROOT, same thing), and I do a fair bit of electronics. I'm wondering what kind of industry jobs would be available to me with this sort of experience. I know I could work for Wall Street. But while I'll take any job I can get (burger flipping included, if necessary), I'd prefer a job that involves doing actual physics.

Anyone have any suggestions?
 
In order to work in industry, as a physicist, you *must* demonstrate that you can work with engineers. For example, you *must* demonstrate that you have some understanding of tolerancing (in its many forms), error analysis, designing test procedures, and can direct technicians in the manufacture of various components.

Personally, my jobs in industry depended a lot on my ability to coordinate mech Es, EEs, thermal engineers, etc. Not to direct their work, but to ensure their work resulted in a product that met specifications.

In industry- manufacturing industry- physicists must be able to convince management that they are like an 'engineer +'. That is, they can perform some engineering duties, PLUS other value-added tasks.
 

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