Can an EE Major Help Prevent Nuclear Terrorism?

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An Electrical Engineering (EE) major interested in national security can pursue various career paths focused on preventing terrorism, particularly nuclear threats. Key areas of interest include developing advanced sensing technologies capable of detecting harmful substances like gamma rays and chemicals. Potential employers range from government agencies such as the FBI, CIA, and Department of Defense to national laboratories like Los Alamos and Lawrence Livermore. Advanced degrees (M.S. or Ph.D.) can enhance job prospects in nuclear detection technology, including airborne sensors that could identify enriched uranium in urban environments. The Defense Nuclear Facilities Safety Board, Nuclear Regulatory Commission, and Defense Threat Reduction Agency are also relevant organizations to consider. While many positions may require higher qualifications, there are entry-level opportunities available through platforms like usajobs.com. The discussion highlights the importance of ongoing technological development in nuclear detection and the competitive landscape of contractors in this field.
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I'm an EE major and I kind of want to go into a job where my skills can be used to make this country safer against terrorism. I understand that the risk of terrorism is small, but the consequences of a chemical, biological, or radiological strike would be unspeakable. I want to prevent such nightmarish scenarios.

So what could I do for a career? I mentioned sensing. Would that be a good career choice? Developing sensors that can pick up on gamma rays or use spectroscopy to detect harmful chemicals before they're released sounds pretty good.

I especially want to work to prevent nuclear terrorism. So what could an EE major do? What technologies are being developed? What about airborne or space-based sensor systems?
 
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There's all kinds of options- the FBI, National Labs, Military labs... get thee to your career office and inquire.
 
Another possible route might be to consider working for the International Atomic Energy Agency who are related to the UN, its not such a direct path to your own national security, but is still very important work, for the world as a whole.
 
You could always sign up for the terrorist groups, then sabotage them from the inside...
 
The CIA,NSA,DoD..etc. has a very high demand for engineers.

You could get a M.S or Ph.D and get some work at say LANL or LLNL.
 
Just out of curiosity, does anyone here know what developments are being made in nuclear detection technology? Is there anything like, say, an airborne sensor that can detect the tiniest amount of highly enriched uranium, even if its shielded behind a large amount of lead, in a bustling metropolis like NYC from thousands of feet in the air? Are any developments being made towards that kind of technology?
 
I would be remiss in pointing out that the armed services would be delighted to have you.
 
Government-wise, look into the Defense Nuclear Facilities Safety Board, the Nuclear Regulatory Commission, and (especially) the Defense Threat Reduction Agency; you should just list all their open positions on usajobs.com and see what the generic engineering jobs look like. DHS also has a Nuclear Detection Office, and State I believe has a counterproliferation office, but most things there aren't entry-level. The Homeland Security Institute (DHS's think tank) does a lot of work on domestic CBRN threats, but they're mostly PhD level and not doing technology development. And as others have mentioned, the relevant national labs (in particular, PNNL and Sandia, plus LLNL, LANL, probably others).

There are undoubtedly dozens if not hundreds of contractors out there competing for dollars from congresspersons whose constituents have bought into the "unspeakable" rhetoric on CBR; I can't give you specific names offhand, but some creative Googling should show some (and maybe look at the web sites of the various offices I listed above and see if they have reports or mention of contractors).

Oh, and detecting alpha decay behind a few sheets of paper is nigh on impossible, to say nothing of lead.
 

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