alexz
Well-known
That will probably sound weird for RFF, but perhaps someone among our fellow RFFers will be able to help me.
I'm at the turning point of my carrier (few months ago finished by B.Sc.EE degree but have quite a few years of experience in hardware design/testing as practical engineer in electronics). Now, that my engineering job hunt is approahcing its happy ending I've been approached by two companies with their offers (as hardware R&D engineer - systems/board level design) and I'm torning between these.
Both operate in the field of electro-optics, one is focused on communication (optical communication - trancievers based on their patented waveguides and related optical and electro-optical communication solutions), another one operates in military/law enforcement market producing tritium-illuminated sights for firearms among other related products and now actively entering the market of thermal uncooled sight systems for light and heavier firearms.
Naturally, as an avid photographer I really like the field of interest where my professional and personal interests intersect (such as electro-optics, video processing, etc...), however communication engineering always had very little attraction for me.
I have the reasons to expect the electro-optical comunication company that approaches me may offer somewhat higher sallary and probably somewhat better (though yet subjectively) benefits packet, however it is still communication if seen in larger perspective.
I'm not yet familiar with the field of thermal uncooled sights technology (just now reading about microbolometers technologies) so have very brief and shallow insight into it. I'd like to broaden up my understanding of what is involved in typical thermal imaging sights for firearms, how complex the electronics can be there and what kind of hardware it incorporates. Can it be observed as a full-featured joint-point of electro-optical fields (such as IR optics bearing familiar to a photographer's mind concepts such as apertures, focusing, DOF etc...) with video processing (DSPs, CPUs) and other related electronics ? I'd just like to understand the conceptual basis of what to expect should I chose that offer.
So, if anyone is experienced in related fields or have any other related information to share - I'll be grateful.
Yet again, I realize discussing sensitive or classified technologies in public isn't acceptable, but I guess a general concepts aren't something that needed to be kept shut...
Thanks in advance, Alex
I'm at the turning point of my carrier (few months ago finished by B.Sc.EE degree but have quite a few years of experience in hardware design/testing as practical engineer in electronics). Now, that my engineering job hunt is approahcing its happy ending I've been approached by two companies with their offers (as hardware R&D engineer - systems/board level design) and I'm torning between these.
Both operate in the field of electro-optics, one is focused on communication (optical communication - trancievers based on their patented waveguides and related optical and electro-optical communication solutions), another one operates in military/law enforcement market producing tritium-illuminated sights for firearms among other related products and now actively entering the market of thermal uncooled sight systems for light and heavier firearms.
Naturally, as an avid photographer I really like the field of interest where my professional and personal interests intersect (such as electro-optics, video processing, etc...), however communication engineering always had very little attraction for me.
I have the reasons to expect the electro-optical comunication company that approaches me may offer somewhat higher sallary and probably somewhat better (though yet subjectively) benefits packet, however it is still communication if seen in larger perspective.
I'm not yet familiar with the field of thermal uncooled sights technology (just now reading about microbolometers technologies) so have very brief and shallow insight into it. I'd like to broaden up my understanding of what is involved in typical thermal imaging sights for firearms, how complex the electronics can be there and what kind of hardware it incorporates. Can it be observed as a full-featured joint-point of electro-optical fields (such as IR optics bearing familiar to a photographer's mind concepts such as apertures, focusing, DOF etc...) with video processing (DSPs, CPUs) and other related electronics ? I'd just like to understand the conceptual basis of what to expect should I chose that offer.
So, if anyone is experienced in related fields or have any other related information to share - I'll be grateful.
Yet again, I realize discussing sensitive or classified technologies in public isn't acceptable, but I guess a general concepts aren't something that needed to be kept shut...
Thanks in advance, Alex