.and what does it entail?
I get three chickens for a good design, a basket of corn for a mediocre design, and okra for a bad design. I am considered well paid.
$40,000-$60,000 out of college $70,000-$100,000 depending on location and experience or lots of meats and vegitables
I woulds say easily electric powered engineering, counting on the concentration. by way of some distance the biggest utility of nanotechnology is for semiconductors. I did a level in electric powered engineering specializing in VLSI (in reality microchip layout and fabrication). electric powered engineers in this sub-discipline use widely used and quantum physics to layout small scale structures like circuits, MEMS (micro-electo-mechanical structures), and micro-fluidics contraptions. electric powered engineers greater concentrated in issues like E+M fields and capacity distribution have not something to do with nano. Mechanical engineers won't study quantum physics, it is needed for nano-scale contraptions. no rely what, nano-scale fabrication is bypass-disciplinary requiring electric powered, chemical, fabric, and mechanical engineers as properly as scientists and technicians.
It depends where they live, who they work for, and what they do. If you are trying to make a job decision based on the money, you are going to make a little money and leave the field. Its better to save your sorrows, and pick a good paying field you can love to do, not just love to get paid to do. Here is data for a wage estimator by location and career: bls /oes/current/oes_nat.h Here is what it says about electrical engineers: bls /oes/current/oes172071 It gives job description as: Design, develop, test, or supervise the manufacturing and installation of electrical equipment, components, or systems for commercial, industrial, military, or scientific use. Exclude Computer Hardware Engineers It gives a national mean annual wage for that discipline as: $78,900. It also discusses the income and duties of the sub-disciplines within that discipline.
