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US Predicts Zero Job Growth For Electrical Engineers (bls.gov)
dcblogs writes: An occupation long associated with innovation, electrical and electronics engineering, has stopped growing, according to the U.S. government. The Bureau of Labor Statistics, in an update of its occupational outlook released Friday, said that the number of people employed as electrical and electronics engineers is now at 316,000, and will remain mostly unchanged for the next decade. The government put the 10-year job outlook for electronic and electrical engineers at "0% — little or no change." The IEEE-USA said the BLS estimates "are probably correct."
Sure, there is zero percent growth. But rest assured companies will argue that they still can't find any qualified workers and require H1B Visa holders to be imported and paid a meager $65K a year, rather than the $110K/year of the U.S. engineer they just let go.
I do robotics development in Silicon Valley for both new startups and with large established companies. Our small team is a mix of software and electrical engineers (we team up with other firms doing mechanical and industrial design) and we're finding it difficult to keep up with all the opportunities in the burgeoning robotics field. The nice thing is it seems we're just at the infancy of robotics so growth should be sustainable for quite a while.
I don't know if growth in robotics can compensate for overall declines elsewhere, but it's at least one promising area of growth for electrical engineer over the coming decade and beyond. Currently, pretty much every robot is a unique design built from the ground up so the opportunities are very similar to what was available in the Valley during the early days of computing when pretty much every computer design was unique and created from the ground up. Certainly this will eventually change, but for now it makes for fun and interesting work that is in demand.
Keep in mind that these may be called Electrical engineers, but while the discussion here is around electronics product design,many EEs work outside outside of designing electronics. The article statistics represent a broad line of sub-specialties. Many EEs are employed as PEs working with buildings/architectural firms, manufacturing engineering, industrial controls (such as water treatment plant controls) and transmission lines. Many older embedded software engineers have EE degrees, but many of the up and coming embedded software engineers I see are not out of pure EE programs. Even for electronic design there is a lot of work writing verilog code that feels more like SW coding than biasing transistors and measuring with an O-scope. For that matter, MEs end-up with a much broader range of different subspecialties and not just drawing HVAC vents.