The consequences of this persistent shortage of STEM workers aren’t relegated to technology companies. All sorts of enterprises need data scientists, app developers, and STEM workers in a host of other specialties, including cybersecurity, AI, voice tech, and robotics. Moreover, STEM skills are increasingly required in jobs that aren’t categorically technical in nature...
From IT departments and engineering to logistics, manufacturing, and construction, industry experts are getting older, retiring, and leaving a vacuum. But it’s not their fault. With the exception of IT, industries like manufacturing, construction, and trucking can be seen as unfavorable areas for careers—heavy or “dirty” industries, if you will. But it’s 2018, and technology is driving these markets to a new level of innovation.
When representatives of North America’s state and provincial technology associations gathered last week in Iowa, the conversations ranged from analyzing data to building partnerships to speculation on when Big Tech’s balloon might lose some air -- a forecast quickly followed by the Facebook and Twitter stock drops. If there was a topic that dominated the conference in Des Moines’ reborn downtown, however, it was how to keep America’s talent pipeline filled.
In 2017, Junior Achievement of Southeastern Michigan and Cooper Standard partnered together to create a STEM education program, recognizing that the highly publicized skills gap is really rooted in an interest gap with students. The goal of the program is to inspire and educate middle and high school students to consider STEM-related careers. The program will reach approximately 3,000 students throughout southeast Michigan each year and has generated overwhelming interest from students, teachers, and program volunteers.
The Government Accountability Office (GOA) reported that of the 13 federal agencies surveyed that administer science, technology, engineering, and mathematics (STEM) education programs, there were 163 STEM programs funded in fiscal year 2016 that were designed to increase the number of historically underrepresented students studying or improve the quality of education in STEM.
The Boeing Co. and Lockheed Martin Corp. announced significant, near-term commitments to provide employees with better training opportunities. Boeing will offer a combination of increased work-based learning (apprenticeships and internships), continuing education, on-the-job training, and “re-skilling." Lockheed Martin committed to create 8,000 apprenticeship opportunities and invest $5 million in vocational and trade programs over the next five years.
The U.S. National Institute of Standards and Technology (NIST) wants to know about efforts to educate and train the future semiconductor workforce, and how the U.S. government can help. NIST has asked for input on this topic from semiconductor companies, and their suppliers, trade associations, equipment manufacturers, educational institutions, and other related organizations, for a new report.
As there has been a concerted effort to attract and retain women in STEM fields, a new survey from the Exelon Foundation has some disappointing results. It showed that only 50% of the next generation of women remain optimistic about the future of women in science, technology, engineering and math.
We look at the number of available workers and which states are doing the best to attract them. We look at how educated they are. We examine which states have a Right to Work law, which affirms the right of every American to work for a living without being compelled to belong to a union and pay dues. To find states with the nation's top talent we measure in-demand science, technology, engineering and math (STEM) skills, state worker-development programs, union membership and more.
If there is one thing people seem to agree on in these tumultuous times, it is that a root cause of much of the tumult is the emergence of revolutionary new technologies that are roiling labor markets as never before. Technologists themselves concede this point. “The pace of technical change is accelerating,” says a leading scientist in the field of artificial intelligence, in an apparent understatement. Indeed, many economists view the prospect of continuing breakthroughs in AI to be cause for genuine alarm.