As AI becomes more mainstream, it offers countless opportunities for students to learn skills that they may take to the workforce. It also offers an incentive for more companies to move into the K-12 STEM education space to both meet a need and reap a profit. Except, there isn’t much AI curriculum in STEM education.
Students today are twice as likely as their parents to enter a science, technology, engineering, or mathematics industry, which is good news to the organizations creating more jobs in these fields each year. The problem, though, is that there won't be enough workers to fill all of the STEM jobs in the near future, according to estimates.
As a retiring member and the outgoing chairman of the House Science, Space, and Technology Committee, I can no longer set that agenda, but I can recommend the issues that still need Congressional attention and action. Headlines claiming that Congress is making a “return to science” are ignoring years of progress on policies advancing research, STEM education, and space exploration. America’s continued success in technology, innovation, and energy development depends on a Science Committee that commits to working toward these goals.
Providing early research experiences and creating supportive campus environments are among the promising and intentional strategies outlined in a new report from the National Academies of Sciences, Engineering and Medicine focused on the impact and role of minority-serving institutions (MSIs) in producing graduates in science, technology, engineering and mathematics (STEM).
The Federal Government has a key role to play in furthering STEM education by working in partnership with stakeholders at all levels and seeking to remove barriers to participation in STEM careers, especially for women and other underrepresented groups . Accordingly, this report sets out a Federal strategy for the next five years based on a Vision for a future where all Americans will have lifelong access to high-quality STEM education and the United States will be the global leader in STEM literacy, innovation, and employment.
Bayer is turning to Amazon Alexa to find the world's next big scientists, engineers, and mathematicians. The German pharmaceutical and science giant is launching "Science Studio," an Alexa STEM education skill designed to engage the next generation of students.
For decades, “educational” toys had a well-deserved bad reputation. The most popular choices included things like worryingly flimsy chemistry sets and boring wooden blocks from that “alternative” toy store at the mall your aunt liked. Now, however, learning through toys is an amazing technological landscape full of make-your-own computer kits and robots you can code.
For much of the last 10 years, employers have enjoyed a relative abundance of talent across most job functions. The Great Recession’s layoffs, consolidations, restructuring, and offshoring meant that there were more workers in the US than job vacancies. Yes, it continued to be tough to find skilled workers such as maintenance technicians, engineers, and nurses, but most companies were able to have their choice of candidates from a pool of talent hungry for work.
The need for more scientists and engineers is a persistent issue plaguing industries throughout the United States. Several initiatives created to prioritize science, technology, engineering and mathematics in schools are helping educators prepare more diverse students and workers for STEM fields. However, these efforts might be falling short when it comes to representation of people of color, according to a University of Missouri researcher.
From programmable drones and growing crystals to coding robots kids build themselves, toys based on science, technology, engineering and math are expected to grow globally close to 10 percent in the next few years, according to a report by Technavio. Besides making fun holiday gifts this year, STEM toys can open up a world of possibilities according to experts.