Corlis Murray - the senior vice president for quality assurance, regulatory and engineering services at global health care company Abbott - is one of today's leading women in the engineering industry, and her story isn't that different from the mathematicians portrayed in the Oscar-nominated film.
NSF INCLUDES is based on a simple idea: Identify proven, innovative ideas that create access to S&E for groups traditionally underrepresented in those fields, and then scale up those ideas to help more people. The program will accomplish this goal by building alliances, networks and partnerships among those committed to broadening participation.
There is a national consensus that today’s students need more opportunities to build skills in science, technology, engineering, and math (STEM) across the PreK-12 grade span. Teachers are a critical piece for providing those opportunities, but barriers abound. How are teachers recruited? How are they trained?
By increasing awareness of past gender and racial inequity, Hidden Figures has sparked interest in addressing the inequities that are still present today. Studies show that female and male students actually perform equally well in mathematics and science on standardized tests, but larger gaps exist between students of different racial and ethnic backgrounds or family income.
When we stare up at the night sky, we see shimmering stars, fuzzy galaxies and faint clouds of gas and dust. It is what we cannot see, however, that will forever remind us of astronomer Vera Rubin. Rubin is best known for confirming the existence of dark matter and, along the way, serving as an advocate for women in science and an inspiration to those who wanted to become scientists. She died on December 25, 2016. She was 88.
The vitality of the innovation economy in the United States depends on the availability of a highly educated technical workforce. A key component of this workforce consists of engineers, engineering technicians, and engineering technologists. However, unlike the much better-known field of engineering, engineering technology (ET) is unfamiliar to most Americans and goes unmentioned in most policy discussions about the US technical workforce.
Are we neglecting the arts? That’s the question faced by everyone in STEM education, from state legislators to teachers to doctors of education. Right now, there’s no consensus as to whether it’s better to focus on STEM education or to add an arts component and transform it into STEAM education. Here’s where the debate stands.
Now, more than ever, with the country hanging on to the belief that the economy will grow, we need to take a hard look at reality. If companies bring manufacturing back to our shores, if US companies are called upon for innovation and creativity, we have a responsibility to prepare students for these demands, don't we? And if H-1B Visas become more limited the labor pool for technology companies shrinks rapidly. The companies who need skilled labor in science, technology, engineering, and math will weaken as their counterparts around the world flourish.
Getting young people interested in STEM is not just “good business” for our Army Corps of Engineers; it is essential to the strength of our nation. For the Corps of Engineers, being able to recruit and retain high-quality technical professionals is essential if we are to successfully execute our mission: building and operating infrastructure and projects that increase resiliency, energize the national economy and support national defense.
On Sunday, Darden, a former mathematician and aeronautical engineer at NASA who was featured in the book, “Hidden Figures,” stressed the importance of STEM education, delivering a message of perseverance and faith to an audience who attended the Mattoon Presbyterian Church, one of the oldest black churches in the Upstate.