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Showing posts with label STEM. Show all posts
Showing posts with label STEM. Show all posts

Wednesday, February 4, 2015

LIVE Webcast Today on New Brookings Report on Advanced Industries 9am-12pm - #AdvIndustries

For Summary & Full Report (also under "Key Documents" section on this blog-site) 

http://www.brookings.edu/research/reports2/2015/02/03-advanced-industries#/M10420

The Brookings Institution
Hi Monica ,
Thank you for registering for the live webcast of "Powering Prosperity: Introducing America’s 
Advanced Industries."
You will not need any login or password information to access this webcast. 
The video player will be available ten minutes before start time at:
 http://www.brookings.edu/events/2015/02/05-americas-advanced-industries 
UPCOMING EVENT


Powering Prosperity: Introducing America’s Advanced Industries

February 5, 2015



Summary


Innovation and STEM-worker (science, technology, engineering, and math) intensive “advanced industries” are the prime movers of regional and national economic competitiveness in the United States. Industries like aerospace and auto, oil and gas extraction, or software and health IT stand at the forefront of the most disruptive technological and business dynamics of the moment, and will be central to U.S. prosperity going forward.
To consider the future of these industries, the Brookings Institution’s Metropolitan Policy Program is hosting a major CEOs forum on February 5, 2015 highlighting the importance of the nation’s advanced industries and the opportunities and challenges they face. Informed by new research from Brookings, the morning-long dialogue will convene advanced industry CEOs as well as elected officials to discuss the increased viability of the U.S. platform for advanced industry investment as well as the extraordinary technology trends now altering the terms of competition.
Time will be reserved for audience questions.
Follow the conversation on Twitter using #AdvIndustries.
For media inquiries please contact Allison Courtin.

EVENT AGENDA

  • Welcome

    • Antoine van Agtmael
      Trustee, The Brookings Institution
      Senior Advisor, Garten Rothkopf
  • Framing Remarks: America’s Advanced Industries and Why They Matter

  • 9:35 - 10:25

    Panel 1 - Locating U.S. Advanced Industries: “Off-,” “Re-,” “Next-“ Shoring and Beyond

    • MODERATOR

      Dominic Barton 
      Global Managing Director
      McKinsey & Co.
    • Ron Armstrong
      Chief Executive Officer
      PACCAR
    • John Lundgren
      Chief Executive Officer
      Stanley Black and Decker
    • Eric Spiegel 
      President and Chief Executive Officer
      Siemens Corporation
  • 10:25 - 11:15

    Panel 2 - Convergence and Disruption: Assessing the Advanced Industry Tech Scene

    • MODERATOR

      Srikant Inampudi
      Partner
      McKinsey & Co
    • Klaus Kleinfeld 
      Chairman and Chief Executive Officer
      Alcoa
    • James Heppelmann
      President and Chief Executive Officer
      PTC
    • Katrina Bosley
      Chief Executive Officer
      Editas Medicine
  • 11:15 - 12:00

    Perspectives


Tuesday, February 3, 2015

Segregated STEM Today (submitted by Blair McGowan)

OP-ED COLUMNIST

A Future Segregated by Science? 

Charles Blow, NY Times, 
February 2, 2015 
 
Let me say up front: I’m not a science guy.
 
I have always loved science, but I have always loved the arts — drawing, painting and, yes, writing — more.
 
My deepest foray into science came in high school when I won my way to the international science fair. (Don’t get too excited; that sounds more impressive than it was.) It was 1988, and I had produced a project about why the “Star Wars” missile defense system wouldn’t work. My project was a beautiful monstrosity made of stained and varnished plywood, with an insert for a diorama of missiles flying, lasers blasting and a midair explosion, and a cutout with space for a small television and a VCR (yes, I’m that old).
 
I won the district fair — in part, I suspect, because the judges’ pool was heavily populated by members of the military — even though I had violated one of the cardinal rules of science fairs: I hadn’t actually done an experiment. Mine was a fancy research project — like a 3-D opinion piece. But it didn’t matter. The airline lost the whole project when I flew to the international science fair, so I never got to compete.





Although my science dreams were dashed, I still loved science. And I’ve long been surrounded by science people. My ex-wife was a physics major. My oldest child is a biology major, and when my twins enter college next year, one wants to major in physics and the other in a scientific field to be determined
 
But their interests defy a distressing disparity: Few women and minorities are getting STEM (science, technology, engineering and mathematics) degrees, although STEM jobs are multiplying and pay more than many other careers.
 
This raises the question: Will our future be highly delineated by who does and who doesn’t have a science education (and the resulting higher salary), making for even more entrenched economic inequality by race and gender?
 
According to the National Math and Science Initiative: “STEM job creation over the next 10 years will outpace non-STEM jobs significantly, growing 17 percent, as compared to 9.8 percent for non-STEM positions.”
 
And yet, the group says, we are not producing enough STEM graduates; other countries are moving ahead of us.
 
When you look at women and minorities, the situation is even more bleak.
 
Let’s start with high school. Last year, a Georgia Tech researcher analyzed which students took the Advanced Placement exam in computer science in 2013. The researcher, Barbara Ericson, found that in three states no women took it, in eight states no Hispanics did and in 11 states no blacks did. (In Mississippi only one person — not female, black or Hispanic, by the way — took the test that year. Oh, Mississippi.)
 
Now, on to college, where the disparities remain bleak.
 
The Associated Press said in 2011 that “the percentage of African-Americans earning STEM degrees has fallen during the last decade” and that this was very likely a result of “a complex equation of self-doubt, stereotypes, discouragement and economics — and sometimes just wrong perceptions of what math and science are all about.”
 
It continued: “Black people are 12 percent of the United States population and 11 percent of all students beyond high school. In 2009, they received just 7 percent of all STEM bachelor’s degrees, 4 percent of master’s degrees and 2 percent of Ph.D.s, according to the National Center for Education Statistics.”
 
It doesn’t get better in the workplace. In a 2013 editorial, The New York Times pointed out: “Women make up nearly half the work force but have just 26 percent of science, technology, engineering or math jobs, according to the Census Bureau. Blacks make up 11 percent of the work force but just 6 percent of such jobs and Hispanics make up nearly 15 percent of the work force but hold 7 percent of those positions.”
 
Even when minority students do get STEM degrees, there seems to be a disproportionate barrier to their finding work in those fields. “Top universities turn out black and Hispanic computer science and computer engineering graduates at twice the rate that leading technology companies hire them,” an October analysis by USA Today found.
 
Furthermore, the paper reported in December: “In 2014, leading technology companies released data showing they vastly underemploy African-Americans and Hispanics. Those groups make up 5 percent of the companies’ work force, compared to 14 percent nationally.”
 
No matter what strides we make — or don’t — in the march toward racial and gender equality in this country, is this an area in which the future will feel more stratified, and in which the inequalities, particularly economic ones, will mount? Is science education a new area of our segregation?

Friday, November 7, 2014

Tech Shop Partnership - Town Hall on Maker Movement)

The Maker Movement: Milestones and Momentum TownHall, Wednesday, November 12th on Google+!


 

We invite you to join us for a Town Hall on November 12th to discuss the Maker Movement and how it is impacting STEM education. We will be joined by experts from the Fab Foundation, ASU, Chevron, Maker Ed Initiative, Teach for America, TechShop, and more!



https://plus.google.com/events/c76ef2d4hpmm1jv3ig14vi1jkds#events/c76ef2d4hpmm1jv3ig14vi1jkds


Nat'l Science Foundation STEM Grant for EMU - "Community-based Problem Solving"

Eastern Michigan University awarded nearly $2M in federal grants for STEM students


By Matt Durr | mattdurr@mlive.comThe Ann Arbor News
Follow on Twitter
on November 07, 2014 at 9:00 AM, updated November 07, 2014 at 9:01 AM

Eastern Michigan University announced has received nearly $2 million in federal grant funding for women and minority students entering the STEM (science, technology, engineering and math) programs.
 
The grant is designed to strengthen the Creative Scientific Inquiry Experience (CSIE) a program developed by the University and funded by the National Science Foundation that has demonstrated promise for increasing graduation rates of students entering STEM.
"The CSIE program facilitates students' progression to upper-level courses with a deeper understanding of course content and with participation in community-based problem solving," said Nina Contis, a professor of chemistry at EMU who will serve as director of the Title III grant. "This grant will enable the University to significantly improve the success rate of students in STEM class, particularly among underrepresented groups, through broadly implementing the CSIE program."
Kim Schatzel, provost and executive vice president of academic and student affairs at Eastern, will serve as project director.

"The awarding of this grant is a major validation of our ability and interest to continue to improve outcomes for students in STEM disciplines," Schatzel said. "I am excited about our capacity to fully implement a project-based curriculum and teaching approaches that stimulate student interest and success, and also lead to graduates going into careers in STEM disciplines."

The number of STEM graduates at EMU has risen 15 percent over the last five years and STEM-related disciplines make up around 15 percent of EMU's undergraduate population.
In addition to the federal funding, the project leverages an additional $250,000 from non-federal sources that will support the continued success of the project.

By the end of the five year grant, the CSIE program will be in full operation, to be sustained by a $440,000 endowment funded by a portion of the grant and matched by the university.

Matt Durr covers Eastern Michigan University and Washtenaw Community College for The Ann Arbor News. Email him at mattdurr@mlive.com or follow him on Twitter.