SWE Literature Review Recommends Focus for Future Research on Women in Engineering

While years of research have focused on attracting more women into the engineering profession, the Society of Women Engineers 12th annual literature review found that much less is known about what women experience after entering the workforce. Further, because studies take place in disciplinary silos, research would be better served by a serious effort to engage across disciplines, particularly so that contradictory findings may be resolved and areas of consensus identified.
 
SWE’s yearlong review process showcases relevant research pertaining to women in engineering and, more generally, the STEM professions of science, technology, engineering, and math. Through their analysis of published articles and books, reviewers note trends in research and issues facing the profession. This year, the summary authors also addressed the continued pressure placed upon women to “have it all,” in professional fields, including engineering.
 
“For more than a decade, the distinguished reviewers have submitted an analysis highlighting trends and opportunities for further study,” said Alyse Stofer, SWE’s president. “While so much has changed during this time, women today still face the pressures of finding time for their work, families, and personal development.”
 
Reviewers Peter Meiksins of Cleveland State University and Peggy Layne of Virginia Tech indicated in their summary that one ubiquitous subject theme is how women balance their time and workload. This issue came to the forefront last summer when Anne-Marie Slaughter penned "Why Women Still Can't Have It All" for The Atlantic, suggesting that there is something false about the notion that women can "have it all" simply if they try hard enough. She pointed out that it shouldn't be surprising or blameworthy when women leave demanding careers, because they are simply responding to an untenable situation, one that is unlikely to change unless both men and expectations in the workplace also change.
 
As highlighted in Slaughter’s essay and the literature review, very little research considers the reasons women leave demanding professions such as engineering. While much effort and research is done to create interest in engineering for young women and retaining them throughout their university experience, comparatively little is known about what happens to women engineers when they enter the work force.
 
The literature review begins early in the year with compiling a bibliography of publications on topics relevant to women in engineering, drawing from titles in the science, business, psychology, sociology and technology realms, among others. The process includes paring down upwards of 400 articles and book-length research to the most rigorous, informative and provocative, which are categorized and summarized.
 
When the review began in 2001, research operated on the premise that with enough outreach and early education, the number of women in STEM careers would increase. Twelve years later, the literature review suggests that in the face of stagnant numbers of women in engineering, we need to take another look at the questions we ask in research.
 
SWE is pleased to offer this resource to the public and intends for it to be used freely for research and discussion. Download a free copy of the 2012 literature review, along with a compilation of all the reviews to date. 
 
About SWE The Society of Women Engineers (SWE), founded in 1950, is a not-for-profit educational and service organization. SWE is the driving force that establishes engineering as a highly desirable career aspiration for women. SWE empowers women to succeed and advance in those aspirations and receive the recognition and credit for their life-changing contributions and achievements as engineers and leaders. For more information about the Society please visit www.swe.org or call (312) 596-5223.
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The Gooru Corner: The Particle Model

 
The Particle Model helps explain the properties of the things around us. Check out this BBC Bitesize resource for an interactive introduction to the states of matter, and the varying degrees of bond strengths between particles in each state of matter.
 
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Gooru is a free search engine for learning developed by a 501(c)(3) non-profit organization whose mission is to honor the human right to education. Visit us at www.goorulearning.org.

 

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Georgetown University Center on Education and the Workforce Responds to EPI's STEM "Myth" Report

This is a Guest Blog Post by Anthony P. Carnevale, Director and Research Professor, and Nicole Smith, Research Professor and Senior Economist, at the Georgetown University Center on Education and the Workforce

 
The Georgetown University Center on Education and the Workforce published a report in October of 2011 called STEM that provides many arguments against EPI's recent analysis that found no shortage of STEM workers in the United States. The CEW's STEM report can be accessed here: http://cew.georgetown.edu/stem/
 
Our report shows that if we were to mechanically match every STEM graduate to a STEM job, then we can in fact arrive at the conclusion that we produce about enough STEM majors for every job.  We also explain why this mechanical analysis is not enough to disprove shortages.  We present a general market-based analysis of the demand for STEM workers.  The market for STEM workers is not a monolith.  There are many cases of oversupplied workers such as PhDs in academia, but these exceptions do not a rule make.  Overall, the demand for STEM competencies far exceeds the proportion of strictly defined STEM jobs that exist.  Few of these STEM graduates work in a STEM field. STEM students are continuously competed away by higher or competitive salaries in business and health, (we argue that the competition is for STEM competencies - math, critical thinking, analytics). Since 1980, the number of workers with high levels of core STEM competencies has increased by almost 60 percent. Further, the rate of growth in demand for these core STEM competencies has increased at far greater rates than the growth in employment.
 
Thus, even where PhD STEM workers, for example, may be shown to currently have limited opportunities in academia, these very STEM workers embody a set of competencies that are demanded in the private sector as well. The evidence of persistence ‘shortage’ in the market lies in rising real STEM wages and salaries across the economy.[1]  A dynamic market for STEM competencies also allows for a number of STEM workers who did not graduate from college with STEM degrees and certifications, but who were high performing math and science students in high school.
 
We also have an ongoing discussion regarding when we should define the start and end point for wages to really get a clear picture of what's been happening.  Certainly if you highlight STEM wages during the recession, you will see a fall - as with most other professions. 
 
STEM, wages, however, start off higher than most other categories of majors and tend to have high earnings potentials and provide high lifetime earnings, http://cew.georgetown.edu/whatsitworth/. It remains an equal opportunity employer with lower gender-wage gaps than any other field.   
 
 
The demand for STEM competencies outside of STEM jobs makes the credential highly marketable even in non-STEM fields. In their words "For every two students that U.S. colleges graduate with STEM degrees, only one is hired into a STEM job." -- and compensated at relatively higher rates since their competencies are highly valued.
 
Regarding the immigration question, there is certainly enough anecdotal evidence out there that H-1Bs make the initial short-term sacrifice in wages in order to enter the US labor market.  We do not have specific comparisons on H-1B wages versus US born wages in STEM.  On downward wage growth, at least among engineers, there is some evidence that off-shoring has also played into this. By the time these initial H1-Bs are converted to green card holders or citizens (if they are), we do know that there is no distinction in wage outcomes by country of origin for US citizens as a whole.  And we also know that the STEM premium is substantial and continues to rise --- which is a fair indicator of a shortage in the supply of STEM competencies.
 
[1] We use the term shortage loosely here as labor markers do tend to clear resulting in either:
  • the bidding up of wages by employers to woo workers in their direction when markets are tight, or
  • decisions by individuals to reduce their reservation wages when competition amongst workers is fierce.
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Meet the 2013 National Inventors Hall of Fame Inductees (Part 5)

(This is the fifth of six blog posts detailing the National Inventors Hall of Fame Inductees)

 
Invent Now and the National Inventors Hall of Fame are pleased to recognize 17 inventors whose work has changed our lives. This year's Ceremony is being hosted by the United States Patent and Trademark Office at its headquarters in Alexandria, VA on May 1, 2013. For information on sponsoring and attending, please visit http://www.invent.org/hall_of_fame/1_3_0_induction_info.asp.
 
STEMconnector is profiling each inventor in the days leading up to the event on our blog and in STEMdaily. Stay tuned to find out about all of the amazing inventors being inducted this year. Today we're profiling the inventors of the Radioisotope Thermoelectric Generator, John Birden and Ken Jordan, and the inventor of the Long Range Navigation System, Alfred Loomis:
 
 
John Birden (1918 - 2011), Ken Jordan (1921 - 2008)
Patent No. 2,913,510
 
Birden and Jordan were working at Monsanto’s Mound Laboratory when they developed the RTG, a self-contained power source that obtains its power from radioactive decay. RTGs have powered most of the exploration vehicles the United States has launched into deep space, where the sun’s intensity is not sufficient to generate electricity with solar cells and steady, reliable power is needed in unmanned situations.
 
 
Alfred Loomis (1887 - 1975)
Patent No. 2,884,628
 
Attorney and investment banker Alfred Loomis is known as one of the great amateur scientists of the 20th century. He established a personal laboratory near his mansion in Tuxedo Park, New York where he created many inventions. Among his many innovations was LORAN (LOng RAnge Navigation), a radio navigation system for marine or flight navigators to determine a vessel’s location. LORAN remained an essential tool until the introduction of the Global Positioning System in the 1990s.

Follow along with all the festivities tomorrow night with STEMconnector's twitter handle: @STEMconnector

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Iridescent’s Technovation World Pitch Night 2013 Encourages Young Girls to Become Leaders in Science and Technology

Technovation Challenge Regional Winners Will Compete For $10,000 Prize For Mobile App Creation
 
SAN FRANCISCO, Calif. –Technovation Challenge, one of the largest global tech challenges for girls, partners teams of high school girls with female STEM (science, technology, engineering and math) mentors to create mobile apps that solve a problem in their local community. For three months, 128 teams from 24 states and 19 countries developed apps, video pitches and business plans, which they submitted to a panel of judges earlier this month. Iridescent is pleased to announce the 10 regional winning teams that will go on to compete for a $10,000 prize at World Pitch Night 2013.
 
At World Pitch Night 2013, held at the Twitter Headquarters, the 10 regional finalists will present their mobile app to a variety of STEM experts and advocates, including Ruchi Sanghvi, Vice President of Operations, Dropbox, and Maggie Johnson, Director of Education, Google. The winning team will receive $10,000 in funding and support to manufacture and release their app on the market.
 
WHO:             Technovation 2013 Finalists
 
 
WHEN:           Thursday, May 2, 2013
                        6 p.m. – 9 p.m. PST
 
WHERE:        Twitter Headquarters
                        1355 Market Street – #900
                        San Francisco, CA 94102
 
RSVP:          The event is open to the public. Registration information is available here. Credentialed members of the media are invited to attend. RSVP is mandatory.
 
Since being established in 2006, Iridescent has successfully tested and implemented a model of informal science exploration that has helped more than 400 engineers and scientists engage with more than 16,000 underserved families in Los Angeles, New York City, Boston, Chicago and the San Francisco Bay Area. Iridescent’s mission is to use science, technology, engineering and math to develop persistent curiosity and to show that knowledge is empowering.
 
For more information: www.Technovationchallenge.org
 
Autumn Dunn
Account Executive
Widmeyer Communications
Phone: 646.213.7245
 
Widmeyer Communications is a proud recipient of the 2012 Diversity Distinction in PR Awards
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Meet the 2013 National Inventors Hall of Fame Inductees (Part 4)

 

(This is the fourth of six blog posts detailing the National Inventors Hall of Fame Inductees)
 
Invent Now and the National Inventors Hall of Fame are pleased to recognize 17 inventors whose work has changed our lives. This year's Ceremony is being hosted by the United States Patent and Trademark Office at its headquarters in Alexandria, VA on May 1, 2013. For information on sponsoring and attending, please visit http://www.invent.org/hall_of_fame/1_3_0_induction_info.asp.
 
STEMconnector is profiling each inventor in the days leading up to the event on our blog and in STEMdaily. Stay tuned to find out about all of the amazing inventors being inducted this year. Today we're profiling the inventor of the Digital Subscriber Line (DSL), Joseph Lechleider, and the inventor of the Crash Test Dummy, Samuel Alderson:
 
 
Joseph Lechleider
Patent No. 5,181,198

While working at Bellcore, Lechleider was the first person who demonstrated the feasibility of sending broadband signals over copper. His work turned the existing copper wire phone network into a high-speed broadband delivery instrument, allowing for transmission of data at equal rates in both directions. He also suggested that larger amount of data could be sent in one direction and smaller amounts in the other, which came to be called asymmetric DSL, or ADSL, the standard used today in much of the world’s DSL connections.

 

 
Samuel Alderson (1914 - 2005)
Patent No. 3,010,223
 
Alderson was a pioneer in developing the crash-test dummy, a full-scale anthropomorphic test device. The crash-test dummy has provided automotive engineers with valuable information, enabling them to design more effective safety features including seat belts and air bags. From its beginnings of use in the automotive industry, the crash test dummy has gone on to provide valuable data in a wide range of development and testing, from aircraft to medical technology.
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This Week in The Gooru Corner: States of Matter

 

 
Solid, liquid and gas: these states of matter (along with plasma) are observable in everyday life. But how exactly does matter transition from one state to another, and which conditions can we manipulate to initiate a phase transition? We investigate these burning questions and more in The Gooru Corner this week.
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Gooru is a free search engine for learning developed by a 501(c)(3) non-profit organization whose mission is to honor the human right to education. Visit us at www.goorulearning.org.
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More pictures of will.i.am at FIRST Championship in St. Louis

Pictures courtesty of FIRST

Innovator and entertainer will.i.am and FIRST founder Dean Kamen enjoy the robotics competitions at FIRST Championship in St. Louis, April 23-27. FIRST is a non-profit that inspires kids to pursue careers in science and technology.

Innovator and entertainer will.i.am and FIRST founder Dean Kamen check out a custom built robot at FIRST Championship in St. Louis, April 23-27

Innovator and entertainer will.i.am checks out the FIRST Lego League showcase at FIRST Championship in St. Louis, April 23-April 27

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will.i.am Makes It Loud at FIRST Robotics Championship 2013

This morning at the FIRST Robotics Championship, Dean Kamen welcomed FIRST's most famous supporter to the stage during the Opening Ceremonies, to the roar of the 30,000 attendees at the Edward Jones Dome in St. Louis. But to FIRST participants, will.i.am isn't just a famous pop star; he's their biggest cheerleader.

will.i.am has a long history of supporting STEM, whether it be broadcasting his songs into space with NASA or donating his time and money to The Science Museum in London. Nonetheless, it has always been clear that FIRST is what is most inspiring to him. Indeed, as Dean Kamen presented will.i.am with this inaugural "Make It Loud" Award, he credited the students of FIRST as his greatest inspiration for going back to college to study computer science. During his address to the crowd, he encouraged students to continute pursuing STEM, saying that the next great superstars of tomorrow are not going to be entertainers or athletes, but innovators and thinkers. He believes that we're entering an era similar to the 1920s, and America is in need of the Edison or Tesla. 

Later in the day I attended a press conference where will.i.am doubled down on his message. Mentioning last night's start of the NFL Draft, he talked about how kids grow up wanting to be famous athletes and musicians, but what we really need is for kids to STEM professional such as Mark Zuckerberg as their true role models. He said, "In a way, America is still a developing country," because we are not educating our kids to be global innovators.

To will.i.am, "Make it Loud" means getting the message of STEM out there and showing the world why events like FIRST Robotics are what is really cool. Speaking personally, he said people in music or fashion today weren't necessarily cool when their kids, but because of the dedication to their craft and the way they express that passion, they are able to succeed. Our job is to identify those kids who are expressing themselves through making and inventing things, because that is how we truly make STEM loud.

Asked why FIRST stands out from other STEM competitions, will.i.am talked about the culture FIRST has created. 400 teams are here in St. Louis from all over the world and from diverse communities across America, yet the culture here at the Championship is singularly united in its passion for robotics. One of will.i.am's driving factors for promoting STEM is to transform Boyle Heights in East LA, the neighborhood where he grew up. During the press conference, he announced he hopes to help that transformation by sponsoring an FRC Team. He even brough Carly with his to St. Louis, a high school girl from Boyle Heights who will lead the team. Asked about her time here this weekend, Carly said, "I thought I was the only one like me." Thanks to Will, Carly knows she's not alone. And with his sponsorhips, Carly hopes to be at the Championship next year, with a team of other kids transforming Boyle Heights and a robot ready to win it all!

-Tommy

Continue to Follow @STEMconnector, @FIRSTweets, #FIRSTchamp & #omgrobots on Twitter for updates on the competition. We're finishing up qualification rounds tonight and the finals start tomorrow!

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The Gooru Corner: Earth Month 2013

 

 
How did you celebrate Earth Day this past Monday? Whether you did something traditional like planting a tree or went out of your comfort zone by, say, going technology-free for a day to save energy, this collection is a good reminder that Earth Day shouldn't just be limited to one day. Learn about the environmental issues we're facing and ways you can help our planet by studying this collection of multimedia resources. Happy learning!
 
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Gooru is a free search engine for learning developed by a 501(c)(3) non-profit organization whose mission is to honor the human right to education. Visit us at www.goorulearning.org.  

 

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