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National Defense June 2007 Lawrence P. Farrell Jr.	Education Trends Portend Trouble for Defense One of the most troubling trends in the U.S. is that our schools are producing fewer U.S.-born science and math graduates than countries such as China, Taiwan, South Korea, India and Mexico.
National Defense March 2012 Edward Swallow	Rep. Mike Honda Introduces Bill to Boost STEM Education The chairman of the National Defense Industrial Association's Science, Technology, Engineering and Mathematics Workforce division spoke to Rep. Mike Honda, D-Calif., regarding a bill he recently introduced, the STEM Education Innovation Act.
National Defense May 2015 Alan Pellegrini	Defense Innovation Requires Focus on STEM Education Organizations must look beyond their own walls to support people and ideas that help secure our nation and allow high-technology industries to thrive. One way to do this is through STEM programs.
T.H.E. Journal October 2007 Neal Starkman	Problem Solvers US students continue to lag behind the rest of the world in the four core STEM subjects. The answer, many believe, is a practical approach to instruction: project-based.
National Defense January 2013 Yasmin Tadjdeh	Budget Woes Driving Scientists, Engineers Away from Defense Department Jobs The budget crunch is a new factor preventing the Defense Department from recruiting and retaining top talent within its science, technology, engineering and mathematics workforce, a recent report found.
T.H.E. Journal December 18, 2009 David Nagel	NASA Funds Target 13 K-12 STEM Education Programs Thirteen K-12 STEM education initiatives will receive an infusion of more than $12 million through NASA's Nspires program. The programs to be funded incorporate a range of technologies, from online social networking to virtual learning to digital media.
National Defense June 2012	NDIA Joins Mission-Critical STEM conference The United States needs a work force skilled in science, technology, engineering and math, and a notable group of companies and organizations is uniting to ensure that the nation gets the message.
Geotimes April 2007 Vernon J. Ehlers	Education: Why Do I Have to Learn Geometry? The study of science, technology, engineering and math is critical for every student in our nation, not only for enhancing their opportunities for good jobs, but also for improving our national security and competitiveness.
IEEE Spectrum September 2011 John Blau	Germany Faces a Shortage of Engineers Even loosening immigration won't fill the gap, say experts
National Defense February 2012 Sandra I. Erwin	It's a Hobson's Choice: Dollars For Defense or for Education? In today's zero-sum budget world, every federal program is in a cutthroat fight for survival. Defense and education are no exception. As the largest slice of the government's discretionary spending pie, defense competes for dollars with everything else, including education.
National Defense September 2010 Mark Russell	One Company's Approach to Solving the Nation's STEM Dilemma Raytheon understands how to analyze complex systems in a comprehensive manner. These analysis techniques can be applied to the education problem of producing enough technology and engineering graduates.
Job Journal May 13, 2007	Career Snapshot: Civil & Structural Engineers California's crumbling infrastructure adds to a growing demand for civil and structural engineers.
IndustryWeek October 19, 2011	High Unemployment and Few Qualified Candidates? It's a Teachable Moment Bayer MaterialScience's efforts to promote STEM education are elementary - and much more.
National Defense January 2011 Cynthia D. Miller	Defense Department Embraces STEM Education Outreach The Defense Deaprtment hires more scientists and engineers, and sponsors more research and development projects than any other federal employer.
T.H.E. Journal July 2008 Mary Ann Wolf	High Schools : An Equation That Works As secondary students continue to show little interest in the four STEM subjects, combining technology use with engaging instructional practices may be the only way to reach them.
Chemistry World May 13, 2014 Maria Burke	Pledge to create 2000 new STEM posts Leading UK businesses and institutions have pledged to create over 2000 new jobs and apprenticeships in science, technology, engineering and math.
National Defense May 2013 Yasmin Tadjdeh	Industry, Academia, Government Grapple With Dwindling STEM Workforce The problems associated with a weak STEM applicant pool can threaten national security, some experts have said. In response, industry, academia and the government have funneled millions of dollars into STEM-education initiatives. But the numbers aren't budging.
T.H.E. Journal July 2006 Geoffrey H. Fletcher	Using Technology to Maintain Competitiveness: How to Get Our Groove Back As China and India threaten the supremacy of the US economy, our best hope for keeping pace is putting ed tech funding to use to galvanize education.
Geotimes November 2007 Linda Rowan	Science Legislation: America COMPETES, Geeks Rule and Everybody Wins The 110th Congress went into its August recess having successfully passed a major measure for physical science research and science and engineering education.
National Defense December 2010 Cynthia D. Miller	JETS Promotes Engineering, Math To U.S. High School Students Though science, technology, engineering and math education is receiving a lot of press today, there have been organizations dedicated to the advancement of the fields for many decades.
National Defense December 2013 Maggie Heyn Richardson	New Hub For Training Cyberworkers Emerges in Northern Louisiana Louisiana Tech University is a designated Center of Academic Excellence in Information Assurance by the Department of Homeland Security and the National Security Agency and major defense contractors are located at the The National Cyber Research Park in Bossier City.
National Defense January 2016 Stew Magnuson	More Learning, Less Testing to Boost STEM The defense and aerospace workers of the 21st century will need more than expertise in STEM fields. They will need to be creative, critical thinkers, and they will need to know how to work in teams to solve problems.
National Defense November 2009 Cynthia D. Miller	Institute Strives for National STEM Education Network How do we create our next generation of scientists and engineers? It takes an individual who has classroom experience, vision for the future and sheer determination to find it.
National Defense March 2011 Cynthia D. Miller	National Science Foundation Supports STEM Education Of equal importance to the foundation is the support of science and engineering education, from pre-kindergarten through graduate school and beyond, with a variety of fellowships and programs specifically for teachers and students.
IEEE Spectrum April 2008 Jean Kumagai	Rensselaer to Require All Engineering Students to Study Abroad A new effort to internationalize American engineering education.
National Defense May 2011 Cynthia D. Miller	Defense Department Program Exposes Students to Science The official curriculum includes 3.5 hours of physics, 3.5 hours of chemistry, four hours of technology, four hours of engineering, two hours of mathematics operations and applications and 2.5 hours of STEM career discussions.
IEEE Spectrum December 2008 Erico Guizzo	The EE Gender Gap Is Widening Electrical engineering faces an age-old question: What do women want?
T.H.E. Journal March 2003 Shay K. McKinley	ExplorNet Empowers Mississippi Students Through Technology Education The ExplorNet Computer Engineering program, which is active in about 40 Mississippi schools, is a hands-on class in which students participate. Its goal is to teach students how to assemble new computers from scratch, as well as how to upgrade donated or used computers by replacing parts.
T.H.E. Journal July 2008	Extracurricular :: For technologists who do their homework Technology-aided instructional practices are key to successful teaching in the areas of science, technology, engineering, and math. McKinley Technology High School's testing scores are proof of that
T.H.E. Journal February 2003 Sylvia Charp	Engaging the Tech-Savvy Generation It's the job of every educator to use all technological resources available to keep students engaged in the classroom. But a true tech-savvy educator is continually learning from his or her students.
Chemistry World May 21, 2014 Rebecca Trager	To lecture or not to lecture? A meta analysis has shown that there are better ways to teach science to college students than lectures.
HHMI Bulletin May 2012 Cori Vanchieri	Jo Handelsman: Engage to Excel How to keep STEM students from jumping ship?
InternetNews April 26, 2007 Roy Mark	Congress Gets Competitive With Bills Senate, House approve legislation aimed at improving America's global competitiveness.
National Defense April 2008 Peter M. Steffes	Sustaining Workforce is NDIA's Top Issue The National Defense Industrial Association identified the sustaining of the U.S. national security workforce advantage as its number one priority in 2008.
National Defense June 2010 Cynthia D. Miller	Business, Industry STEM Education Coalition Launched The search for scientists, technologists, engineers and mathematicians has become a major focus for many government and business sectors.
T.H.E. Journal June 2003 Mona Westhaver	Learning to Learn: The Best Strategy for Overall Student Achievement State and local funding for schools is decreasing. Learning to learn -- helping students develop thinking skills, learning skills and, most importantly, a passion for learning -- is the solution that will have the most long-term and widespread impact.
Geotimes January 2007 Margaret Anne Baker	Diversity in the Geosciences -- We Can Do Better As minorities become the majority of the population, the inability to tap these communities is a severe handicap to actually tapping the bulk of the best and brightest students and including them in the geoscience community.
T.H.E. Journal January 2003 Sue Collins	Filling Educational Gaps With Online Learning: An Educationally, Economically Sound Solution Through innovative budgeting and planning strategies, superintendents and principals everywhere are discovering creative tools for meeting the needs of all students. Online learning is one such tool, offering a cost-effective way to expand a school's educational offerings.
National Defense August 2010 Cynthia D. Miller	Classroom Perspective: Teachers Speak Out About STEM Three science, technology, mathematics and engineering teachers in different education systems talk about their efforts to attract students to these fields.
HHMI Bulletin Fall 2012	HHMI Awards $50 Million to Colleges Forty-seven small colleges and universities have accepted a challenge: to create more engaging science classes, bring real-world research experiences to students, and increase the diversity of students who study science.
Science News October 7, 2006	Science Safari: Learning about Engineering This site offers material and access to resources to help motivate teachers, counselors, and students to learn about and consider pursuing careers in engineering.
National Defense October 2009 Cynthia D. Miller	Bill to Establish Office of STEM Education The government has more than a dozen agencies dedicated to science, technology, engineering and math initiatives with more than $3 billion allocated to these efforts in 2006.
HHMI Bulletin Nov 2011 Dan Ferber	Calling All Teachers This article focuses on preservice training -- training college students and graduates to be STEM teachers.
IndustryWeek September 14, 2011	Wanted: Talent-Driven Innovation Can the United States meet the challenge of creating the skilled workforce needed for manufacturing leadership?
National Defense September 2011 Fumiko Hedlund	Navy to Invest $100 Million In STEM Education The Navy will increase its investment in science, technology, engineering and math education programs from $54 million to $100 million, Secretary of the Navy Raymond Mabus recently announced.
CIO December 1, 2005 Maria Klawe	Blue Skies Ahead for IT Jobs Contrary to popular belief, career opportunities in computer science are at an all-time high. We've got to spread that message among students from a rainbow of backgrounds, or risk becoming a technological backwater.
T.H.E. Journal September 2001 Elizabeth M. Willis & Peggy Raines	Technology in Secondary Teacher Education Educators must accept the computer and its software not as replacements for the content of the disciplines at the core of the curriculum, but as useful extensions that complement content...
HHMI Bulletin May 2012	President's Letter: Critical Thinking Though our efforts to improve the training of STEM teachers and students are modest in the big picture, we hope the work becomes an amplifying mechanism. And with new initiatives coming out of our science education group, we plan to have an even bigger influence on STEM education in this country.
T.H.E. Journal December 2002 June E. Streckfus	Maryland Strives to Improve Student Learning While Maryland has made a tremendous investment in infrastructure, its overarching goal continues to be improving student learning in core educational areas, as well as in the technological knowledge and skills that are critical to a student's ability to function in today's society.
T.H.E. Journal January 2005 Hawkins Gonzales & Miller Nelson	Learner-Centered Instruction Promotes Student Success Northface University prepares its computer science students for the workplace with real-world projects.