Brookings STEM Report

STEM Cell Economy Humor

 

The Brookings STEM Report offers an analysis of the occupational requirements for STEM knowledge.  How does “The Hidden STEM Economy” impact you?

stem_profile_thumb_16x9STEM Jobs

CSTEMbreak, Social Network For Teachers and Students is On The Rise

Social-network

In the 21st Century, social networking spaces are permeating work places and learning environments; and we are not simply talking about the popular mainstream social networks like Facebook.  Teachers and students are more likely to seek out platforms that support the establishment of networks that offer the privacy, safeguards, peer-to-peer connections, teacher to student connections, and parental and business community engagement.  Furthermore, social network platforms in education ought to support resource sharing that meets specific instructional needs, conclusions drawn based on my experience with thousands of teachers and students across the globe.

While a lot of teachers and students are on Facebook, similarly useful for keeping in touch with peers and connections is CSTEMbreak.  A social network for teachers and students that engages and supports the sharing of information around STEM learning, research, projects, scholarships, and internships as well as career and workforce opportunities.  In this environment the teachers and students interact while maintaining their perspective roles along the education continuum.

Over the past five years, educators’ use of popular networks like Facebook and Twitter has increased overall, as has their use of platforms like CSTEMbreak.  However, one area of challenge is the inability of school systems to evolve with technology, preventing the use of social networks for education.  As a result, more teachers and students are inhabiting the internet on educational social networks via mobile technology instead of desk or laptop computers at school.  In this way— teachers, students, and other communities continue to experiment and socialize over online networks, enriching their experiences in work places and learning environments.

The Ethnic-minority Difference

The Ethnic-minority Difference

Large urban school districts across the nation report that they are making progress educating minority students; however, behind the numbers is a stark contrast between the higher performing Hispanic students, and Black students who continue to be left behind.  The reality is the achievement gap is closing at a faster pace for Hispanic students, and the answer might be in the rigorous English as second language (ESL) training Hispanic students receive starting in early education.

It is important that the reporting of academic performance data lumping Black and Hispanic student results together does not continue to disillusion parents, students, and policy makers. The observed results might cause you to think that things are getting better across the board; however, a different picture emerges when you separate the two groups.  Richard Whitmire, author of Why Boys Fail, reports that between 2002 and 2011 Black student’s readiness benchmarks rose from 3% to 4% while that of Hispanic students rose from 8% to 11%.  The College Board reports that in 2010, Black students made up 14.6% of high school graduates and 8.6% of AP test takers; contrast that with Hispanic students who made up 17% of the graduates and 16% of AP test takers.

The numbers make it clear that the same improvements are not being equally achieved by both groups. Certain school districts have observed that the progress seen in Hispanic students can be attributed to strong teachers, the likelihood of attending better-funded majority Caucasian schools, the school culture in majority Hispanic schools being based on connections to family, and the heavy emphasis on teachers receiving professional development in teaching English as a second language to cope with this burgeoning population.

These facts suggest increased performance ratings in math and science can be attributed to the language improvements of Hispanic students.  I discovered early on in my research through CSTEM, an authentic approach to integrating STEM into Pre K through 12th  curriculum, that student’s not possessing adequate communication skills (i.e. reading, writing, and speaking) generally lag behind in math and science.  Recent data and my research therefore lead me to the conclusion that the emphasis on ESL for Hispanic students should also be in place for Black students.

There is a great need to get back to the basics with Black students who lag behind in their grasp of the English language, not because it is their second language, but rather because a vast number of Black students communicate at home and with their peers using Slang/Broken English/Ebonics, which ultimately spills over to how they communicate at school and when writing. Oftentimes in communities serving majority Black students, strong grammar and English teachers are not consistent throughout their Pre K through 12th grade education journey.  So once these students begin falling behind, there is very little teacher professional development training that focus on tackling this issue in order to improve the grammar and English language deficiencies of such students.  Furthermore, schools tend to offer remediation to Black students focused more on drills, memorization and practice questions for passing state standardized test, rather than mastery of fundamentals of English and Language Arts.

The academic challenges faced by Black and Hispanic students are clearly different, and if we are not careful when lumping the two groups together, we will continue to miss the true picture behind the data.  Having a clear understanding allows our schools to be better able to pinpoint best practices and offer services that truly aid in reducing the achievement gap for these very distinct groups of students.  It is my belief that a renewed emphasis on the development of grammar and English for Black students will result in producing a greater number of math and science scholars of the future.  The concern is failure to address this issue of grouping all minorities together will only lead to a further widening of the achievement gap, where Black students are the ones who truly get left behind, particularly in areas of STEM (science, technology, engineering, and mathematics).

CEA Welcomes CSTEM as New Academic Partner and Affiliate Member

 


For Immediate Release *** October 20, 2011

Contact: Craig Koshkin, (713) 337-8820, ckoshkin@consumerenergyalliance.org

CEA Welcomes CSTEM as New Academic Partner and Affiliate Member

Culminates Year-Long Collaboration in Developing & Launching

First Ever Energy Day Festival

HOUSTONConsumer Energy Alliance (CEA) is pleased to welcome CSTEM as its newest affiliate member.

Since 2002, CSTEM has operated as a non-profit organization providing services to teachers and students in areas of communication, science, technology, engineering, and mathematics (CSTEM).  Through action research, CSTEM has developed a program that support and service Pre K-12 pipeline teams, enriching the teaching and learning process for both teachers and students around the world. Students find success with STEM, develop leadership skills, learn how to work successfully on a team, explore and discover career opportunities in STEM, and experience learning outside of their school and home community.

“CSTEM is so pleased to work with CEA to further educational and workforce opportunities for young people,” said CSTEM founder and CEO, Dr. Reagan Flowers. “The annual international CSTEM Challenge, and CEA’s Energy Day are just two examples of effective collaborative partnerships of two organizations working together to deliver positive messages about technology, science and education to students. CEA’s mission of expanding the dialogue around our nation needs for every form of energy to meet the demands of the future, affords students everywhere so many exciting opportunities to learn and experience energy in all its forms. CSTEM is committed to the continued development of our programs to engage students in STEM and creating opportunities that build better futures. By joining CEA, CSTEM hopes to be able to reach even more students in an attempt to increase the interest rate amongst students in STEM related fields. Together CSTEM and CEA can bolster educational opportunities for America’s youth.”

“Consumer Energy Alliance has been very proud to partner with CSTEM over much of 2011 to help make Houston’s Energy Day a reality and amplify all of CSTEM good work bringing science and energy-related education to students throughout Texas,” said CEA president David Holt. “Educating young people on the role energy plays in their daily lives is a fundamental function for CEA. CEA is proud of our collaboration with CSTEM and looks forward to doing even more together to provide students with credible energy information and activities that show students how STEM fields can become rewarding careers.”

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Consumer Energy Alliance (CEA) is a nonprofit, nonpartisan organization, comprised of more than 160 affiliate members, including energy consumers and producers, and tens of thousands of consumer advocates, that supports the thoughtful utilization of energy resources to help ensure improved domestic and global energy security, stable prices for consumers and balanced energy policy for America.

 

 

Early STEM Program Still Going Strong

Originally article by Jason Koebler posted in www.usnews.com

Early STEM Program Still Going Strong

 

With the onset of the great recession and a skyrocketing unemployment rate, improving science, technology, engineering, and math (STEM) achievement has everyone’s attention. But it’s not a new problem, according to Reagan Flowers, the founder of one of the country’s first STEM programs.

For nearly 10 years, her organization, C-STEM (the C stands for communication) has been helping engage at-risk students in math, science, and English—long before many corporations began donating money to organizations like hers.

“Being an early innovator, a front-runner—we haven’t benefited so much in terms of the funding,” Flowers says. “When I started there was no research, I couldn’t find anything to back up my thinking. I almost doubted it in a sense.”

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