Academic Recognition of Military Experience in STEM Education

Recent calls for increases in science, technology, engineering, and math (STEM) education attainment and veterans' education success have created a platform for examining how veterans with military experience in STEM fields can more efficiently complete postsecondary education and training.The American Council on Education (ACE) military evaluation program provides credit recommendations for military courses that align servicemembers' training with postsecondary curricula and competencies. These recommendations,if accepted as transfer credit, can decrease the time it takes servicemembers and veterans to complete STEM certificates and degrees.Numerous challenges exist in considering military credit recommendations for postsecondary courses and degrees. The process is complex, requiring an acute understanding of military transcripts and the resources and tools available to assist institutions of higher education in awarding credit for military training. Additionally, misinformation and lack of awareness regarding the content, scope, and rigor of the ACE review process and resulting credit recommendations create resistance to awarding credit.Successfully increasing acceptance of military credit recommendations at institutions of higher education can be achievedthrough public-private partnerships between colleges and universities, federal agencies, workforce development experts, and other key stakeholders using available resources and tools to build degree pathways that accurately map military training to STEM courses.An education campaign about the ACE review process and the value of the resulting credit recommendations will also help eliminate the stigma surrounding credit awarded for prior learning, and boost support among leaders and institutions for increased acceptance of military credit recommendations. This approach will lead to the developmentof best practices and, ultimately, increases in both STEM attainment and veterans' education success

Using Social Media to Promote STEM Education: Matching College Students with Role Models

STEM (Science, Technology, Engineering, and Mathematics) fields have become increasingly central to U.S. economic competitiveness and growth. The shortage in the STEM workforce has brought promoting STEM education upfront. The rapid growth of social media usage provides a unique opportunity to predict users' real-life identities and interests from online texts and photos. In this paper, we propose an innovative approach by leveraging social media to promote STEM education: matching Twitter college student users with diverse LinkedIn STEM professionals using a ranking algorithm based on the similarities of their demographics and interests. We share the belief that increasing STEM presence in the form of introducing career role models who share similar interests and demographics will inspire students to develop interests in STEM related fields and emulate their models. Our evaluation on 2,000 real college students demonstrated the accuracy of our ranking algorithm. We also design a novel implementation that recommends matched role models to the students.Comment: 16 pages, 8 figures, accepted by ECML/PKDD 2016, Industrial Trac

Preparing the Future Workforce: Science, Technology, Engineering and Math (STEM) Policy in K12 Education in Wisconsin

Last December, the Science, Technology, Engineering, and Mathematics (STEM) Education Coalition - a national organization of more than 600 groups representing knowledge workers, educators, scientists, engineers, and technicians wrote to President-elect Obama urging him to "not lose sight of the critical role that STEM education plays in enabling the United States to remain the economic and technological leader of the 21st century global marketplace." While that imperative appears to have resonated in Washington, has it and should it resonate in Madison? This report attempts to answer that question by examining the extent to which STEM skills are a necessity for tomorrow's Wisconsin workforce, whether our schools are preparing students to be STEM-savvy workers, and where STEM falls in the state's list of educational priorities

Arizona’s Rising STEM Occupational Demands and Declining Participation in the Scientific Workforce: An Examination of Attitudes among African Americans toward STEM College Majors and Careers

According to the Bureau of Labor Statistics (2008), science, technology, engineering, and math (STEM) occupations constitute a growing sector of Arizona’s economy. However, the number of African Americans earning degrees related to these occupations has not kept pace with this growth. Increasing the participation of African Americans in STEM education fields and subsequent related occupations in Arizona is vital to growing and maintaining the state’s economic stature. This objective is made even more compelling given that each year, from 2008– 2018, there are 3,671 projected job openings in STEM fields in Arizona. This study explores the extent to which the attitudes held by African Americans in Arizona toward STEM related majors and careers influence their likelihood of joining the state’s scientific workforce. Our analyses reveal the importance of career consideration, confidence in one’s ability to be successful in a STEM related field, and family support of the pursuit of STEM education and careers.Educatio

STEM-APPROACH TO THE TRANSFORMATION OF PEDAGOGICAL EDUCATION

STEM-education is one of the important areas of the educational reform of XXI century. Modern initiatives in the field of STEM require the development of a model for transforming education that would correspond to contemporary demands of society. Such a general scenario and preliminary statement confirm the thesis underlying this research: there is a need to transform the existing model of training, first of all, pedagogical staff from classical education to innovative STEM-education. It was found that institutions and scholars are searching for new approaches to prepare people for solving real problems of the surrounding world through different STEM-approaches in education. In the article, the authors describe the transformation model of education for the introduction of the STEM-approach in a pedagogical university in order to prepare educators of a new formation and the main indicators of its effectiveness

Education innovation through material innovation in primary education : the grow-it-yourself workshop

In recent years more STEM (Science, Technology, Engineering and Mathematics) topics have been incorporated in mainstream public education. Although the benefits of STEM instruction are broadly recognised in secondary school curricula, STEM topics in primary education are rather limited, leaving a gap in manipulative skills building and in preparation processes for the next school level. This paper reflects on the outcomes of a design workshop attended by 12 primary school students (9 to 12 years old) in Belgium. Mycelium, a fungi-based natural material now used in innovative sustainable applications, served as a means to introduce early learners engineering basics through self-made learning tools. Students grew their own 3-D structures to build a 'Grow-It-Yourself biodegradable playground using mycelium as a primary source. The paper stems from an in-progress research that investigates the opportunities of how mycelium as a material innovation can be used as a medium to create innovation in primary education through a learning-by-design approach. Reflections on the workshop's instructional guidelines are included along with an extension of the call for support for primary school teachers delivering STEM topics in their classes

Richard L. Bready Mount Hope Bay Sailing and Education Center \u27Puts RWU On the Map\u27

Multifunction facility to serve as a home for top ranked sailing team and a resource for STEM education

Diocese of Providence Partners with SCS to Integrate STEAM in Catholic Schools

Professional Education Center program will help Catholic school teachers tie arts into instruction on STEM subjects

Latinas\u27 Persistence in High Education STEM

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