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If We Build It, Will They Come? Attracting, and Retaining, Under-Represented Groups in Engineering

机译:如果我们建造它,他们会来吗?在工程中吸引和留下,以非代表性的群体

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As the demand for engineers and other technically trained professionals grows in our increasingly technological society, the problem of attracting and retaining members of underrepresented groups to these fields is becoming increasingly more critical. To address this issue, many universities, schools, and organizations have put in place programs to encourage underrepresented groups to pursue technical careers. This paper will present a sampling of the many different programs and approaches being directed toward this goal, concentrating on those currently being funded through the National Science Foundation's education-related programs, including such programs as "Gender Equity" and "Bridges to Engineering Education". While these programs address many areas of Science, Technology, Engineering, and Mathematics (STEM) education, this paper will concentrate on exemplars of programs which are successfully addressing under-representation of such groups as women, the economically disadvantaged, Native Americans, African Americans, and Hispanics, in these fields. Programs which will be examined include school-based programs at all age levels from elementary school through graduate study; teacher education programs; informal education programs, including summer programs, after-school programs, and museum-based programs; software and website development; and conference and publication related activities. A special discussion will be given to three of the University of Tennessee at Chattanooga's relevant programs: Adventures in Computers, Engineering, and Space (ACES), to encourage middle school girls to consider careers in these fields, and to continue their education in science and mathematics; Upward Bound Promoting Resolve In Science and Math (PRISM), a program funded by the U.S. Department of Education to help students from low income families develop both interest and potential in these fields; and Bridges to Engineering Science: Teaching Teachers (BESTT), a new grant to develop a program to widen the pipeline to engineering by inserting appropriate engineering science-related content into K-12. Each of the programs discussed can serve as a model for other communities concerned with under-representation of women, ethnic groups, and socioeconomic sectors in technical careers.
机译:随着对工程师和其他技术训练有素的专业人士的需求增长,我们越来越多的技术社会,吸引和留住群体的议员对这些领域的问题变得越来越重要。为了解决这个问题,许多大学,学校和组织都制定了鼓励经验不足的团体追求技术职业的计划。本文将提出众多不同方案的采样和针对这一目标的方法,专注于通过国家科学基金会的教育相关方案所资助的那些,包括“性别股权”和“工程教育的桥梁”等方案。 。虽然这些方案涉及许多科学,技术,工程和数学(Stew)教育领域,但本文将集中于计划的计划,该计划是成功地处理妇女作为妇女,经济弱势群体,美洲原住民,非洲裔美国人的代表性和西班牙裔美国人在这些领域。将审查的计划包括通过研究生学习从小学的所有年龄级别的学校课程;教师教育计划;非正式教育计划,包括暑期计划,课后计划和基于博物馆的计划;软件和网站开发;和会议和出版相关活动。将在Chattanooga的相关计划中赋予田纳西大学的特殊讨论:计算机,工程和空间(Aces)的冒险,鼓励中学生考虑这些领域的职业,并继续教育科学和教育数学;向上促进科学和数学(棱镜)决心,由美国教育部资助的项目,以帮助低收入家庭的学生在这些领域发展兴趣和潜力;和工程科学的桥梁:教学教师(BESTT),通过将适当的工程科学相关内容插入K-12来扩展管道来扩展管道的新授权。所讨论的每个课程都可以作为其他有关妇女,族群和社会经济部门在技术职业中的陈述的其他社区的典范。

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