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Determining the Efficacy of Communications Technologies and Practices to Broaden Participation in Education: Insights from a Theory of Change

机译:确定通信技术和实践要扩大教育的功效:改变理论的见解

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BreakThru is the core project of the Georgia STEM Accessibility Alliance (GSAA), which is supported by the Research in Disabilities Education (RDE) program of the National Science Foundation (NSF). Launched in 2010, GSAA is one of 10 RDE Alliances throughout the United States designed to broaden the participation and achievement of people with disabilities in STEM education and careers. The most distinctive feature of GSAA has been its use of virtual worlds and online communications platforms to support or implement most project activities. Empirical findings have informed the creation of a theory of change to explain how characteristics of technologically mediated mentoring practices may positively impact students’ internal characteristics across five indicators (intention to persist, increased self-advocacy, increased self-determination, decreased math anxiety, and decreased science anxiety). Successful internalization of these characteristics may be expected to increase students’ intention to persist in STEM education and support concrete steps to persist. This project seeks to fill a critical research gap and inform the field about the potential efficacy of e-mentoring programs and how they might be evaluated. It also seeks to determine appropriate methodologies and approaches for doing so.
机译:突破性是格鲁吉亚干途径联盟(GSAA)的核心项目,由国家科学基金会(NSF)的残疾教育(RDE)计划的研究得到支持。在2010年推出,GSAA是整个美国10个RDE联盟之一,旨在扩大茎教育和职业生涯中残疾人的参与和实现。 GSAA最独特的特点一直在使用虚拟世界和在线通信平台来支持或实施大多数项目活动。实证发现已经了解改变理论,以解释技术介导的辅导实践的特点是如何影响学生在五个指标的内部特征(有意持续,增加自我宣传,增加自我决定,减少数学焦虑,以及减少数学焦虑减少科学焦虑)。可以预期这些特征的成功内化可能会增加学生持续存在于茎教育的意图,并支持具体步骤持续存在。该项目旨在填补关键的研究差距,并通知该领域关于电子指导计划的潜在效果以及如何评估它们。它还试图确定这样做的适当方法和方法。

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