整合基于研究的实践和移动技术,以支持学生在中学后STEM中的执行功能挑战

Jingrong Xie, James D. Basham, A. Bensel
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摘要

学习通用设计(UDL)框架解决了残疾学生在中学后STEM教育中的各种学习需求。作者认为,在学习过程中支持残疾学生的执行功能技能和学习策略对于残疾学生在中学后STEM教育中的持续和成功至关重要。经过审查的研究表明,中学后STEM教育中的EF挑战是swd的关键领域。了解目前有关在专上教育中为社工提供以研究为基础的实践(即EF培训和电子辅导)的有效性的研究,可以帮助社工在专上STEM教育中取得成功,并使STEM劳动力多样化。我们强调新兴的移动平台,结合以研究为基础的教学实践,可以支持社工在STEM后教育方面的成功和坚持。讨论了其含义和局限性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Integrating research-based practices and mobile technology to support students with executive functioning challenges in post-secondary STEM
The Universal Design for Learning (UDL) framework addresses the diverse learning needs of students with disabilities (SWDs) in post-secondary STEM education. The authors argue that supporting executive function skills (EFs) and learning strategies for students with disabilities (SWDs) during their learning process is important to the persistence and success of SWDs in post-secondary STEM education. Reviewed research indicates that EF challenges in post-secondary STEM education are a critical area for SWDs. Understanding current studies on the effectiveness of providing research-based practices (i.e., EF coaching and e-mentoring) for SWDs in post-secondary education can support the success of SWDs in post-secondary STEM education and diversify STEM workforce. We highlight how emerging mobile platforms, integrated with research-based instructional practices, can support SWDs' success and persistence in post-secondary STEM education. The implications and limitations are discussed.
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