EAGER: Research Design and Rigor in NSF funded Education Research Projects: A Time Series Analysis of the Engineering Education and Chemical Education Research Communities

EAGER： NSF 资助的教育研究项目的研究设计和严谨性：工程教育和化学教育研究社区的时间序列分析

• 批准号: 1646888
• 负责人: Johannes Strobel
• 金额: $ 30万
• 依托单位: University of Missouri-Columbia
• 依托单位国家: 美国
• 项目类别: Standard Grant
• 财政年份: 2016
• 资助国家: 美国
• 起止时间: 2016-09-15 至 2019-03-31
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=1646888&HistoricalAwards=false
• 关键词: EAGER; Research; Design; Rigor; NSF

Discipline-based education research (DBER) in STEM fields has received wide-spread attention and praise for overcoming the traditional schism between disciplinary STEM technical research and STEM education research. DBER scholars are creating new knowledge and learning theories that are discipline-relevant and context-specific. Nevertheless, the emergence and practice of DBER has not come without challenges: (1) building of human research capacity takes time and effort, (2) advanced and sophisticated research designs might not be chosen by novice education researchers, (3) the variation in quality and methodological rigor represents a challenge inherent to any nascent research community working to establish itself, (4) DBER communities are criticized for being insular to each other and towards the larger education research community, and (5) the acceptance of DBER research as equal scholarship within STEM communities might be low at first. In 2013, a joint publication by the National Science Foundation, the US Department of Education, and the Institute of Education Sciences produced the "Common Guidelines for Education Research and Development" offering scholars an overall framework for different types of educational research projects. Although these guidelines codify an existing standard for quality assurance and best practice, the extent to which these guidelines represent the current practice of research in DBER communities has not been investigated. As such, the merit of this project is to provide an essential understanding of common patterns of research practice in two DBER communities - engineering education and chemical education. Findings from this project have the potential to inform not only the education of the next generation of DBER researchers and communities, but also to increase capacity and quality of pursued STEM education research. This project is unique in that it analyzes and compares research practice of two DBER communities, engineering education and chemical education, with a time-series approach. This project addresses four urgent needs that are essential to understanding common patterns of research practice: (1) the need to build awareness and improve research practice across disciplines, (2) the need to increase collaboration on common issues, (3) the need to allow for broader discussion of educational research traditions and processes, and (4) the need to produce empirical results and knowledge that can be shared across different disciplines and research communities. A developmental approach is used to define these two DBER communities by their scholarly products and publications, and not by their organizations and publication venues. This approach allows higher sensitivity towards nascent fields and DBER communities, which include researchers who are starting to add a secondary research field. Research findings from this project have the potential to inform funding policies at agencies that support STEM education research and provide insight on the state of the art of DBER fields.

STEM领域的基于计算机的教育研究（DBER）因克服了学科STEM技术研究和STEM教育研究之间的传统分裂而受到广泛关注和赞誉。DBER学者正在创造与学科相关且特定于背景的新知识和学习理论。然而，DBER的出现和实践并非没有挑战：（1）人类研究能力的建设需要时间和努力，（2）先进和复杂的研究设计可能不会被新手教育研究人员所选择，（3）质量和方法严谨性的变化是任何新生的研究社区努力建立自己所固有的挑战，（4）DBER社区被批评为彼此孤立，并对更大的教育研究社区，（5）DBER研究作为STEM社区内的平等奖学金的接受程度可能一开始就很低。 2013年，美国国家科学基金会、美国教育部和教育科学研究所联合出版了《教育研究与发展共同准则》，为学者提供了不同类型教育研究项目的总体框架。 虽然这些准则编纂了现有的质量保证和最佳实践标准，但这些准则在多大程度上代表了DBER社区目前的研究实践，尚未进行调查。因此，这个项目的优点是提供了一个基本的理解，在两个DBER社区的研究实践的共同模式-工程教育和化学教育。该项目的研究结果不仅有可能为下一代DBER研究人员和社区的教育提供信息，而且还可以提高STEM教育研究的能力和质量。 该项目的独特之处在于，它分析和比较了两个DBER社区，工程教育和化学教育的研究实践，与时间序列的方法。该项目解决了对理解研究实践的共同模式至关重要的四个迫切需求：（1）需要提高认识，改进跨学科的研究实践，（2）需要加强在共同问题上的合作，（3）需要允许对教育研究传统和过程进行更广泛的讨论，以及（4）需要产生可以在不同学科和研究团体之间共享的经验性结果和知识。采用发展的方法来定义这两个DBER社区，通过其学术产品和出版物，而不是通过其组织和出版场所。这种方法允许对新生领域和DBER社区具有更高的敏感性，其中包括开始添加次要研究领域的研究人员。该项目的研究结果有可能为支持STEM教育研究的机构的资助政策提供信息，并提供有关DBER领域最新技术的见解。

项目成果

A Creative Approach to the Undergraduate Research Experience. American Society for Engineering Education (ASEE). Tampa, FL, June 16-19. (14 pages).

本科生研究经验的创造性方法。

• 发表时间: 2019
• 期刊: ASEE Annual Conference proceedings
• 作者: Pfeiffer, F.