Considering the Development and Evaluation of Engineers as Teachers

Cassie Wallwey, Amanda Singer, Lynn Hall, David Delaine, Jennifer Herman
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Abstract

Engineering faculty are required to teach but are rarely trained in evidence-based practices in teaching and learning. While many faculty often mirror how they were taught and slowly develop their curriculum and skills over time, the methods for their development cannot keep pace with the rapidly changing landscape of engineering classrooms. This includes changes in students’ needs, pedagogical advances, and the technology accessible to students. In response to the need for training, development, and continuous improvement of engineering faculty’s teaching beyond the limited feedback that student and peer evaluations provide, our department piloted a program offering 18 different options for teaching development activities. Faculty could choose from these options to enhance their teaching practices. Three focus groups were conducted with a total of 12 faculty participants to iterate and improve upon the piloted program. Qualitative analysis of these focus groups, involving multiple phases of coding and general theming of the focus group transcript data, revealed more than just the faculty’s impressions of the piloted program. Our analysis revealed that two value systems exist when it comes to teaching and teaching development: what is valued personally by a faculty member and what is valued systemically by the department, college, university, or field they work within. The identification of these two distinct value systems revealed that misalignments exist between them. What faculty personally value about their teaching and teaching development might not be valued by the systems in place, and vice versa. We present examples of how faculty discuss these two value systems and explore the implications of conflicting value systems, as well as opportunities for departments to enhance alignment between these value systems to boost faculty motivation for regular engagement with teaching development practices.
考虑工程师作为教师的发展与评价
工程学教师必须授课,但却很少接受循证教学实践方面的培训。虽然许多教师经常照搬他们的教学方法,并随着时间的推移慢慢发展他们的课程和技能,但他们的发展方法无法跟上工程学课堂的快速变化。这包括学生需求的变化、教学法的进步以及学生可以使用的技术。除了学生和同行评价所提供的有限反馈之外,我们还需要对工程系教师的教学进行培训、发展和持续改进,为此,我们系试行了一项计划,提供 18 种不同的教学发展活动选项。教师可以从这些选项中进行选择,以加强他们的教学实践。我们开展了三个焦点小组活动,共有 12 名教师参加,以对试点项目进行迭代和改进。对这些焦点小组的定性分析,包括对焦点小组记录数据的多阶段编码和总体主题分析,揭示的不仅仅是教师对试点项目的印象。我们的分析表明,在教学和教学发展方面存在两种价值体系:教员个人的价值体系和他们所在的系、学院、大学或领域的系统价值体系。对这两种截然不同的价值体系进行识别后发现,它们之间存在偏差。教职员工个人对其教学和教学发展的重视可能并不为现有系统所重视,反之亦然。我们举例说明了教师如何讨论这两种价值体系,并探讨了价值体系冲突的影响,以及各院系如何加强这些价值体系之间的协调,以提高教师定期参与教学发展实践的积极性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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