STEM department chairs’ perspectives on navigating teaching culture to influence instructional change: a four-frames model analysis

B. A. Couch, L. Prevost, M. Stains, Ariel E. Marcy, Blake Whitt, James K. L. Hammerman, Amy N. Spiegel
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Abstract

Academic departments have been highlighted as key targets to sustainably transform the learning environments of postsecondary science, technology, engineering, and mathematics (STEM) courses in the United States. Despite STEM department chairs playing a critical role in shaping their unit, few studies have characterized how chairs view the teaching culture within their department and how cultural features influence instructional change. This study addressed this gap by applying the four-frames model for organizational change to analyze interviews conducted with 14 STEM department chairs at one research-intensive institution in the United States. The department chairs identified several challenges to supporting and advancing teaching culture. These challenges were mostly related to the structures and symbols frames and included an institutional emphasis on research over teaching, inadequate methods to evaluate effective teaching, and weak teaching feedback mechanisms available to faculty. The chairs also described how they leverage their power to affect people and thereby influence the teaching culture. For example, they strategically position teaching as an important aspect of the departmental culture during hiring processes and elevate certain groups of faculty who have demonstrated interest and efficacy in teaching. This study contributes to the literature by providing a rich description of the teaching culture in STEM departments at a research-intensive institution from the perspective of department chairs. This unique focus on department chairs helps identify opportunities for instructional reforms that are grounded in the reality of the departmental environment and provides a framework for considering how change might occur in STEM departments at research-intensive institutions. The opportunities identified emphasize the importance for department chairs to consider and leverage all four frames to enact instructional change.
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科学、技术、工程和数学系主任对引导教学文化以影响教学变革的看法:四框架模型分析
在美国,学术部门一直被视为可持续改造中学后科学、技术、工程和数学(STEM)课程学习环境的关键目标。尽管科学、技术、工程和数学(STEM)系主任在塑造本系的教学环境方面发挥着至关重要的作用,但很少有研究说明系主任如何看待本系的教学文化,以及文化特征如何影响教学变革。本研究运用组织变革的四框架模型,对美国一所研究密集型院校的 14 位 STEM 系主任进行了访谈分析,从而填补了这一空白。系主任们指出了支持和推进教学文化所面临的若干挑战。这些挑战主要与结构和符号框架有关,包括机构重研究轻教学、评估有效教学的方法不足以及教师可用的教学反馈机制薄弱。教席还介绍了他们如何利用自己的权力影响他人,从而影响教学文化。例如,在招聘过程中,他们将教学作为系部文化的一个重要方面进行战略定位,并提升某些对教学表现出兴趣和效率的教师群体的地位。本研究从系主任的角度出发,对一所研究密集型院校的 STEM 系的教学文化进行了丰富的描述,为相关文献做出了贡献。这种对系主任的独特关注有助于发现立足于系部现实环境的教学改革机会,并为考虑如何在研究密集型院校的 STEM 系部进行变革提供了一个框架。所发现的机会强调了系主任考虑和利用所有四个框架来实施教学改革的重要性。
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