Collaborative Research: Integrating Computation into Undergraduate Physics--A Faculty Development Approach to Community Transformation

五个不同机构之间的合作将建立和培养一个致力于将计算融入本科物理课程的教师社区。 尽管计算方法在物理研究中很重要，但在本科物理课程中却很少。该项目将通过教师发展研讨会、研讨会后支持系统和社区建设研究项目来满足这一需求。 该项目将重点开发可移植、适应性强和可持续的方法，将教学策略融入本科物理课程中。它将把基于计算机的算法问题解决置于与传统数学和实验方法同等的地位。 参与者将在研讨会上开发计算练习，将其整合到他们的物理课程中，随后将获得支持，以确保他们开发的材料成功整合到他们的课程中。 参与者的发展活动将强调教师的所有权，这对于可运输性和可持续性至关重要。该项目将对社区建设方法的有效性以及计算与本科物理课程的整合程度进行深入研究。它将作为案例研究，为有关高等教育实践变革的文献提供信息。该研究部分及其传播计划将确保社区不仅在成员数量上继续增长，而且在大规模评估和最佳实践的实施方面也将继续增长。 当开发的计算材料用于物理课堂时，全国 STEM 学生的学习将得到加强。

This collaboration among five diverse institutions will build and nurture a community of faculty committed to integrating computation in undergraduate physics courses. Although computational methods are important in physics research, they are scarce in the undergraduate physics curriculum. This project will address this need through faculty development workshops, a post-workshop support system, and a community building research project. This project will focus on developing transportable, adaptable, and sustainable methods for infusing an instructional strategy into the undergraduate physics curriculum. It will place computer-based, algorithmic problem solving in a position that is coequal to traditional mathematical and experimental methods. Participants will develop computational exercises to be integrated into their physics courses at the workshops, and later will receive support to ensure that the integration of their developed materials into their courses is successful. Faculty ownership will be emphasized in the participants' development activities and is essential for transportability and sustainability. The project will conduct a thorough research study of the effectiveness of the community building approach, as well as the degree to which integration of computation into undergraduate physics courses has increased. It will serve as a case-study informing the literature on change in higher education practices. This research component and its dissemination plan will ensure that the community will continue to grow not only in membership, but also in the large-scale assessment and implementation of best practices. When the computational materials developed are used in physics classrooms, STEM student learning across the country will be enhanced.