论文标题
部分可观测时空混沌系统的无模型预测
Using Pre-/Post-Quizzes Intentionally in Curriculum Development and Evaluation
论文作者
论文摘要
在课程开发开始时,对课程进行最终的总结评估是“向后设计”的实现,该课程首先确定学习目标,并且课程进行了端到分的设计以实现这些目标。我们通过专业发展计划(PDP)进行了向后设计的培训,并适应了PDP评估思想,以评估课程设计和教学功效。预/后/后是一项课程的第一天和最后一天的评估;学习者的分数用于衡量归一化收益:学生在课程中学到的比率相对于他们所知道的。为每门课程开发预/后的有意过程,将教育工作者集中在退出课程的学习者所需的基本理解上。然后,可以使用该课程的归一化获得统计数据来评估课程的功效,并且可以使用相同的PER-AL-QUIZ来跟踪归一化的收益来监视课程的改进。此外,单个讲师可以通过跟踪随着时间的推移从所有课程中的标准收益来自我评估他们的教学功效。在这里,我们讨论以自定义前/Quiz开始的后退课程设计实践,并利用它进行即时和纵向评估,主要专注于设计整个本科科学课程。
Developing the final summative assessment of a course at the start of curriculum development is an implementation of "backward design," whereby learning objectives are identified first and the curriculum is engineered end-to-beginning to achieve them. We trained in backward design through the Professional Development Program (PDP) and adapted PDP assessment ideas for evaluation of curriculum designs and teaching efficacy. A pre-/post-quiz is an assessment administered the first and last day of a course; a learner's scores are used to measure normalized gain: the ratio of what a student learned during a course relative to what they knew entering it. The intentional process of developing a pre-/post-quiz for every course focuses the educator on the essential understanding desired of the learners exiting the course. The normalized-gain statistics for the course can then be used to evaluate the course's efficacy, and improvements to the curriculum can be monitored by tracking the normalized gains over time, using the same pre-/post-quiz. Moreover, an individual instructor may self-evaluate their teaching efficacy by tracking normalized gains from all courses over time. Here we discuss applying the practice of backward curriculum design starting with a custom pre-/post-quiz and utilizing it for immediate and longitudinal evaluation, focusing primarily on designing an entire undergraduate science course.