Implementing CS Principles as a Breadth-First Survey Course (Abstract Only)

Chris Mayfield
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Abstract

With the recent launch of AP CS Principles in 2016-17, many efforts are currently underway to share curriculum resources and prepare new teachers. The community has primarily focused on high school implementations, which have different situational factors than university courses (e.g., amount of class time). In this poster, we present the design of a survey course that aligns with CS Principles and also continues the long tradition of breadth-first introductions to computer science at the college level. We describe the instructional strategies, assessments, and curriculum details, providing a model for how to modify existing CS0 courses. We also outline twelve lab activities that support the computational thinking practices and learning objectives of the AP curriculum framework. All instructional materials including activities, labs, performance tasks, and rubrics are freely available on the course website: https://w3.cs.jmu.edu/cs101. Quizzes, solutions, and other materials are also available to instructors upon request. The course has run successfully for the past four years at two universities and three high schools via dual enrollment. Initial results suggest that the curriculum has a positive impact on student confidence levels and attitudes toward computer science.
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将CS原理作为广度优先的调查课程(仅摘要)
随着2016-17学年AP CS原则的推出,目前正在进行许多努力,以共享课程资源和培养新教师。社区主要关注的是高中的实现,它与大学课程有不同的情境因素(例如,上课时间的多少)。在这张海报中,我们展示了一门调查课程的设计,它与计算机科学原理保持一致,同时也延续了大学水平计算机科学的广度优先介绍的悠久传统。我们描述了教学策略、评估和课程细节,为如何修改现有的CS0课程提供了一个模型。我们还概述了十二个实验活动,以支持AP课程框架的计算思维实践和学习目标。所有的教学材料,包括活动、实验、表演任务和大纲,都可以在课程网站上免费获得:https://w3.cs.jmu.edu/cs101。测验,解决方案和其他材料也可以根据要求提供给教师。在过去的4年里,该课程在两所大学和三所高中通过双招生的方式成功地运行。初步结果表明,课程对学生的信心水平和对计算机科学的态度有积极的影响。
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