Polar (DCL- 16-119): Collaborative Research: Computational Guided Inquiry for Incorporating Polar Research into Undergraduate Curricula

这个项目将探讨当计算引导探究（CGI）被用来让本科生以一种有意义的方式体验极地研究时，对学生学习的影响。在CGI结构的课程中，教师指导学生使用计算工具进行科学探究，以管理，分析和可视化数据。该项目将创建一组七个CGI模块（例如，Xueyter笔记本电脑，Excel电子表格），将极地研究和数据纳入各种本科课程。目的是提高学生的气候素养，提高学生使用真实的数据进行科学探究的能力，同时提高课程目标的学习成果。 教师将在夏季研讨会上接受在主动学习框架中部署CGI模块的培训，然后将在各种本科课程（大气科学，化学，物理，环境经济学和计算机科学）中实施这些模块。独立评价将用于探索学习成果。第二次研讨会将解决挑战，并导致改进模块和教学材料，将在教育网站门户上传播，拟议的工作将提高我们对学生如何学习的理解，包括如何通过整合（1）使用真实世界的数据（2）课堂翻转的主动学习技术（3）计算工具来提高学习成果。使用真实世界的数据集被认为是真正吸引学生的问题是与他们相关的。CGI模块代表了一种新的课程工具，它有可能促进跨学科的学习：学生学习课程主题，同时也学习极坐标数据，如何使用真实的数据查询，和计算机编程。建议的工作是测试和评估这些CGI模块的潜力，以提高学生的学习的第一步。建议的工作代表了一系列更广泛的影响，包括本科生的教育，课程材料的开发，主动学习方法的进步和本科生参与研究。这项工作将通过提高气候素养，了解极地地区及其在气候中的作用以及本科阶段的计算素养来造福社会。此外，学生在这里提出的主动学习活动中获得的技能预计将在课堂之外的环境中有用。这些包括协作，批判性思维，数据分析和解决问题的技能，这是至关重要的，帮助学生学会科学地思考复杂挑战的工程解决方案;这些技能被认为是成功的STEM教育的关键内容本身。学生参与调查与真实的数据和真正的研究工具将有助于改变他们的自我认知从被动的学习者实现科学家。作为该提案的一部分开发的教育材料将通过来自一系列机构（包括州立大学，文理学院和社区学院）的教师的参与直接影响各种本科课程。该项目有可能在赠款期间达到估计1000名本科生。为了实现更广泛的传播，并在资助期结束后继续接触本科生，所有材料将在在线教育门户网站上共享。

This project will explore impacts on student learning when computational guided inquiry (CGI) is used to allow undergraduate students to experience polar research in a meaningful way. In a CGI-structured course, the instructor guides the students in scientific inquiry using computational tools for managing, analyzing, and visualizing data. This project will create a set of seven CGI modules (e,g, Jupyter notebooks, Excel spreadsheets) that will incorporate polar research and data into a variety of undergraduate classes. The aim is to improve student climate literacy and to increase student ability to use real data to conduct scientific inquiry while at the same time enhancing learning outcomes for course objectives. Instructors will be trained in deploying the CGI modules in an active learning framework in a summer workshop and will then implement the modules in a variety of undergraduate classes (atmosphere science, chemistry, physics, environmental economics, and computer science). Independent evaluation will be used to explore learning outcomes. A second workshop will address challenges and lead to improved modules and instructional material that will be disseminated on an educational website portal.The proposed work will improve our understanding of how students learn, including how learning outcomes can be improved through integration of (1) use of real-world data (2) the active-learning technique of classroom flipping and (3) computational tools. Use of real-world datasets is believed to authentically engage students in questions that are relevant to them. The CGI modules represent a novel curricular tool, which has the potential to foster cross-disciplinary learning: students learn course topics while also learning about polar data, how to use real data in inquiry, and computer programming. The proposed work is a first step in testing and evaluating the potential of these CGI modules to enhance student learning.The proposed work represents a range of broader impacts, including education of undergraduate students, development of course materials, advancement of active learning methods and undergraduate student participation in research. This work will benefit society through increasing climate literacy, understanding of the Polar Regions and their role in the climate, and computational literacy at the undergraduate level. Furthermore, the skills acquired by students engaging in the active learning activities proposed here are expected to be useful in contexts beyond the classroom. These include collaboration, critical thinking, data analysis, and problem solving skills, which are vital in helping students learn to think scientifically about engineering solutions to complex challenges; these skills are believed to be as critical to successful STEM education as the content itself. Student engagement in inquiry with real data and bona fide research tools will help change their self-perceptions from passive learners to realized scientists. The educational materials developed as part of this proposal will directly impact a variety of undergraduate courses through the engagement of instructors from a range of institutions, including state universities, liberal arts colleges, and community colleges. This project has the potential of reaching an estimated 1000 undergraduate students during the grant period. To achieve wider dissemination, and to continue to reach undergraduate students after the grant period ends, all materials will be shared in an online educational portal.