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Measuring Broader Impact of NSF-funded Project on Software Engineering Education

机译:衡量NSF资助项目对软件工程教育的更广泛影响

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The body of knowledge appropriate for undergraduate software engineering program encompasses both theoretical and practical aspects. The knowledge areas (KA) in the 2014 IEEE/ACM Software Engineering Curriculum Guidelines are imperative for undergraduate education and the subsequent professional career. However, due to the lack of active learning tools and the dearth of engaged student learning, software engineering education may not be effectively delivered, resulting in non-coverage by the instructors or non-retention by the students of the required software engineering knowledge area. A three years NSF TUES grant awarded to the authors institute in 2013 has specifically addressed these pedagogical issues. The project which involved partnerships in academia and industry developed 44 delivery contact hours of new Active Learning Tools, deployed to enhance knowledge delivery and retention in Software Verification and Validation (SV&V), specifically in these four focus areas: requirements management, software review, configuration management, and software testing. In this paper the authors address NSF broader impacts in relation to the project. The paper describes the Active Learning Tools and briefly discusses outcome assessments. It presents student testimonials on how the Active Learning Tools effectively helped them understand knowledge areas. The mobilization of industry and academic partners, the execution of project tasks, the iterative framework used for the development, and the flipped classroom delivery strategy used for engaged learning are also discussed. The paper presents the impact achieved through effective dissemination via workshops and project websites to 31 academic implementation partner institutions, as well as scholarly publications. In conclusion the paper discusses the broader impacts of the NSF funded project on software verification and validation curriculum in undergraduate software engineering education.
机译:适合本科软件工程计划的知识主体包括理论和实践方面。 2014年IEEE / ACM软件工程课程指南的知识领域(KA)对于本科教育和随后的职业生涯而言,是必不可由的。但是,由于缺乏积极的学习工具和从事学生学习的缺乏,软件工程教育可能无法有效地交付,导致教师不覆盖或由所需软件工程知识区域的学生不保留。三年的NSF Tues Grant于2013年颁发给作者学院,具体涉及这些教学问题。涉及学术界和行业伙伴关系的项目开发了44个交付联系时间的新型主动学习工具,部署,以提高软件验证和验证(SV&V)的知识交付和保留,特别是在这四个焦点领域:需求管理,软件审查,配置管理和软件测试。在本文中,作者地址与项目相关的NSF更广泛的影响。本文介绍了主动学习工具,并简要讨论了结果评估。它为学生推荐了关于主动学习工具如何有效帮助他们理解知识领域的推荐。还讨论了动员行业和学术伙伴,项目任务的执行,用于开发的迭代框架,以及用于参与学习的翻转课堂交付策略。本文通过讲习班和项目网站到31个学术实施伙伴机构以及学术出版物来提出通过有效传播实现的影响。总之,本文讨论了NSF资助项目对本科软件工程教育中软件核查和验证课程的更广泛影响。

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