Cybersecurity educators have widely introduced hackathons to facilitate practical knowledge gaining in cybersecurity education. Introducing such events into cybersecurity courses can provide valuable learning experiences for students. The nature of the hackathon format encourages a learning-by-doing approach, and the hackathon outcomes can serve as evidence for students knowledge, capability and learning gains. Prior work on hackathons in education mainly focused on collocated hackathon events in the traditional classroom setting. These hackathon events often took place as a one-off event at the end of the course. However, one-off hackathon events at the end of a course might not be sufficient to improve learning. Instead, we focus on analyzing the integration of a series of online hackathon events into an online cybersecurity course and explore how this integration can address online education issues by encouraging collaboration and developing a practical understanding of the delivered course by solving real-world challenges. We evaluate interventions to foster learning and analyze its effect on collaboration and learning gains for students in the course. Our findings indicate that students attribute learning benefits to the introduced interventions that supported teamwork and collaboration, maintained student participation and interest in the course, and encouraged learning-by-doing.
翻译:网络安全教育者已广泛引入黑客图纸,以促进网络安全教育中的实际知识获取; 将此类事件引入网络安全课程可以为学生提供宝贵的学习经验; 黑客图纸形式的性质鼓励边干边学的做法,黑客图纸结果可以作为学生知识、能力和学习成果的证明; 以往的教育中黑客图纸工作主要侧重于传统课堂环境中的合用黑客图纸事件; 这些黑客图纸活动通常在课程结束时作为一次性活动进行; 然而,课程结束时的一次性黑客图纸片活动可能不足以改善学习。 相反,我们侧重于分析将一系列在线黑客图纸活动纳入在线网络安全课程的情况,并探讨这种整合如何通过鼓励合作和通过解决现实世界挑战来实际理解所提供课程,解决在线教育问题; 我们评价各种干预措施,以促进学习,分析其对课程中学生合作和学习收益的影响。 我们的研究结果表明,学生将学习收益归因于支持团队协作和协作、保持学生对课程的参与和兴趣以及鼓励边学。