Altered Andragogy: Lessons From Lockdown for Systems Engineering Education

S. Barker, Jeremy Smith
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引用次数: 1

Abstract

Systems Engineering (SE) is a largely interactive and applied discipline which has been mainly taught via face-to-face tuition. The move to online-only teaching due to the 2020 coronavirus pandemic thus posed significant challenges for SE education. The andragogical strategy involved had to be rethought and redesigned such that key precepts of student learning could be maintained in a way that preserved the depth, intricacy, and richness of the SE discipline. The interdisciplinary approach adopted involved combining a constructivist viewpoint with integrated collaborative and reflective activities, based around inquiry-based learning to facilitate online learning at distance. This pedagogical construct relied on a multidisciplinary and iterative approach to curriculum and module delivery, employing multiple methods to redesign the teaching approach to ‘chunk’ material into sets that were more readily deliverable in short bursts, and more digestible without face-to-face interaction. This took in revisions to the traditional pedagogical approach to learning, and blended short live online sessions with self-paced tasks, supported by Q&A sessions and ‘thought bursts’ of key information to summarise key learning points. Learning technology and software tools were used to facilitate and promote interactive and group workshops, which was particularly challenging but proved useful in bridging generational gaps and preferences for certain learning styles. This paper details the andragogical approach taken to wholly online distance learning for SE, reflecting on how successful it was both initially and as it evolved. It also considers how future learning can be successfully facilitated, incorporating the pedagogical lessons learned from the last twelve months.
改变性学:锁定系统工程教育的教训
系统工程(SE)是一个很大程度上是互动和应用学科,主要是通过面对面的教学。因此,由于2020年冠状病毒大流行而转向在线教学,这给东南大学教育带来了重大挑战。所涉及的哲学策略必须重新思考和重新设计,以便学生学习的关键原则能够以保持SE学科的深度、复杂性和丰富性的方式保持。采用的跨学科方法包括将建构主义观点与基于探究式学习的综合协作和反思活动相结合,以促进远程在线学习。这种教学结构依赖于课程和模块交付的多学科和迭代方法,采用多种方法重新设计教学方法,将“块”材料重新设计成更容易在短时间内交付的集合,并且在没有面对面互动的情况下更容易消化。这对传统的教学方法进行了修订,将短时间的在线课程与自定进度的任务相结合,辅以问答环节和关键信息的“思维爆发”,以总结关键的学习要点。学习技术和软件工具被用来促进和促进互动和小组讲习班,这特别具有挑战性,但在弥合代际差距和对某些学习方式的偏好方面证明是有用的。本文详细介绍了采用完全在线远程学习的方法,反映了它在最初和发展过程中取得的成功。它还考虑了如何成功地促进未来的学习,结合过去12个月的教学经验。
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