Hogan Michael, Harney Owen
National University of Ireland, Galway, Ireland.
Postdigit Sci Educ. 2022;4(3):814-842. doi: 10.1007/s42438-022-00305-4. Epub 2022 Mar 29.
The design of systems to support sustainable wellbeing is contingent upon lifespan education of and ongoing efforts to cultivate individual and collective intelligence. The Postdigital Applied Systems Science Education (PASSE) framework presented in this paper highlights the need for greater investment in educational infrastructures that support the development of collective intelligence, teamwork, and system design skills. We propose that the implementation of PASSE involves group- and project-based work focused on developing (1) an understanding of systems, (2) an understanding of group dynamics relevant to the management and design of systems, and (3) skill in the application of applied systems science methods that can be used by groups in the management and redesign of systems. To showcase curricular and pedagogical challenges and opportunities, we describe key features of our current delivery of PASSE along with future plans and prospects. Aligned with postdigital perspectives and innovations at the nexus of biology, information, and society, we highlight the potential for ongoing redesign of educational infrastructures and technologies that enhance societal teamwork and system design capabilities that allow us to address increasingly complex societal challenges.
支持可持续福祉的系统设计取决于全生命周期教育以及培养个人和集体智慧的持续努力。本文提出的后数字应用系统科学教育(PASSE)框架强调,需要对支持集体智慧、团队合作和系统设计技能发展的教育基础设施加大投资。我们建议,PASSE的实施包括基于小组和项目的工作,重点是培养:(1)对系统的理解;(2)对与系统管理和设计相关的群体动态的理解;(3)应用系统科学方法的技能,这些方法可被小组用于系统的管理和重新设计。为了展示课程和教学方面的挑战与机遇,我们描述了当前PASSE课程的关键特征以及未来计划和前景。与生物学、信息和社会交叉领域的后数字视角及创新保持一致,我们强调了持续重新设计教育基础设施和技术的潜力,这些设施和技术能够增强社会团队合作和系统设计能力,使我们能够应对日益复杂的社会挑战。