Digital Earth Competences Across Disciplines

A. Nazarkulova
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Abstract

Based on an extensive survey of demand (‘needs’) and supply (existing study programs) a framework for trans-disciplinary capacity building in Digital Earth concepts, methods and technologies was developed by the authors. In collaboration with universities from the partner countries Armenia and Kyrgyzstan project funding from the Austrian Development Cooperation was acquired to support implementation. Recognizing the need for an explicit spatial approach from disciplines reaching far beyond the traditional ‘geospatial’ subjects like Geography, Geoinformatics, Geodesy or Planning, the DEvision project addresses study programs like Economics, Ecology, Engineering or Journalism through a focused set of foundational modules implemented as a minor subject or certificate. This vision of a Digital Earth is aligned with general digital transformation in society and business, with implementation of sustainable development goals, and a live-long learning paradigm. Based on modern curriculum concepts and pedagogical concepts like active and blended learning, the DEvision initiative provides a set of five modules as teaching and learning resources. These are primarily set up as open educational resources (OER) supporting teachers, and not intended as self-learning media. Instructors within the respective study programs are expected to guide, mentor and monitor students through assigned online learning materials, or using these resources within existing syllabi and curricula. Overall DEvision follows several clearly defined principles: (i) blended learning based on online resources, (ii) instructor-led pathways aligned with students’ majors, (iii) a modern approach to GIS entirely based on cloud platforms, and (iv) orienting students towards a continuous professional development principle based on online communities.
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跨学科的数字地球能力
在对需求("需要")和供给(现有研究计划)进行广泛调查的基础上,作者制定了数字地球概念、方法和技术方面的跨学科能力建设框架。通过与伙伴国亚美尼亚和吉尔吉斯斯坦的大学合作,获得了奥地利发展合作组织的项目资助,以支持项目的实施。数字地球愿景 "项目认识到各学科需要明确的空间方法,其范围远远超出地理学、地理信息学、大地测量学或规划学等传统的 "地理空间 "学科,该项目通过一套作为辅修科目或证书实施的重点基础模块,涉及经济学、生态学、工程学或新闻学等研究课程。这一数字地球愿景与社会和企业的普遍数字化转型、可持续发展目标的实施以及终身学习模式相一致。基于现代课程理念以及主动学习和混合学习等教学理念,"数字地球愿景 "倡议提供了一套五个模块的教学资源。这些模块主要是作为支持教师的开放式教育资源(OER),而不是作为自学媒体。各学习项目的教师应通过指定的在线学习材料或在现有教学大纲和课程中使用这些资源来指导、辅导和监督学生。总体而言,DEvision 遵循几个明确界定的原则:(i) 基于在线资源的混合式学习,(ii) 与学生所学专业相一致的教师指导路径,(iii) 完全基于云平台的现代 GIS 方法,以及 (iv) 以在线社区为基础的持续专业发展原则。
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来源期刊
International Journal of Geoinformatics
International Journal of Geoinformatics Social Sciences-Geography, Planning and Development
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