首页> 外文会议>International Technology, Education and Development Conference >(770) WHAT IS ON THE OTHER SIDE OF THE FLIP? WE PUT THE SPOTLIGHT BACK ON THE CLASSROOM TO EXPLORE THE PHYSICAL SETTINGS THAT WILL SUPPORT MEANINGFUL AND MEMORABLE CAMPUS EXPERIENCES FOR TODAY’S STUDENTS
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(770) WHAT IS ON THE OTHER SIDE OF THE FLIP? WE PUT THE SPOTLIGHT BACK ON THE CLASSROOM TO EXPLORE THE PHYSICAL SETTINGS THAT WILL SUPPORT MEANINGFUL AND MEMORABLE CAMPUS EXPERIENCES FOR TODAY’S STUDENTS

机译:(770)翻转的另一侧是什么?我们将聚光灯放在课堂上,探索为当今学生提供有意义和难忘的校园体验的物理设置

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Like most educational institutions, Monash University in Melbourne, Australia was grappling with what ‘the other side of the flip’ means in a blended learning environment. What will the on-campus learning experiences be, and what kind of learning environments will be required to facilitate them? As a general trend the demand for large capacity tiered lecture theatres is decreasing and being replaced by smaller class sizes that allow richer student-to-student interaction and more teacher-to-student engagement. Architectus was commissioned by Monash to document and categorise a range of these possible future learning spaces. A physical framework was created that directly responded to the University’s pedagogical framework. It became clear early in the process that language descriptors of the physical settings was impeding communication between academics, time-tablers and the facility planners. Subsequently, Architectus established a common language to describe all the types of future learning settings and these became the Monash specific learning space 'modalities'. In parallel another team set out to audit 675 spaces across four campuses - Architectus was able to create a 3D data bank of all spaces. The models generated floor, ceiling and wall square meterage as well as occupancy numbers and condition ratings. The third step was to test the developed modalities against the existing spaces. Architectus developed 3D templates of each of the twelve modalities and proceeded to apply 'test fits' over every existing learning space. More than 8,100 modality tests were completed by this process and the result was a vastly expanded data bank for Monash. Monash used the data generated to develop an online tool for the University. This tool has been utilised by the Buildings and Property Division for future planning, by the timetabling team for suitable room allocation and by the academic team for the development of new course curriculum.
机译:像大多数教育机构一样,澳大利亚墨尔本的蒙纳士大学是在混合学习环境中的“翻转的另一侧”意味着什么。校园内的学习经历是什么,并且需要什么样的学习环境来促进他们?作为一般趋势,对大容量分层讲座的需求剧院正在减少,并被较小的阶级规模所取代,以便更丰富的学生对学生的互动和更多的教师到学生的参与。 AsterChermus由Monash委托给文档并分类了一系列可能的未来学习空间。创建了物理框架,直接回应了大学的教学框架。在此过程中,它的语言描述符在学术界,时间 - TAYITY和设施规划人员之间进行了沟通的过程清楚。随后,AschitectUS建立了一种通用语言来描述未来学习设置的所有类型,这些都成为蒙纳士特定的学习空间'模态'。在并行中,另一支团队在四个校园内审核675个空格 - Astancerus能够创建所有空格的3D数据库。模型生成楼层,天花板和墙壁方形,以及入住数量和条件等级。第三步是测试对现有空间的开发方式。 AstalertUS开发了每一十二模态的3D模板,并继续应用“测试适合”每个现有的学习空间。这一过程完成了超过8,100个模态测试,结果是蒙纳士庞大的数据库。 Monash使用生成的数据来开发大学的在线工具。该工具已被建筑物和财产司用于未来规划,由时的房间队伍和学术团队进行新课程课程。

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