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KNOWLEDGE-BASED ACADEMIC AND EDUCATIONAL ECOSYSTEM

机译:基于知识的学术和教育生态系统

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摘要

In this article, we examine the implementation of new innovative operation model in the Institute of Photogrammetry and Remote Sensing, Research Institute of Measuring and Modeling for the Built Environment at Aalto University, and in the School of Civil Engineering and Building Services of the Helsinki Metropolia University of Applied Sciences. The Academy of Finland has selected the Centre of Excellence in Laser Scanning Research, which is represented by the authors, to represent for its part the highest end of research in Finland for the period of 2014-2019. The need for novel operating models, innovations, multidisciplinary expertise and the transfer and combination of knowledge have required several connecting links to attain this. The approach has evolved to depend on the planned utilization of the cross-disciplinary expertise of the ecosystem and the additional employment of coordination and orchestration. The challenge is to additionally enable teaching and research to benefit fields that are tangential to one's own, also in the cross-disciplinary context. It is equally important to be able to focus on the essential -scientific impact and the ability of research, development and innovation activity to influence both society and industry. Through orchestration and partnerships it is possible to create networks that possess enough critical mass and expertise to attain results of international level. The ability of these networks to exert an impact is reached by working with different enterprises to develop novel methods that are additionally applicable as product concepts for companies and transfer knowledge to Finnish companies. Within an academic ecosystem we have developed methods concerning e.g. orchestration, new forums, publication culture, best practices, knowledge flows, open innovatios, and knowledge sharing using the Triple Helix model (collaboration between academia - industry - public sector) and the Knowledge Triangle approach (synergy between research - education — innovation).
机译:在本文中,我们将研究在阿尔法大学摄影测量与遥感研究所,建筑环境测量与建模研究所以及赫尔辛基大都会土木与建筑服务学院中新的创新操作模型的实施情况应用科学大学。芬兰科学院选择了以作者为代表的激光扫描研究卓越中心,以其为代表的芬兰研究在2014-2019年期间的最高端。对新颖的运营模式,创新,多学科专业知识以及知识的转移和组合的需求,需要几个连接环节来实现。该方法已演变为取决于对生态系统跨学科专业知识的计划利用以及对协调和编排的更多使用。挑战还在于,在跨学科的背景下,如何使教学和研究受益于与自己切线相关的领域。同样重要的是,能够关注本质的科学影响力以及研究,开发和创新活动对社会和产业产生影响的能力。通过业务流程和伙伴关系,可以创建具有足够关键质量和专业知识的网络,以达到国际水平。这些网络发挥影响力的能力是通过与不同的企业合作开发新颖的方法来实现的,这些方法还可以用作公司的产品概念并将知识转让给芬兰公司。在学术生态系统中,我们已经开发出有关例如编排,新论坛,出版物文化,最佳实践,知识流,开放式创新以及使用三重螺旋模型(学术界-工业界-公共部门之间的协作)和知识三角方法(研究-教育-创新之间的协同作用)的知识共享。

著录项

  • 来源
    《The photogrammetric journal of Finland》 |2015年第1期|14-30|共17页
  • 作者单位

    Aalto University, Research Institute of Measuring and Modelling for the Built Environment,Helsinki Metropolia, University of Applied Sciences, Construction and Real Estate,Centre of Excellence in Laser Scanning Research;

    Aalto University, Research Institute of Measuring and Modelling for the Built Environment,Helsinki Metropolia, University of Applied Sciences, Construction and Real Estate,Centre of Excellence in Laser Scanning Research;

    Finnish Geodetic Institute, Department of Remote Sensing and Photogrammetry,Centre of Excellence in Laser Scanning Research;

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