2012-09-012024-05-18https://scholars.lib.ntu.edu.tw/handle/123456789/706370Abstract: The combined effects of climate change and increasing urbanisation call for efficient planning of new urban developments and retrofitting of existing urban areas to optimise energy and water use, maximise ecosystem services and therefore increase resilience to the adverse effects of climate change. A new paradigm of energy and water sensitive buildings and cities is proposed in this project, aiming at integrating and exploiting the synergies of blue (water), green (vegetated spaces) and energy related assets of buildings in order to obtain a wide range of environmental, social and economic benefits. This integration will be implemented by combining two existing design concepts: the Building Information Modelling (BIM) and the Blue-Green (BG) design, on which the CAE division and UWRG have expertise, respectively. The proposed joint project is closely linked to current research activities and on-going projects of the partner institutions. Of direct relevance is a recently approved EU funded project named “Blue Green Dream” (BGD), which is led by the UWRG and comprises 14 partners from 4 EU countries. Working together, the expertise of both institutions will be combined and synergy will be enabled. In addition, the proposed project would enable NTU to strengthen connections with ICL and develop new links with other UK and European organisations, based upon which new projects could be initiated in the near future.BIM技術BG概念都市能源與水資源敏感設計Building Information Modelling (BIM)Blue-Green (BG) designenergy and water sensitive buildings and cities