首页> 外文会议>Solar 2003 Conference: Including ASES(American Solar Energy Society) Annual Conference and National Passive Solar Conference; 20030621-26; Austin,TX(US) >SUSTAINABLE ENVIRONMENTAL DESIGN EDUCATION (SEDE); A CURRICULUM MODEL FOR ARCHITECTS AND LANDSCAPE ARCHITECTS
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SUSTAINABLE ENVIRONMENTAL DESIGN EDUCATION (SEDE); A CURRICULUM MODEL FOR ARCHITECTS AND LANDSCAPE ARCHITECTS

机译:可持续环境设计教育(SEDE);建筑师和景观建筑师课程模型

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摘要

In 2000, the Governor of the State of California issued an executive order (D-16-00) that seeks to reduce costs and improve environmental performance of state buildings in all phases of construction, operations and maintenance. The California Integrated Waste Management Board (CIWMB) has provided leadership in implementing this order through initiatives such as the Sustainable Building Task Force. In the realm of post-secondary education, CIWMB also sponsored the Sustainable Environmental Design Education (SEDE) program in collaboration with Cal Poly-SLO. The project will be used to survey and assess existing sustainable environmental design programs, generate a framework for sustainable design education of current and future building and landscape professionals, and assist the Board with dissemination of the resulting sustainable design curriculum. This project seeks to fundamentally change the existing paradigm for environmental design education that has limited the imagination and understanding of designers for the natural processes underlying environmental design. The benefits of this project will ultimately contribute to designers, owners, and operators who achieve higher efficiencies and reduced waste in energy, materials, and water cycles in their buildings and landscapes.
机译:2000年,加利福尼亚州州长发布了一项行政命令(D-16-00),旨在在建筑,运营和维护的所有阶段中降低成本并改善州建筑物的环境绩效。加利福尼亚综合废物管理委员会(CIWMB)通过诸如可持续建筑任务组之类的倡议,在执行该命令方面发挥了领导作用。在大专教育领域,CIWMB还与Cal Poly-SLO合作赞助了可持续环境设计教育(SEDE)计划。该项目将用于调查和评估现有的可持续环境设计方案,为当前和未来的建筑和景观专业人士提供可持续设计教育的框架,并协助理事会传播由此产生的可持续设计课程。该项目旨在从根本上改变现有的环境设计教育范式,该范式限制了设计师对环境设计背后自然过程的想象力和理解力。该项目的收益最终将有助于设计人员,业主和运营商提高效率并减少建筑物和景观中能源,材料和水循环的浪费。

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