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FOSTERING THE ENDEAVOR: ARCHITECTURE EDUCATION FOR PLANETARY EXPLORATION

机译:培育奋斗者:行星探索的建筑教育

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This paper aims to discuss the integration of architectural education into the human planetary explorationendeavour, through experiences on space architecture related workshops. As the planetary exploration missionperspectives are getting more ambitious than ever, the habitable assets of the mission architectures requireaugmented qualities of habitability and operational capabilities. Architectural education, by its nature, includes thecomprehension, reformation and development of the habitable spaces. The spatial spectrum, in which the architectureis involved, is extended from conventional palette of structures, like residential or industrial buildings to habitable hitechproducts of the contemporary, including aerospace structures. A planetary human outpost is no longer out of thescanning range of the architects. Therefore, the need to enrich the design education with adaptability to actual needsof the technology and progress is emerging. Within this scope, a series of workshops with students from architectureand neighbouring disciplines are made, focused on the planetary habitation systems. Based on the current planetaryexploration objectives, various design options are considered and developed within a limited time frame, akin totypical design studio tasks of the architectural education. In this paper, the results of the workshops are presented in acomparative structure, giving the option to view the conditions of the working environment, such as effects of thefeedbacks from different areas of expertise, the given design basis, production capabilities (e.g. hard-digitalmodelling, drawing). An evaluation of applied methods and an outlook on the further work is provided in the finalsection.
机译:本文旨在探讨将建筑教育融入人类行星探索的过程 通过与空间建筑有关的讲习班的经验而努力。作为行星探索任务 观点比以往任何时候都更具野心,任务架构的可居住资产要求 增强了可居住性和运营能力的质量。从本质上讲,建筑教育包括 对可居住空间的理解,改革和发展。空间光谱,其中建筑 涉及,从传统的结构调色板扩展到住宅或工业建筑,如住宅或工业建筑 当代产品,包括航空航天结构。星球人类哨所不再 建筑师的扫描范围。因此,需要丰富设计教育以适应实际需求 的技术和进步正在兴起。在此范围内,与建筑系学生一起举办了一系列研讨会 并建立了以地球人居住系统为重点的邻近学科。根据目前的行星 勘探目标,在有限的时间范围内考虑和开发各种设计方案,类似于 典型的设计工作室的建筑教育任务。在本文中,研讨会的结果以 比较结构,提供查看工作环境条件的选项,例如 来自不同专业领域,给定的设计基础,生产能力的反馈(例如硬数字 建模,绘图)。最终报告中提供了对应用方法的评估以及对进一步工作的展望 部分。

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