지역 생태와 지구단위계획의 경관설계 방법론 연구 : 옥수 12구역 재개발 기획설계사례를 중심으로 The case of Seoul Urban Renewal District and Urban Design

옥수 재개발 기획설계 사례를 통해 생태와 지구단위계획의 경관설계를 연구했다.

City planning and urban design have been implemented in so different ways that the city manager required the project design environment analysis and architects office used to furnish the housing site design without analyzing. The essential purpose of this study is to assess environmental performance of specific site and to give effective solutions about problems found. So two major aspects of environment are surveyed. Firstly natural environment aspects of urban planning / management program(ie. Disaster protection of flood, fire and safety of the target site). Secondly living environment of insolation, wind and energy for the dwellers.

Lastly an alternative design is to propose via district eco-paradigm To achieve these goals of analysis an urban renewal site have been selected. Thus this part is the first part of the on-going interdisciplinary research and later these methods will be applied to an alternative design by renewal steering committee. The problems in our living environment would arise from the modernization drive in the industrialization, architecture, urbanization and mostly mass-housing by the name of new towns and urban renewal, which developing countries are mostly facing from the start.

Therefore this report aims at the followings to minimize the impact in order to pursue the ESSD in city planning and urban design. a. Living Quality standard and adequate dwellings have to be reviewed by the environmental performance study for insolation, wind and energy-saving aspects of the target site plan. b. Urban living environment should be evaluated by natural aspects to the manager of the city and the district for the protection aspects of flood, geo-changes and eco-system etc. Therefore flood plane infiltration, overflow, geo-change of cutting, and filling balance should be analysed.

Together with Green space changes and system upgrades with wetland of water-borne elements biotope should be renovated from the existing 4th grade level to the second grade level of ESSD preservation with these pre-design analysis for an innovation design methods. This paper is the design/implementation process thereafter.