Each site and property is unique to its special conditions. Our regional climate offers four balanced seasons and the opportunity to enjoy mountain living by thoughtful study and integration of each project into its site environment. We don’t drop houses on witches; successful design is an extension of its natural setting.
The process begins with site environmental analysis, an understanding of microclimates, solar exposures and topography; adjacent properties, weather patterns, watersheds, natural landscape, views and interior landscapes, infrastructure, man made elements, and the guidelines and requirements of each community and municipality. This information is processed along with the likely interior and exterior spaces during program analysis and development.
The first diagram shows the site topography overlaid with the compass and solar path on a building site. The angle and location of the sun is critical in designing a building that will perform comfortably. The sun can swing almost 240 degrees from east to west on a summer day, rising to 80 degrees in the southern sky, with daylight lasting 14 hours. The winter sun, conversely, swings only 120 degrees, rising just past 30 degrees and shines only 10 hours or less. How this affects as site’s microclimate (warm or cool banks), outdoor and indoor placement of spaces, as well as orientation of windows, roof design, porches, overhangs and shading, and daylighting of spaces is critical in the design, use and comfort of spaces. The site’s natural features, trees and landscape, rock outcroppings, drainage patterns are also important elements to consider in the context of a successful design. Add view directions, elements to be buffered, topographic constraints, prevailing breezes, winter winds, and aesthetics; it’s quite a lot to consider. Trying to place a preconceived plan on such a site could produce a building that performs poorly, in terms of comfort, efficiency, and enjoyment.
The additional sketches show the stages of site schematic design and building layout and plan schematic designs in process. Eventually leading to a contextual, functional and successful architectural design adapted to its unique and special conditions.
Site Analysis and Topography
Site and Spatial Relationships
Schematic Site Layout
Site Schematic Design
http://thearchitecturalpractice.com/projects/site-and-design-process/
번호 | 제목 | 글쓴이 | 날짜 | 조회 수 |
---|---|---|---|---|
21 | Sketch | Prof.Chung | 2020.03.31 | 1162 |
20 | 건축설계과정 | Prof.Chung | 2020.03.31 | 491 |
19 | 21세기 살고 싶은 집 | Prof.Chung | 2020.03.30 | 24 |
18 | 주택계획 개론 | Prof.Chung | 2020.03.26 | 314 |
17 | Architectural Sketches | Prof.Chung | 2020.02.17 | 350 |
16 | 2019 2학기 강의 자료 | Prof.Chung | 2019.12.18 | 33 |
15 | 사무소건축 | Prof.Chung | 2019.09.23 | 10375 |
14 | Weekly Update | Prof.Chung | 2019.09.17 | 24 |
13 | Introduction Design 4 | Prof.Chung | 2019.09.09 | 4617 |
12 | Problem Seeking | Prof.Chung | 2019.09.09 | 49 |
11 | Criteria Matrix | Prof.Chung | 2019.06.23 | 16335 |
10 | 근린생활시설 | Prof.Chung | 2019.06.23 | 81 |
9 | Architectural Programming | Prof.Chung | 2019.06.21 | 3057 |
8 | Programming2 | Prof. Chung, Kumho | 2016.03.25 | 127 |
7 | Programming1 | Prof. Chung, Kumho | 2016.03.25 | 132 |
6 | Design Process | Prof. Chung, Kumho | 2016.03.24 | 278 |
» | Site and Design Process | Prof. Chung, Kumho | 2016.03.24 | 468 |
4 | 3.20. 강의 자료 | Prof. Chung, Kumho | 2016.03.22 | 120 |
3 | 6 X 6 X 6 참고자료 | Prof. Chung, Kumho | 2009.09.08 | 1200 |
2 | 공간조형디자인 교육 | Prof. 정금호 | 2009.08.31 | 1325 |