|
Design 2024
数字化时代下科技展馆室内外空间设计研究——以济西湿地科技展馆为例
|
Abstract:
在数字化时代,科学技术崛起的脚步也愈加迅速,为人们提供了更便捷、更智能的生活方式。本研究旨在探讨科技展馆在数字化时代的空间设计趋势及挑战。通过分析数字化技术对展馆空间布局、互动性和体验性的影响,以及科技展馆的可持续性发展,旨在提出创新的设计理念和方法。在具体的设计中,我们将“简”和“隐”的设计理念运用在景观与建筑上,希望生态湿地在与数字化科技在相遇中趋于一种平衡。在室内展示上也提出了“阵列”、“神经元”、“连接”等一系列的概念,希望能够不断地诠释数字化科技。深入研究科技展馆室内外空间的设计,有助于推动展览空间在数字化时代的发展,并为未来的科技展馆设计提供实质性的参考。
In the digital age, the pace of the rise of science and technology has become more and more rapid, providing people with a more convenient and intelligent lifestyle. This study aims to explore the spatial design trends and challenges of science and technology exhibition halls in the digital age. By analyzing the impact of digital technology on the spatial layout, interactivity and experience of the exhibition hall, as well as the sustainable development of the science and technology exhibition hall, the aim is to propose innovative design concepts and methods. In the specific design, we apply the design concepts of “simple” and “hidden” to the landscape and architecture, hoping that the ecological wetland will tend to a balance in the encounter with digital technology. In the indoor exhibition, a series of concepts such as “array”, “neuron” and “connection” was also proposed, hoping to continuously interpret digital technology. In-depth research on the design of indoor and outdoor space of science and technology exhibition hall is helpful to promote the development of exhibition space in the digital age, and provide substantive reference for the design of science and technology exhibition hall in the future.
[1] | 顾中华. 科技产业园规划设计初探——以西安市华商报媒体产业园为例[D]: [硕士学位论文]. 西安: 西安建筑科技大学, 2009. |
[2] | 安军, 罗毅敏. 理性与浪漫、科技与人文——西安光机所科技产业园规划设计[J]. 工业建筑, 2005(3): 16-17+19. |
[3] | IND Architects. 科技的“艺术范”Raiffeise银行鄂木斯克技术中心[J]. 室内设计与装修, 2022(3): 8-13. |
[4] | 胡小勃. 转型升级背景下科技产业园规划设计——以合肥经开区智能科技园为例[J]. 工程建设与设计, 2022(5): 14-17. |
[5] | 薛娟. 办公空间设计[M]. 北京: 中国电力出版社, 2015. |
[6] | 向科, 黄晏琪. 从“无意识”设计到“有意识”设计“第三空间”的历史发展研究[J]. 室内设计与装修, 2022(1): 122-125.. |
[7] | 徐书鹏. 智能科技产业园建筑规划设计探讨——以湖州智能中心为例[J]. 建筑与文化, 2022(5): 10-13. |
[8] | 张玉明. 环境行为与人体工程学[M]. 北京: 中国电力出版社, 2011. |