首页|虚拟仿真实验在无障碍设计教学中的应用——以无障碍通用标识环境设计实验为例

虚拟仿真实验在无障碍设计教学中的应用——以无障碍通用标识环境设计实验为例

扫码查看
国际上建筑学无障碍设计理论已进化到通用设计等人性化设计思潮,我国部分高校也建立了无障碍设计教学体系.专业课程中实验教学让学生体会无障碍设计的重要性,但传统无障碍模拟体验难以满足所有学生开展综合性设计实践学习的需求.无障碍通用标识环境设计虚拟仿真实验平台引用"循证设计"的教学模型理念,将基本原理与实际操作体验互动结合,通过6大系统、3个层次,引导学生按层级深化学习.虚拟仿真实验手段的引入,实现了教学方法和教学评价体系的创新.从课堂教学和实验报告的反馈结果看,虚拟仿真实验融入无障碍设计教学能提升学生专业素质、激发学生创新意识、增强学生综合能力和培养社会责任感,是促进无障碍设计建筑教育升级的有效路径.
Application of virtual simulation experiment in teaching of accessible design—taking the accessible universal signage design experiment as an instance
The international accessible design theories of architecture have evolved into humanized design trends such as universal design.Some universities in China have also established accessible design teaching systems.Experimental teaching in professional courses can make students deeply understand the importance of accessible design,but the traditional accessible simulation experiment can not meet the requirements of students to complete the experiment concurrently,carry out comprehensive design practice learning,and adapt to the requirements of course construction.The virtual simulation experiment platform for accessible universal sign environment design refers to the teaching model concept of evidence-based design,combines basic principles with practical operation experience,and guides students to deepen learning according to levels through six systems and three levels.The introduction of virtual simulation experiment extends the traditional teaching and achieves the innovation of teaching methods and teaching evaluation system.From the feedback of classroom teaching and experimental reports,virtual simulation experiment for accessible design teaching can improve students'professional quality,stimulate students'innovation consciousness,enhance students'comprehensive ability and cultivate students'social responsibility,which is an effective way to promote the upgrade of accessible design and architecture education.

virtual simulation experimentaccessible designsignagearchitecture education

贾巍杨、冯天仪、赵伟、曲翠萃、张小弸

展开 >

天津大学 建筑学院,天津 300072

虚拟仿真实验 无障碍设计 标识 建筑教育

国家重点研发计划资助项目国家自然科学基金项目国家自然科学基金项目

2019YFF03033005180838252078323

2024

高等建筑教育
重庆大学 中国建设教育协会普通高等教育专业委员会

高等建筑教育

影响因子:0.84
ISSN:1005-2909
年,卷(期):2024.33(4)
  • 2