王少潜，南京大学建筑学硕士研究生（导师：鲁安东教授），预计 2027 年毕业，本科毕业于中国矿业大学建筑学。我的研究关注环境心理与循证建筑设计，考察空间中的情感体验和使用行为。我已独立开发可交互、可导航的 VR 实验原型与实时实验数据平台，并完成结合问卷与 EEG 衍生指标的先导可行性研究。目前正在构思高密度街区日常步行空间的研究，关注建筑界面、绿化与压力恢复，以及压力相关状态与路径、停留选择之间的关系，希望结合 VR 实验与行人智能体模型，为城市更新方案实施前的比较提供依据。研究之外，我习毛笔书法、弈围棋。
I am a Master of Architecture candidate at Nanjing University (advisor: Prof. Andong Lu), expecting to graduate in 2027, with a Bachelor of Architecture from China University of Mining and Technology. My research focuses on environmental psychology and evidence-based architectural design, examining affective experience and spatial behaviour. I have independently developed interactive, navigable VR prototypes and a real-time experimental dashboard, and completed a feasibility study combining questionnaires with EEG-derived indicators. I am developing a research concept on everyday walking in high-density neighbourhoods: how architectural interfaces and greenery affect stress recovery, and how stress-related states relate to route and stopping choices. I aim to combine VR experiments with agent-based pedestrian modelling to compare urban renewal proposals before implementation. Outside research, I practise Chinese calligraphy and play Go (Weiqi).
研究构想、已完成工作与相关经历。Research in development, completed work and related experience.
正在构思的博士研究：关注高密度街区中沿街建筑界面、通道、小广场和口袋绿地组成的日常步行空间。拟使用可交互、可导航的 VR，考察建筑界面与绿化配置如何影响视觉暴露、短时压力恢复和自主步行选择，进一步探索更新方案实施前的预测评估。Proposed PhD research on everyday walking spaces linking building frontages, passages, small squares and pocket green spaces in high-density neighbourhoods. I aim to use interactive, navigable VR to examine how architectural interfaces and greenery affect visual exposure, short-term stress recovery and walking choices, and to develop predictive assessment for renewal proposals before implementation.
以纪念馆过渡空间为研究对象，基于 Rhino 模型独立开发支持移动与纪念性交互的 Unity VR 原型，并部署至 VR 头显；独立开发实时多模态实验 dashboard，实现实验阶段跟踪、数据流时间戳对齐、实时监控和汇总导出。已完成的先导研究结合问卷与 EEG 衍生指标，考察该实验方法的可行性。Independently developed Unity VR prototypes from Rhino models for memorial transition spaces, supporting navigation and commemorative interactions on a VR headset. I also developed a real-time multimodal dashboard for phase tracking, timestamp alignment, live monitoring and consolidated export. The completed pilot study used questionnaires and EEG-derived indicators to assess methodological feasibility.
关注传感技术如何量化室内环境中的多维人因反应，以及建筑环境的计算分析方法。相关工作涵盖系统综述与元分析、室外风环境预测。Interested in how sensing technologies quantify multidimensional human responses to indoor environments, alongside computational methods for analysing building environments. Related work includes a systematic review and meta-analysis, and outdoor wind-environment prediction.
从石质建筑保护研究到历史空间数据整理和参数化设计，积累建筑研究与数字工具的实践经验。Experience in architectural research and digital methods, from stone conservation to historical spatial data and parametric design.
论文与稿件、专利申请及相关荣誉。Papers and manuscripts, patent applications and honours.
“Interactive virtual reality for evaluating affective responses in memorial transition spaces: a pilot feasibility study”
“Quantifying Human–Building Interaction in Indoor Environments Using Sensing Technologies: A Systematic Review and Meta-Analysis of Multidimensional Human Responses”
“Automated Prediction Method of Building Outdoor Wind Environment Based on SST-DT Strategy”
《建筑参数化设计的发展及应用》“Development and Application of Architectural Parametric Design”
《国际建筑遗产石质构件病害认定标准与分类研究——以〈石质劣化现象图示术语表〉解读为例》“Research on Classification and Cause of Disease of Stone Cultural Relics — A Case Study Based on the ‘Illustrated Glossary of Stone Deterioration Patterns’”
中英文简历已同步至 2026 年 10 月，完整科研经历与成果见下载 PDF。Chinese and English CVs updated in October 2026. Download the PDFs for full research experience and outputs.
实验设计和工具开发：科研问卷内容设计、基于 Unity 的可交互 VR 场景搭建与独立式头显部署、实验监控与数据集成 dashboard 开发。数据分析：问卷及生理数据处理、统计分析与空间数据整理。Experimental design and tool development: research questionnaires, interactive Unity VR scenes and standalone headset deployment, and dashboards for experiment monitoring and data integration. Data analysis: questionnaire and physiological data processing, statistical analysis and spatial data preparation.