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Sky Ming Li

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Shanghai Jiao Tong University, School of Design, Department of Architecture
Ph.D. Candidate

上海交通大学 设计学院 建筑学系

博士生

Shanghai Jiao Tong University, Timber Architecture Research and Design Center

Research on Digital Conservation of Ancient Buildings Research Scientist

上海交通大学 木结构研究与设计中心

数字化古建筑保护研究 研究员

Megdao(Suzhou)Technology Co., Ltd. CEO 矩数道(苏州)科技有限公司 CEO 联合创始人

Shanghai Shujudao CRUISE Technology Co., Ltd. Chief Scientist 上海数矩道邮轮科技有限公司 首席科学家

As a PhD candidate in Historical Building Information Modeling (HBIM), SkyLee is dedicated to the technical preservation of East Asian wooden architecture. Our mission is to bridge the gap between traditional tectonic structures and modern digital modeling, ensuring that the intricate craftsmanship of our ancestors is documented with precision and protected for future generations. We believe that by integrating advanced AI and HBIM methodologies, we can create a comprehensive digital archive that respects the organic nature of wood while providing the tools needed for its sustainable restoration.

Research Focus

Academic & Professional Inquiries

HBIM Research Inquiry

Please provide your details and research interests related to Heritage Building Information Modeling.

Primary Research Area

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Continuous R&D of the HBIM-GIS Platform for East-Asia Timber Architectural Heritage
(Seeking Collaborations)

We bridge the gap between historical preservation and digital innovation through the continuous R&D of a specialized HBIM-GIS platform for East Asian timber architectural heritage. Our approach integrates a comprehensive technical pathway—spanning data acquisition, platform architecture, and system integration—to ensure precise documentation.

Beyond standard modeling, our research leverages AI-driven tectonic design and advanced data processing to analyze structural integrity and cultural significance. We aim to deliver robust solutions for diverse application scenarios, ranging from scientific conservation and monitoring to AI-enhanced digital cultural tourism, ultimately creating a multi-layered system that safeguards our architectural legacy with technical precision.

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