Publications
Sustainable City Geometries: Sacred Geometry of Ritual Space, Architecture and City Landscape in Kandy, Sri Lanka
A groundbreaking analysis of Kandy's Esala Perahera rituals reveals that the sacred city's geometry and architecture embody sustainable urban principles through intricate spatial relationships. The study demonstrates how 15-day ritual performances establish deeper dimensions of sacred geometries, linking people, temples, rivers, valleys, and mountains in a spiritually resonant landscape. By employing multidimensional geometrical analysis—spanning two, three, and higher dimensions—the research uncovers the spiritual and physical layers of Kandy's cityscape, contrasting traditional sacred geographies with modern developments. This approach strengthens phenomenological, anthropological, and ethnographical insights, offering new perspectives on how ritual spaces can inform sustainable urban design.
Preservation of Archeological Sites Using 3D-Scanning Documentation Case Study: Sri Dalada Maligawa, Kandy, Sri Lanka
A comprehensive 3D-scanning documentation of the Sri Dalada Maligawa, a UNESCO World Heritage Site and pivotal Buddhist pilgrimage center, reveals critical vulnerabilities to environmental threats such as earthquakes and monsoon rains, as well as human-induced risks like terrorist attacks. The study employed Terrestrial-Laser-Scanning (TLS) and Structured-Light-Scanning (SLS) to create high-resolution CAD plans, point cloud visualizations, orthoimages, and virtual walkthroughs, addressing the lack of accurate documentation for this culturally significant temple. This approach not only preserves architectural details but also enables detailed analysis for conservation strategies, leveraging noninvasive digital technologies to safeguard cultural heritage against degradation.
Sri Dalada Maligawa – 3D-Scanning and Documentation of the Temple of the Sacred Tooth Relic at Kandy, Sri Lanka
A comprehensive 3D documentation of the Sri Dalada Maligawa, a UNESCO World Heritage Site and pivotal Buddhist pilgrimage destination, has been successfully achieved through advanced scanning techniques. This research utilized Terrestrial-Laser-Scanning (TLS) and Structured-Light-Scanning (SLS) to capture detailed architectural data, including high-resolution details of the temple's rich decorations. The digital archive created from this project not only serves as a vital resource for preserving cultural heritage but also facilitates site monitoring, particularly for detecting structural issues such as cracks. Additionally, the study emphasizes knowledge transfer, aiming to empower local specialists with the skills needed for future analysis of scan data.
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