Digital Twins and Spatial Computing

XR Studio – A state-of-the-art facility for extended reality, virtual production, and motion capture. The XR Studio supports a wide range of creative and research activities including immersive storytelling, performance capture, real-time simulation, and mixed-reality visualization. Equipped with LED wall systems, camera tracking, and real-time rendering tools, the studio enables collaborative work across art, engineering, and science disciplines.

Digital Twin Lab – A research lab focused on modeling, simulation, and 3D spatial data. The lab develops high-fidelity digital representations of environments, systems, and human activity using LiDAR scanning, photogrammetry, structured-light capture, and drone-based imaging. Researchers integrate these datasets into interactive simulation platforms that combine spatial computing, AI, and real-time visualization. The Digital Twin Lab supports interdisciplinary research that connects design, engineering, and environmental data with human-centered visualization and decision-making tools.

Digital Humans Lab – A research and development environment dedicated to high-fidelity human modeling, scanning, and visualization. Using photogrammetry, motion capture, and real-time rendering, the lab creates digital human assets that integrate anatomical accuracy with expressive realism. Its work supports applications in performance, health, simulation, and immersive storytelling, linking physical and virtual representations of people for both research and creative practice.

Spatial Computing Lab – A collaborative research space focused on interaction, interface design, and immersive media. Faculty and students conduct experimental research into spatial computing applications, exploring areas such as extended reality, human-computer interaction, and simulation-based learning.

Digital Fabrication Lab – A hands-on production space that connects the digital and physical through 3D printing, laser cutting, and CNC milling. The lab supports prototyping, fabrication, and integration of digital twin and visualization projects, enabling cross-disciplinary work that unites design, engineering, and computational modeling.