Labs
Immersive Design Lab
The Immersive Design Lab (IDL) at ETH Zürich is an interdisciplinary platform for advancing architecture, design, and engineering through extended reality (XR), machine learning (ML), and immersive technologies. Centered around a flexible 32 m² circular arena with modular technical hubs, advanced sensors, and a state-of-the-art 75-speaker spatial audio system, the IDL enables real-time interaction with virtual models, collaborative design interfaces, and immersive simulations. Designed by Gramazio Kohler Research, the lab integrates acoustically performative surfaces, adaptive lighting, and configurable layouts to support diverse applications, from research and teaching to workshops, presentations, and industry collaborations. By combining cutting-edge visualization, 3D auralisation, and interactive design tools, the IDL provides a unique environment for exploring the future of digital architecture and construction.
Large-scale Virtualization and Modelling Lab
The Large-scale Virtualization and Modelling Lab (LVML) comprises the ‘Computer Room’ with 17 powerful workstations and flexible presentation options, and the ‘AudioVisual Room’ equipped with 6 mid-range workstations, 1 high-end workstation, and a 360-loudspeaker array for real-time 3D audio rendering. It also boasts four micro-perforated screens for visual content and specialized devices for fieldwork, like the RIEGL VZ-1000 laser scanner and Sennheiser Ambeo VR mic. Additionally, the Mobile Visual Acoustic Lab (MVAL) allows audio- visual simulations at quiet locations, featuring an aluminum construction (5m x 5m x 2.5m) with sound-absorbing curtains.
LVML Computer Room (HIL H40.8)
Analytical and prospective studies are guided by modeling survey data using digital methods such as photogrammetry, geographic information systems and point cloud modeling. Open-source software, software development and testing are actively fostered.
LVML Audiovisual Room (HIL H40.5)
Digital models are represented through immersive exploration by visualizing and aurealising existing and imaginary environments using virtual reality. The virtualization holds the potential to enhance our perception and interaction with physical spaces, thereby contributing to improved design, functionality, and co-creation.