David Lindlbauer
Assistant Professor
Human-Computer Interaction Institute
Campus Address
Newell-Simon Hall 3612E
Links
Research Areas
David Lindlbauer is an Assistant Professor in the Human Computer Interaction Institute at Carnegie Mellon University. His research focuses on understanding how humans perceive and interact with digital information, and to build technology that goes beyond the flat displays to advance our capabilities when interacting with the virtual world. To achieve this, he creates and studies enabling technologies and computational approaches that control when, where and how virtual content is displayed to increase the usability of Mixed Reality interfaces.
Research Interests
Mixed Reality, Computational Interaction
In the News
-
CMU at CHI 2025
Our halls are abuzz with talk of “CHI” (pronounced “kai”), the nickname for the upcoming conference on computer human interaction (CHI). ...
-
CMU Launches Human-Centered AI Research Center with Seoul National University
Carnegie Mellon University and Seoul National University (SNU) have announced a new collaboration to advance human-centered artificial int...
-
Up Next in Special Topics
Our Special Topics courses provide the opportunity to explore the future of HCI, guided by the experts who are shaping the field. These dy...
-
Virtually Accessible
When Atieh Taheri first donned a virtual reality headset and started walking around a virtual world, her experience didn't match what she ...
Related Projects
ProjectAuptimize
Spatial audio in Extended Reality (XR) provides users with better awareness of where virtual elements are placed, and efficiently guides them to events such as ...
ProjectMineXR
Extended Reality (XR) interfaces offer engaging user experiences, but their effective design requires a nua...
ProjectRealityReplay
Humans easily miss events in their surroundings due to limited short-term memory and field of view. This happens, for example, while watching an instructo...
ProjectUser Preference for Navigation Instructions in Mixed Reality
Current solutions for providing navigation instructions to users who are walking are mostly limited to 2D maps on smartphones and voice-based instructions...