KAIST · HCI Tech Lab
Welcome to HCI TECH LAB!
Pioneering Embodied and Physical Human–AI Interaction
The Human-Centered Interactive Technologies Laboratory (HCI Tech Lab) is a multidisciplinary research group at KAIST. Our mission is to empower human potential by bridging the physical and digital worlds through embodied intelligence (Physical AI) and immersive technologies (XR).
Advanced Sensing TechnologyMultimodal Haptic TechnologyAuthoring User Experience
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Latest from the lab
All News ↗News
Latest news from HCI Tech Lab
PositionOpen
Winter 2027 Undergraduate Research Internship
Nov 13 2026
We are looking for research interns (including URP) for 2027 Winter. Application deadline is Nov 20th. You can find more information here.

News
Our work on multimodal haptic glove will be featured in CES 2027.
Nov 13 2026
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Our work on visualizing haptics for VR collaboration was featured in the media.
Nov 13 2026
News
UIST 2026 Participation
Nov 10 2026
News
UbiComp 2026 Participation
Oct 16 2026

News
ISMAR 2026 Participation
Oct 6 2026


News
Best Paper Award for ISMAR 2026
Oct 7 2026
A paper Sharing Roughness with Hand-Outline Visualization to Reduce Sensory Asymmetry in VR Collaboration led by Minju wins Best Paper Award (<1%) for ISMAR 2026!'

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Honorable Mention Award for ISMAR 2026
Oct 7 2026
A collaborative paper Understanding Organizational Strategies Across Multimodal Artifacts in Immersive Computational Notebooks with Georgia Tech and Northeastern University (led by Minju on our side) wins Honorable Mention Award (<5%) for ISMAR 2026!'

Selected work
Research
Highlighted & Recent Publications from HCI Tech Lab
Recent Publication
All Publication ↗DOBI: Dynamic Opportunistic Body Input via Spare Joint Recruitment for Hands-Free XR
ACM UIST 2026
UniScale: Exploring Unimanual Gesture Mapping Strategies for Gaze+Pinch-based Scaling Interaction
IEEE Transactions on Visualization and Computer Graphics (TVCG/ISMAR2026)
A Novel Flexible Shaft-driven Mechanism for Multidirectional Active Force Feedback in Haptic Gloves: A Preliminary Study
IEEE Robotics and Automation Letters (RA-L)
VibGrasp: Spatiotemporal Vibration Based Multimodal Haptic Rendering with a Lightweight Exo-Glove for 3D Shape Perception
IEEE Transactions on Haptics (TOH)
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