Shan-Yuan Teng
鄧善元
[ CV ]
Shan-Yuan Teng is an Assistant Professor (Yushan Young Fellow) leading Dexterous Interaction Lab in the Department of Computer Science & Information Engineering (CSIE) at National Taiwan University (NTU), Taipei, Taiwan.
Shan-Yuan’s research aims at advancing a new generation of multimodal interactive devices, specifically, haptic devices (e.g., those that can create a programmable sense of touch, forces, etc.), to enhance users’ dexterity in a variety of interaction paradigms such as Virtual/Augmented Reality (VR/AR/XR), wearables, and assistive technologies. Shan-Yuan has published these works at top Human-Computer Interaction (HCI) conferences including ACM CHI & UIST. Shan-Yuan has also demonstrated works at SIGGRAPH & IEEE Haptics.
Shan-Yuan received their PhD in Computer Science at the University of Chicago advised by Prof. Pedro Lopes. Shan-Yuan holds a Master’s degree in Computer Science & Bachelor’s degree in Electrical Engineering from National Taiwan University.
[ tengshanyuan@csie.ntu.edu.tw ] [ CV ] [ Google Scholar ] [ ORCID ]
* Shan-Yuan is my first name
Academic service
- I serve as an Associate Chair for ACM CHI 2027, DIS 2026, UIST 2024, SIGGRAPH Asia 2025 & 2026 Emerging Technologies, Augmented Humans 2024 & 2026.
- I regularly review papers for ACM CHI, UIST, DIS, SIGGRAPH (Technical Paper), IEEE ISMAR, IEEE VR, IEEE Haptics, IEEE Robotics and Automation Letters, International Journal of Human-Computer Studies.
Teaching
- Spring, 2026 CSIE7641: Multimodal Human-Computer Interaction (graduate)
- Fall, 2025 CSIE5647: Making and Inventing Interactive Devices (undergrad)
PhD thesis
-
Enabling haptic experiences anywhere, anytimePhD dissertation, Computer Science, University of Chicago, 2025[ Dissertation (PDF) ] [ Defense recording ]
Publications
-
Next generation wearable haptics should balance virtual & real-world fidelityCHI 2026 Paper[ Paper (PDF) (DOI) ]
-
Generative muscle stimulation: providing users with physical assistance by constraining multimodal-AI with embodied knowledgeCHI 2026 Paper🏆 Best Paper Award
-
Seeing with the hands: a sensory substitution that supports manual interactionsCHI 2025 Paper
-
Can a smartwatch move your fingers? Compact and practical electrical muscle stimulation in a smartwatchUIST 2024 Paper🏅 Honorable Mention Award
-
Haptic permeability: adding holes to tactile devices improves dexterityCHI 2024 Paper[ Paper (PDF) (DOI) ]
-
ThermalRouter: enabling users to design thermally-sound devicesUIST 2023 Paper
-
Prolonging VR haptic experiences by harvesting kinetic energy from the userUIST 2022 Paper🏅 Honorable Mention Award
-
A stretchable and strain-unperturbed pressure sensor for motion-interference-free tactile monitoring on skinsScience Advances 2021[ Paper (PDF) (DOI) ]
-
Altering perceived softness of real rigid objects by restricting fingerpad deformationUIST 2021 Paper🏆 Best Paper Award
🏆 Best Demo Award (Jury's Choice) -
dextrEMS: increasing dexterity in electrical muscle stimulation by combining it with brakesUIST 2021 Paper🏆 Best Demo Award (People's Choice)
-
Touch&Fold: a foldable haptic actuator for rendering touch in mixed realityCHI 2021 Paper, SIGGRAPH 2021 Emerging Technologies, World Haptics 2023 Demo🏅 Honorable Mention Award
-
Stereo-smell via electrical trigeminal stimulationCHI 2021 Paper
-
MagnetIO: passive yet interactive soft haptic patches anywhereCHI 2021 Paper
-
-
HandMorph: a passive exoskeleton that miniaturizes graspUIST 2020 Paper🏆 Best Paper Award
-
Wearable microphone jammingCHI 2020 Paper🏅 Honorable Mention Award
-
TilePoP: tile-type pop-up prop for virtual realityUIST 2019 Paper🏅 Honorable Mention Award
-
Aarnio: passive kinesthetic force output for foreground interactions on an interactive chairCHI 2019 Paper
-
PuPoP: pop-up prop on palm for virtual realityUIST 2018 Paper
-
Outside-In: visualizing out-of-sight regions-of-interest in a 360 video using spatial picture-in-picture previewsUIST 2017 Paper