Supporting Age-Inclusive Gameplay for Older Adults via Real-Time Gesture-to-Controller Translation
HCI Researcher
Che-Wei Hsu 徐晢瑋
Undergraduate researcher at National Taiwan University, working on haptic integration, wearable devices, and accessibility-driven interactive systems to enhance human well-being.
About
I am an incoming Master's degree student in Computer Science and Information Engineering at National Taiwan University. I was previously advised by Prof. Mike Y. Chen, and am now advised by Prof. Shan-Yuan Teng at the Dexterous Interaction Lab.
My research focuses on accessibility-oriented interaction design, exploring how technology can help individuals with motor impairments or age-related limitations participate more fully in activities such as digital games and social interaction. In addition, I study how wearable devices can extend human capabilities or interfere with natural interactions, and how users learn to adopt and embody these augmented interaction techniques. More broadly, I am interested in how to design and evaluate interactive systems that enhance human well-being and promote inclusive experiences for diverse user groups.
I also joined the Student Summer Research Fellowship at the University of Chicago in 2025, where I worked with Prof. Pedro Lopes at the Human Computer Integration Lab.
News
- 2026-06 I'm heading to DIS 2026 as a Demo Presenter and Student Volunteer, looking forward to meeting up in Singapore!
- 2026-05 Received the Taiwan Global Pathfinders Initiative Scholarship to WVU this July! 🌏
- 2026-04 ElderPlay accepted to DIS 2026 🎮
- 2026-03 Position paper accepted to Augmented Body Parts Workshop at CHI 2026
- 2026-02 Myo Action accepted to CHI 2026 Paper and Interactive Demos! (Acceptance rate: 25.3%, 21%)
- 2026-02 Accepted as a CHI 2026 Student Volunteer🙆♂️
- 2026-02 I'm starting a new research journey at the Dexterous Interaction Lab and am work with Prof. Shan-Yuan Teng! 🚀
- 2025-11 Admitted to National Taiwan University's M.S. Program in Computer Science and Information Engineering! 🎉
- 2025-07 GenTune accepted to UIST 2025! (Acceptance rate: 22%) 🖼️
- 2025-04 Admitted to University of Chicago's Student Summer Research Fellowship 2025! ✈️
- 2025-01 HeadTurner accepted to CHI 2025! (Acceptance rate: 25.1%) 🕶️
Publications
Myo Action
Accelerating Voluntary Actions via Electromyography and Muscle Stimulation
GenTune
Toward Traceable Prompts to Improve Controllability of Image Refinement in Environment Design
HeadTurner
Enhancing Viewing Range and Comfort of using Virtual and Mixed-Reality Headsets while Lying Down via Assisted Shoulder and Head Actuation
GameFitter
Designing Exercise-as-Input to Turn Unmodified, Sedentary Games into Exergames