I'm working toward a world-scale spatial computing layer — a persistent system that lets digital objects, anchors, and interactions maintain shared meaning across people, devices, and environments.
Every project I build—whether AR systems, multimodal sensing, or performance technology—is a step toward this long-term goal of creating the foundational infrastructure for future spatial computing.
Pursuing a B.S. in Electrical and Computer Engineering (Microelectronics focus) at Shanghai Jiao Tong University.
Designing and building immersive AR/VR experiences that blend spatial interaction and sound.
A human–computer interaction researcher with publications in XR and digital media. My undergraduate thesis focuses on AI-related research.
Mixing, producing, and performing across digital and physical stages. Building custom hardware tools for interactive performance.
An AR-simulated study of real-world service robot interactions in multi-user environments, reviewed at CHI 2026 and currently undergoing revision for resubmission.
Bachelor thesis proposing a closed-loop framework for controllable virtual IMU data generation and evaluation, improving model generalization across datasets.
A Roblox-based multiplayer party game that won a campus game design award.
A conceptual design envisioning lightweight AR eyewear with magnetic, detachable dual bands for full-range hand tracking.
A custom Python-powered MIDI controller designed to interface with an iPad looper app, enabling hands-free multi-track recording and playback.