Carnegie Mellon University (CMU)

Master of Entertainment Technology (ETC)

Xi'an Jiaotong-Liverpool University (XJTLU)

Bachelor of Engineering (Computer Science and Technology)

HeritageSite AR: An Exploration Game for Quality Education and Sustainable Cultural Heritage

Effects of Object Complexity in Occlusion, Structure, and Texture on 3D Virtual Object Observation in Virtual Reality

HeritageSite AR: Design and Evaluation of a Mobile Augmented Reality Exploration Game for a Chinese Heritage Site

Freestanding Transparent Organic-Inorganic Mesh E-Tattoo for Breathable Bioelectrical Membrane with Enhanced Capillary-driven Adhesion

ACS Applied Materials & Interfaces journal. 2023 - 2024

Full Stack Software Engineer – Gap Year Set-up Company Working Experience

Reconstructed an XR training program for production line workers and developed XR applications using Unity for HoloLens and VisionPro, improving operational efficiency with digital twin models. Also contributed to XR-based quality inspection

Intern – Industry 4.0 Software Development Engineer

Took part in the transition from a WPF-based system to a Blazor WebAssembly web platform, improving user experience and performance. Contributed to the front-end of a data analysis tool, utilizing Bootstrap and Plotly for responsive design and dynamic data visualization.

Digital Touch

Architected and developed a multi-user colocation system for visionOS. Enable users to seamlessly invite others into a shared virtual space for collaborative interaction. Authored a suite of custom visual effects with Unity's VFX Graph, elevating the visual appeal and interactive feedbacks.

See Feel

Led the development of a multiplayer networked XR interaction prototype for VR museums, innovatively enabling visitors to interact and provide real-time feedback using gaze and emojis. Research findings have been submitted to IEEE Transactions on Visualization and Computer Graphics (TVCG).

Extensible Asymmetric Interaction System – Capstone project

Independently developed an asymmetric interaction system that enables users on different devices (VR, PC, and Mobile) to communicate and collaborate within one virtual environment. Designed and implemented a network platform based on NetCode, allowing simultaneous connectivity from devices across multiple platforms (VR, PC, Android). Published a template Unity project, including pre-configured Unity assets, detailed technical documentation, and beginner-friendly guides.

Enhancing Small/Moving Target Selection in VR using SSVEP-based BCI

Assisted in research to evaluate whether an SSVEP-based BCI improves the accuracy of selecting small targets in VR environments when combined with eye-tracking. Applied Meta's eye-tracking toolkit in combination with the real-time BCI signal toolkit in MATLAB to create a testing prototype in Meta Quest Pro.

Intelligent Medical Orthopedic Splint

Led the development of a smart orthopedic splint with IoT sensors to aid in post-fracture rehabilitation, recommended for the China National University Students' Opt-Sci-Tech Competition. Developed IoT modules and implemented 12-page front-end interfaces for the mobile application.

Electrooculogram (EOG) and VR

Developed a novel electronic tattoo for enhanced VR control through precise electrooculogram (EOG) signal integration, accepted by ACS Applied Materials & Interfaces journal. Built a Unity-based VR prototype and facilitated real-time BCI signal transmission using Socket programming and MATLAB for EOG signal processing.

AR Computer Assembly Tutorial

Spearheaded the development of an AR mobile application that assists layman in assembling a personal computer independently, won a third prize in the China Virtual Reality Competition (CCVR2023). Designed the software architecture and implemented the core mechanics of the application.

Manipulating and Observing Virtual Objects in VR

Independently completed the research evaluating the VR observation in virtual worlds from multiple dimensions, ranked 6/140 in XJTLU's Summer Undergraduate Research Project Competition, and published in the CEII2023. Implemented two classic VR interaction methods and built a virtual museum environment for testing.

AR Exploration Game for Museums and Cultural Heritage

Assisted in designing an educational AR mobile game to enhance the visitor experience in museums and cultural heritage sites, published in the CHI 2023 & JOCCH. Contributed to the design of the game's core mechanics and completed 70% of the code development ensuring robust functionality.