My research interest is in technology-enhanced educational processes. I am currently engaged in designing and evaluating XR-based educational tools specifically tailored for Quantum Computing training and education. My research is inherently interdisciplinary, bridging my academic background with advanced technological applications.

This project involves the development of XR scenes using Unity, scripting in C#, and the careful selection of appropriate XR devices. The core of these XR educational game designs is based on educational theory with insights from educators and learners, and a wealth of quantum knowledge.

To ensure the robustness of my findings, I employ rigorous interdisciplinary research methods. This includes the use of sensors to gather physiological data from participants, which is then meticulously analyzed through signal processing (Eye Tracking, ECG, GSR) and statistical methods.

My aim is to provide innovative solutions for the field of quantum technology education, particularly for subjects that involve complex computations and require visual representations of learning content.

I am keen to collaborate with other scholars who are interested in this field and committed to solving real-world problems. Let' s join forces to advance the frontier of technology-enhanced education! Email: [email protected]