engineering a hand-tracking interface for AR glasses in C# and Unity3D- Integrating a cutting-edge hand-tracking algorithm into AR interfaces to address the critical need for real-time data access and minimize contact risks, enhancing ICU workflows- Collaborating with cross-functional teams and conducted rigorous user testing to ensure the hand-tracking system exceeded healthcare industry standards for operational excellence

tasked with developing an innovative application using AWS and Docker- Devised an email receiving system in Python, which extracts data for large language models, in order to streamline a time-consuming procedure for scientists- Mechanized a manual process by coding an email autoresponder that automatically filters messages to meet predetermined criteria, then sends a results report to the user using Amazon Simple Email Service

focus on building a system integration framework using C# and LabVIEW- Developed a teleoperation interface using gesture-based control and naked-eye 3D visualization- Eliminated user’s arm fatigue issue and achieved better surgical efficiency by proposing hand-robot motion scaling and mapping method in C#- Improved surgical safety by presenting naked-eye 3D visualization framework which provides users more sufficient depth information