• Design and implemented XR surgical applications in Unity (C#) to support spine surgery within an agile cross-functional team

• Assisted in backend development tasks using C++ for XR system integration

• Reduced GPU usage by 50% and memory usage by 37.5% through Unity Profiler

• Conducted rigorous testing, debugging, and documentation to ensure product stability and regulatory readiness

• Authored technical and functional requirements to align product design with clinical needs and regulatory standards

• Programmed the player interaction on HTC Vive including scanning the environment, collecting objects with a laser beam using Unity3D, C#, SteamVR, EKTO SDK

• Created a flexible dialogue system for the client to customize the tutorial contents

• Worked with the engineers at the client's company to better build their SDK

• Worked in cross-functional teams of 5-6 professionals including designers, programmers, artists, producers

• Collaborated with clients and participated in the design process to keep the project within the scope

• Delivered the games with technical documentation for the clients

• Programmed the main gameplay mechanism using Unity and c#

• Implemented Unity Analytics into the game to analyze user behavior, enabling game improvement and providing researchers with valuable data.

• Created a flexible dialogue system with an interface for the narrative designer to update the dialogues by modifying Creator Kit

• Designed the game structure and managed the programmer task lists

• Programmed the gameplay mechanism for multiplayer games including grid-based player movement, dice-based combat system, and pinning communication system using Unity3D and c#

• Handled the networking including creating lobby and rooms, assigning roles to different players, synchronizing game status, and enabling communication between players with Photon Network

• Worked closely with experts in the research team to design the game that met their needs

• Researched cooperative games including board games and digital games and participated in the game design process

• Involved in designing the combat system and player's cooperative interaction

• Implemented machine learning models to analyze data for Taiwan longitudinal study on aging using R, Python

• Assisted research on designing an interface for the healthcare XAI system in Kaohsiung Medical Hospital

• Developed Python APIs to gather and pre-process data from e-commerce platforms and social media platforms, which were then stored in MongoDB and MySQL databases

• Designed and graded C, Python, and R programming assignments and quizzes in the courses: Computer Programming, Introduction To Big Data Analytics