From this June, I started to learn VR game development on VIVE with SteamVR kit. I developed several small games: 1, Horror-Hospital: we can shoot at the randomly appeared zombies. Be aware of the health-points and do not die. 2, Small game set including:*Ninja Fruit: Like it's iPhone version, the player can use Katana to chop the fruit. However, the fruit will be generated in a 3D scene, so we have to split as many fruits as possible around us to win the game.*Wild Hunter: When a player walks on a large prairie terrain, he will meet various animals, such as rabbits, birds, giant spiders... Some of them are able to be hunted, some will be dangerous to attack the player. Get ready for the adventure?

• I developed a HoloLens application for Ericsson to visualize a Datacenter layout. This application can scan the QR-Code on the server and query it status from a remote database. This application can also query and monitor all machine’s status and visualize them in a virtual 3D Datacenter.• I implemented a HoloLens application for collaboration with touch table for urban design. I cooperate with ESRI, UBC in Mitacs internship. This application renders and rebuilds a controllable 3D terrain and 2D street map on HoloLens through the ESRI’s map service. I built a LAMP based server for synchronizing map coordinates between touch table and HoloLens. I also implemented a video conference feature in this application, so the HoloLens and touch table users can communicate during the collaboration. • I attended 19’ ECCE competition. In this competition, I implemented a HoloLens application for searching places such as supermarkets, restaurants, hospitals and even cherry blossom positions on the Victoria’s map. The searching engine is powered by ESRI’s technologies and open data. All applications are developed with Unity and C#, and require various technologies, such as ESRI map service and API, LAMP server structure, Linux, Docker, WebRTC, etc.

• Teaching assistant for advanced course “Human-Computer Interaction”. I designed and taught the lab lecture.

• Developed ATM software for the bank’s requirements. Implemented core operation to control hardware through XFS protocol with C# and .Net. Implemented front-end application with JavaScript, HTML, CSS. This application communicated with the bank’s host system through XML message over TCP/IP. • Developed and maintained ATM monitoring system for hardware status and transactions. This system is developed with Java, deployed in Tomcat, and connect to MySQL database by JDBC.

• Developed ATM and self-service machine software for banks. Implemented core functionalities such as withdrawal, deposit, transfer, etc. with C++. Designed a configurable operation flows on Microsoft Access.• Implemented front-end application communicated with the bank’s host system through 8583 format messages over TCP/IP.