Detail-oriented, organized and meticulous employee. Works at fast pace to meet tight deadlines. Enthusiastic team player ready to contribute to company's success. Participated in group product delivery using Agile and Waterfall model.
Demonstrated experienced skills in multiple programming languages including C++, C#, Java, JavaScript and Python.
Experienced in data structure, algorithm, database and object-oriented programming. Engaged in IOS/Android application development, Artificial Intelligence project, deep learning projects and distributed system. Results-focused software engineering professional with extensive experience in development and testing.
Developing effective tutorials for VR sailing game named MarineVerseCup which is one of the biggest VR sailing community.
Researched and experimented to provide more immersive experience to the new players in the tutorials using visual effect and controller feedback.
Participated in design and planning exercises for an Android application associated with AR function.
Designed and developed the AR camera functionality that enable the users to place virtual objects in their camera scene and interact with it. Tested it through different android devices and environments. Played major role in layout modifications to improve functionality.
Applied Apple's Swift development language to code a native calender apps that is used for record the information of ongoing TV series and grab information from API on iOS platform.
Followed Apple's Human Interface guidelines to create products aligned with iOS UI norms.
Researched and selected APIs for integration into development projects.
This Project is a Motion Surveillance System(Web App) which includes a central server and multiple client video cameras.
Client Cameras will send their live stream data to the central server, and the server will be able to monitor all live streams from all cameras. A motion-snapshot clip will be recorded upon time of motion detection and be uploaded to the server.
My role is to design and develop the motion detection algorithm for motion-snapshot using openCV.
Helped student to learn to solve the problems that they meet during study. Motivated students towards learning and studying to build self-confidence and reduce fear of failure.