Utilized previous experience with big-data analysis to programmatically draw inferences and facilitate ease of customer interaction and engagement.
Maintained and improved Nod's in-house testing platform for 6-DoF positional tracking for Virtual Reality (VR) applications, and created and maintained plugins that allowed product extensibility to the OSVR and Unreal platforms. Tech used: Mainly C++, largely using the Windows, OSVR, and Unreal Engine APIs, but also Arduino C++ and Python as components for the larger systems.
Designed a virtual-machine based platform to allow applicants demonstrate their knowledge to potential employers in a practical setting. Also implemented mechanisms for detailed feedback and analysis of the aptitude tests created. Performed quality analysis of the tests to help increase the value of test results.
Created and maintained extensions for an in-place task-management system for a digital-currency infrastructure backend.
Developed custom web application that allowed customers to design and configure custom keyboards online. This simplified the process of ordering and creating a custom keyboard on phone. The application weighed less than 300KB and the entire keyboard was dynamically rendered saving resources, decreasing load time, and increasing the speed of using the application.
Big-data analysis to determine fairness of scientific collaboration networks in academic conferences.