Lead our algorithm development team. Largely specializing in computer vision algorithms and sensor fusion for use of depth sensors in a variety of applications.

Simulate new automotive sensor technology in Unreal Game Engine.Implement computer vision and machine learning algorithms to help vehicles understand the world around them.

C++ development for optical motion tracking. Design and implement sensor fusion algorithms for hardware integration into game engines.Develop and maintain Unreal Engine Plugin to digest optical tracking data for virtual reality applications.Streamline continuous integration build system and maintain/create installers on the Windows platform.

Responsible for incorporating changes in television network carriage to accurately project ratings on a national level. Integrate new networks into existing algorithmic infrastructure. Frequently solve problems through quantitative investigation and programming. Increase software efficiency by writing programs to automate and streamline routine tasks. Systematically manipulate and extract metadata from large amounts of data using SQL and SAS.

Supervised classes of up to 70 students for courses ranging from introductory material to upper-division mathematics. Lectured on complex mathematical topics such as measure theory and Sobolev Spaces. Allocated additional time to assist students through private tutoring and answering questions regarding coursework via email.

Masters thesis completed using mathematics to comprehensively understand treatment plans for the blood disorder Cyclical Neutropenia. Built theoretical tools to address the complexities and difficulties of age-structure population dynamics, which frequently arise in mathematical biology.Used a combination of image processing and machine learning techniques to create digital copies of paper records for Mt. Hood ski run conditions dating back several years. Knowledge about weather and run conditions help ski patrol identify factors that play a role in injuries and accidents.Created a mathematical model of penguin huddling dynamics which analyzed penguin behavior relating to penguin warmth retention in a harsh environment.Generated a classroom schedule for Simon Fraser University using optimization and data mining techniques. Utilized in-depth knowledge of Microsoft Excel capabilities — namely vlookup, macros, and Visual Basic — to build a schedule that both maximized renting potential of unused rooms and assigned a suitable room to each offered course.