Support the design and implementation of the next generation Improved Fresnel Lens Optical Landing System (IFLOLS), translates ship motion to a glide slope that is presented to incoming aircraft in the form of a light planeLead the system design and implementation of the redesign of the legacy Landing Signal Officer Display System (LSODS), combines data from many sources to present a GUI to assist flight deck personnel with landing planes efficientlyWork on a simulation that scores the correctness of a user generated flight plan (72 hours of sustained launches) relative to the reliability and maintainability of launch equipment and available resources

Communicated with employees about requirements, design, and implementation for current and future projectsDeveloped and optimize scheduling algorithms for priority-based radar schedulersDeveloped innovative visualization techniques and software for priority-based radar schedulersDeveloped data visualization interfaces for viewing CollectD network statistics

Programmed in Python using the Vizard APIDeveloped dynamic 3-dimensional immersive carrier deck simulations for testing and verification of human users ability to pass control of UAVsCompleted a graphical user interface tool that manages weapon systems configurations below deck