• Optimized machine learning methods, including Gradient Descent, Boids Algorithm, and Potential Fields Method, within a Python-based Blender add-on to dramatically accelerate compilation speeds.

• Created and implemented a Python-based pipeline to precisely calculate and dynamically visualize drone position in real-time by harnessing data from DW1000 ultra-wideband transceivers.

• Developed production update to user interface software using Vue which allows customers to program, monitor and download logs from purchased drones through Wi-Fi.

• Contributed to the research and development of an innovative wireless satellite communication system as part of a project sponsored by NASA.

• Designed and implemented a user-friendly graphical user interface (GUI) using JavaScript that seamlessly integrated NASA’s Open MCT software within the existing Modularity Space platform for space mission monitoring and management for customers.

• Leveraged real-world data to validate and fine-tune the space mission monitoring platform and integrated software, resulting in a more robust and reliable system.