● Spearheaded implementation of Memcached from Redis, utilizing memcached’s segmented LRU algorithm to refactor prior functionality, rectifying occurrences of slowed caching by increasing TTL of older but common vulnerabilities, improving response times by 98% from 2 minutes to 2 seconds, significantly enhancing latency and server-side rendering efficiency.● Strengthened enforcement of React components and methods via TypeScript, consolidating redundant implementations of typing and dependencies for improved readability, type safety, and robust developer experience, which led to the identification and resolution of previously undetected typing and build errors caused by dependencies to deprecated structural schemas, minimizing pre-deployment errors by over 80%.● Rebuilt the Dockerization sequence of the Docker Desktop extension, identifying and debugging of key container dependency discrepancies throughout various docker compose files, to restore communication between microservices (cadvisor, node-exporter, Prometheus, Grafana, etc.), eliminating common instances of unsuccessful connections to 0%, providing a consistent user metrics experience across the application.● Revamped application themes for enhanced accessibility, addressing challenges faced by color-deficient individuals through the implementation of simplified and reusable SASS color scheme variables recommended by Google for improved clarity. Streamlined stylesheets, consolidating redundant styles for developers and ensuring a more inclusive user experience.● Launched new Prometheus configuration capabilities, expanding lack of property-specific configurability due to inflexible CLI stream editor, deploying js-yaml API’s support for modern yaml specs and speedy parse/update times to enable real-time updates and reconfiguration across entire Prometheus scope, equipping user ability to apply customizable metric targets.

● Optimized Python and MATLAB code for test satellite data, refactoring 1000+ lines of timely and resource intensive signal processes, along with frequent errors involving missed scraping, to reduce testing suite data collection and processing times by 90% from days to hours.● Developed satellite control command sequences via C#, utilizing automated memory management through garbage collection to prevent possible memory leaks, ensuring precise and robust execution of maneuvers, telemetry retrieval, and data transmission protocols in space.

● Enhanced automated chaff/flare jamming response patterns in C for $210M F-15/F-16, exploiting light-weight and quick processes of low-level language to calculate threats and spectrum coverage requirements in real-time, significantly decreasing resource costs to on-board processor.

DSP Engineer for O3b Satellite Program

Research in detection of supersonic objects using infrasound detection technology.

Research in communications with electromagnetic oscillation on the nanoscale level.