Mission software, Earth science systems, and engineering infrastructure built for real operational use.
Jacobs · 2025–present
Hands-on engineering and technical delivery on a simulation program: roughly 20 repositories, three environments, and partner teams. Delivery gates, portable messaging, and stronger tests are in use; coaching is part of the work.
NASA · 2017–2025
Python and Docker software for processing and distributing satellite-derived flood maps on AWS. Built to support near-real-time Earth observation products. The live map is public; a GeoHorizons paper describes the system.
NASA · 2017–2025
Find Data search, ordering, and near-real-time access to NASA MODIS and VIIRS satellite data. Web systems shipped through GitLab CI/CD and Kubernetes alongside existing Perl services.
Additional Earth science systems developed and supported during eight years at NASA Goddard.
Independent tools focused on software delivery, testing, configuration, simulation, and developer workflows.
🧪 Run Bitbucket Pipelines locally from bitbucket-pipelines.yml — Docker or host, including parallel steps, services, caches, artifacts, and after-script.
Rank the highest-value Python test gaps from coverage, AST, and git
🚀 High-performance satellite orbit and telemetry simulation engine. Built with Rust and Tokio for scale-testing mission control pipelines and high-throughput data sinks
🛡️ Policy-as-code validator for Bitbucket Pipelines. Enforce CI/CD standards, deployment safety, and organizational consistency across repositories.
🔍 The observability lens for configuration drift. Detect, classify, and score risky environment differences across .env, YAML, and JSON with policy-as-code.
🛰️ High-performance telemetry and simulation data sink for aerospace operations. Built in Rust for memory safety, ultra-low latency, and mission-critical reliability.
