At Hewlett Packard Enterprise, I developed Python and Bash automation for firmware and system validation of pre-release computing platforms, reducing scripted task execution time by 30–50% compared with manual testing. I also independently owned versioning, releases, and deployment of test automation used to validate new platforms.
I'm working on Juniper NITA installation and deployment automation with Kubernetes, Ansible, and Linux. I also contributed to a multi-agent firmware diagnostics solution that compares OpenBMC dumps and system logs across versions to identify feature changes and gather evidence for root-cause analysis.
At the Department of Defense, I built reproducible validation workflows for NIST PFHub benchmarks and optimized Python scientific simulations, reducing runtime by 25%. At the Department of Homeland Security, I built automated tests and CI/CD pipelines, including Playwright regression tests that reduced manual testing time by 30%.
