I've built production-grade test automation platforms for NetAlly, HeadSpin, Comcast VIPER, and aerospace and telecommunications products. At NetAlly, I architect deterministic Android end-to-end automation in Python and design parallel execution across multi-device labs.
At Comcast VIPER, I built an automation platform adopted by five internal engineering teams across two sites and roughly 20 servers. I also developed computer vision and OCR pipelines for video validation, Dynamic Ad Insertion verification, and HDMI capture tooling backed by C++ on Linux.
I've developed cloud media services, mobile automation integrations, REST APIs, SDKs, and containerized service architectures using Python, Go, FastAPI, Flask, Docker, Kubernetes, and GitHub Actions.
My applied mathematics background informs my work in algorithm design, data analysis, computer vision, and image quality analysis. I enjoy teaching and mentoring while building practical systems that make complex testing reliable and scalable.
