Architecting high-availability web applications, multi-LLM platforms, and resilient cloud infrastructure for 30,000+ daily users at Boise State University.
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I architect software that 30,000 people quietly rely on. As a Senior Software Engineer at Boise State University, I've shipped everything from mission-critical public directories to campus-wide AI infrastructure.
Thirteen years on the same team means living with my own architectural decisions, debugging my own assumptions, and being the one on call when systems degrade. I don't build overengineered prototypes and move on—I ship production systems, and I keep them running.
Recently, my three-person team deployed a multi-LLM AI platform on AWS, reducing per-user costs by 80%. That is the work I optimize for: small teams, real stakes, and high-availability systems.
A multi-LLM, open-source AI platform powering boisestate.ai. Architected end-to-end on AWS by a three-person team, reducing compute and per-user costs by 80%.
Replaced a monolithic legacy portal with a lightning-fast public directory. Built on Angular SSR and a serverless AWS OpenSearch pipeline for real-time, high-traffic catalog browsing.
An enterprise .NET Core application automating university-wide travel operations. Zero flash, pure utility—replacing legacy paper workflows and saving hundreds of operational hours.