Software Engineering Researcher / Senior Software Engineer
Good systems earn decisions. I see, shape and choice architecture with micro-economics.
My work mixes psychology, philosophy, micro-economics, and organizational design to help engineering orgs make better decisions.
I design a language to describe production-grade ML tooling/system that scales across teams, governance, and infrastructure constraints—without sacrificing developer speed.
Peer-reviewed work spanning static analysis, ML-assisted triage, and scalable simulation infrastructure.
Scalable tooling uncovering critical issues across multi-million line repositories.
Neural triaging that routes bug reports to the right engineers with measurable precision.
CFD simulations accelerated via Hadoop clusters and heterogeneous compute units.
Enhanced RETE algorithm enabling richer context-aware service composition.