Founder & Principal Engineer at Gauss Compute
I help hardware teams de-risk battery and structural decisions using practical, defensible simulation workflows. My work is focused on turning complex physics into clear engineering decisions and test-ready evidence.
Gauss Compute provides independent, confidentiality-first consulting for teams building electrified products under high technical and schedule pressure.

10+ years across regulated aerospace, automotive, energy, and electronics contexts. Engagements span battery safety, crash readiness, thermal risk, and multiphysics validation support.
Define decision questions, constraints, and required confidence level for the next program milestone.
Select practical physics fidelity, assumptions, and review cadence that fit timeline and risk.
Align simulation outputs with test intent and prioritize correlation-ready evidence.
Deliver concise recommendations, uncertainties, and trade-offs for stakeholder action.