Josh Fody

Founder and Lead Engineer

About JF Advanced Analytics

Most engineering programs run on point estimates. One prediction with unknown confidence. When the stakes are high, being wrong is expensive, so the standard solution is large safety margins. Without quantified uncertainty, safety margins can either add false confidence to risky designs or result in overly conservative expensive ones. Josh Fody founded JF Advanced Analytics, a boutique engineering consultancy, to help programs know what they don't know. 

 

Josh is a U.S. Navy veteran who helps clients move their models beyond point estimates. He delivers probability-weighted outcome ranges, giving decision-makers a clear read on prediction confidence and where they can focus efforts to address sources of uncertainty. 

 

He spent nearly twelve years as an engineer at NASA Langley, working at the intersection of physics-based modeling, uncertainty quantification, and high-consequence problems with sparse, noisy, real-world data. His background spans both hands-on experimental work and computational modeling, giving him an intuitive grasp of the challenges in obtaining clean, consistent measurements in real-world environments, and how to build analyses robust enough to handle them.

 

Every JF Advanced Analytics engagement is fixed-scope with defined deliverables. The credentialed expert who scopes the work executes it — no overhead, no junior analysts.

Education & Certifications

2013     M.S. in Mechanical Engineering — University of Maryland

2022    Certified Data Scientist — NC State University AI Academy

2023    Artificial Intelligence Associate — NC State University AI Academy

2025    DevOps, DataOps & MLOps — Duke University

 

Awards

2021    NASA Government Invention of the Year Award — Honorable Mention

2020   NASA Research and Technology Award

2017    NASA Early Career Achievement Medal

2016    NASA Langley Group Award

 

Patents

2019    U.S. Patent 10,300,675 — Lightweight Flexible Thermal Protection System for Fire Protection

             Licensed by four companies (2019–2023)

             U.S. Patent 10,391,737 — Lightweight Flexible Thermal Protection System for Fire Protection

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