Pele HTGR MOOSE Simulation
2-step coupled OpenMC–MOOSE thermo-mechanical simulation of an HTGR microreactor TRISO unit cell.
Bridging physical and digital systems.
Student @ BYU-Idaho Expected graduation: April 2029
2-step coupled OpenMC–MOOSE thermo-mechanical simulation of an HTGR microreactor TRISO unit cell.

Full-stack Chrome Extension (MV3) and Node.js API that extracts itemized receipts into Google Sheets.
A collection of local Python utilities built to replace paid web tools. Self-contained and privacy-focused.

Coupled thermo-mechanical FEA of an IG-110 nuclear graphite fuel monolith using MOOSE Framework and Coreform Cubit.
I’m a mechanical engineering student and software developer who enjoys building systems that move seamlessly between real-world constraints and clean digital logic.
As an Eagle Scout, I learned to lead with preparation, service, and accountability. I’m bilingual in English and Spanish, bringing clear communication to every team and technical challenge.
Community Service
Intern, Venafi
Go Paddle AZ
Interested in engineering, software, or the space where they meet?