Software Engineer, Propulsion Simulation & Data Analysis

Software Engineer for Propulsion Simulation & Data Analysis on the Raptor systems modeling team. Responsible for maintaining and improving the lumped-parameter thermofluid model of the Raptor engine, conducting engine cycle analysis to guide future-state design and thrust upgrades, and performing anomaly resolution using the engine model and sparse instrumentation. Develops a deep understanding of the physics behind rocket engine performance and related modeling/measurement techniques; maintains representation of the Raptor engine in integrated vehicle simulations and flight Monte Carlo analysis; builds tools to understand sources of engine performance variability and drive improvements to manufacturing and hardware design; automates processes and software tools to predict test performance and generate flight performance predictions for GNC and flight software. Collaborates across teams to extend interoperability of tools and standardize practices, maximizing functionality while minimizing obsolescence. Required skills include dynamical systems modeling, physics-informed neural networks, data-driven analysis, compressible/incompressible flow, thermodynamics, thermochemistry, mechanics, materials, strong communication, data pipelines, and experience with web/frontend/backend development, version control, CI, Unix-like OS, control feedback design, and numerical analysis/signal processing.