Opportunity: Scalable Shock Physics: Open-Source Computational Fluid Dynamics

When milliseconds and pressure waves determine structural survivability, digital simulations cannot afford computational bottlenecks.

Modern defense partnerships rely heavily on modeling and simulation to predict destructive blast dynamics and evaluate mitigation designs. However, disparate modeling tools can produce inconsistent predictions for identical physical events, creating unnecessary gaps in collaborative planning. This project puts you at the steering wheel of high-fidelity open-source shock physics. Leveraging advanced, open-source computational fluid dynamics (CFD) solvers engineered specifically for high-energy blast and shock phenomena—you will simulate complex shock scenarios and evaluate predictive fidelity against experimental benchmarks. Your work will help establish a unified, license-free modeling framework that scales seamlessly across high-performance computing environments.”