Support the Production Optimization Team by leading initiatives to modernize manufacturing processes, factory design, and implementing advanced technologies to enhance operational efficiency and readiness for future weapon systems.

Optimize high explosives models with advanced computational physics methods. Collaborate in developing software solutions while enhancing team dynamics, with a focus on research, user support, and cutting-edge algorithms in a multidisciplinary environment.

Develop and optimize cutting-edge algorithms for multi-physics codes on high-performance computing platforms, while collaborating across various computational physics disciplines and supporting user adoption of these advanced methodologies.

Empower your career by joining a dynamic team dedicated to innovative space technology development. As part of a fast-paced project, you will engage in the fabrication and testing of critical electromechanical systems for national security.

Lead the development and implementation of high explosives models in advanced multi-physics codes, collaborating across disciplines in computational physics to enhance simulations and algorithms for major scientific challenges in national security.