Drive innovation in computational materials science by leveraging machine learning and molecular dynamics to enhance solvent-based separation systems. Collaborate with chemists to develop insights and publish findings in a multidisciplinary environment.

Engineer cutting-edge ASICs for national defense. Collaborate across teams to enhance production workflows, resolve technical challenges, and ensure timely delivery of high-quality products in a dynamic semiconductor environment.

Explore the design and development of embedded systems for telemetry data acquisition, supporting national security. Collaborate across the product lifecycle, from concept to testing, while enhancing your expertise in FPGA-based systems and firmware design.

Join a team that's dedicated to advancing dynamic materials research through hands-on experimentation and equipment maintenance, ensuring safety and efficiency in high-pressure physics environments.

Reimagine the future of telemetry technology as you design and verify printed circuit boards within a dynamic engineering team. Collaborate across disciplines to innovate solutions that support critical national security missions.