Innovate within a top-tier research team focused on advancing solid phase processing methods in materials engineering. Collaborate to uncover new insights and applications in metals processing, driving significant advancements in manufacturing technology.

Transform energy processes with innovative solutions in a dynamic team. Drive advancements in chemical systems and renewable technologies while addressing critical environmental challenges. Collaborate across disciplines to optimize real-world applications.

Unlock potential by leading enterprise project lifecycle strategies that enhance risk management and execution in critical scientific initiatives. Collaborate with executive leadership to foster a robust project management culture across diverse functions.

Advance your career by innovating solutions in energy systems and national security. Contribute to high-impact projects involving chemical processing and isotopic separations, ensuring large-scale viability through teamwork and independent work.

Empower national security initiatives by leading the Tritium Technology Program's Production Design task, ensuring TPBARs are ready for safe irradiation through effective communication and organization with engineering and manufacturing teams.