Transform your career by developing advanced physics-based models for materials under extreme conditions. Collaborate with a multidisciplinary team to enhance engineering performance through innovative modeling techniques.
Shape the future of photocatalytic research by conducting advanced computational studies on transition metal clusters, collaborating closely with experimental teams to explore innovative solutions for small molecule conversion.
Engineer advanced electrochemical processes and functional coatings, focusing on material design and surface modification. Collaborate in a multidisciplinary team to develop novel deposition methods and optimize material characterization techniques.
Lead strategic initiatives in materials science, fostering collaboration and innovation across disciplines. Drive research agendas, manage operations, and advocate for scientific excellence while ensuring alignment with national priorities and safety standards.
Empower innovation by leading battery engineering projects and R&D initiatives. Drive collaboration across stakeholders to enhance workforce programs in advanced energy and electrified transportation, utilizing AI and software solutions for impactful results.
