Develop integrated hydrologic models for mountainous watersheds while collaborating with interdisciplinary scientists. Focus on effects of disturbances on water-energy budgets using high-performance computing and large datasets.

Engage with a diverse team of scientists to develop advanced hydrologic models using cutting-edge computational tools, focusing on the effects of disturbances and land cover changes on water-energy budget systems.

Lead and empower a talented team to drive innovative AI and data management solutions, support user communities, and enhance strategic initiatives in advanced computing across NERSC, advancing critical research within the DOE framework.

Drive the negotiation of intellectual property agreements, ensuring compliance with policies. Collaborate with scientists and institutions to facilitate research commercialization while managing complex legal frameworks effectively.

Shape the future of intellectual property management by drafting and negotiating vital agreements for commercialization and research collaborations with academia and industry. Collaborate with diverse stakeholders to ensure compliance and optimize outcomes.