Postdoctoral Appointee - Atmospheric Modeling, Remote

Sandia Corporation is seeking a Postdoctoral Appointee in Atmospheric Modeling to conduct research on cirrus clouds and their climate impact. The role involves setting up and analyzing simulations using E3SM's SCREAM model, publishing findings, and collaborating with an interdisciplinary team. Candidates should have a recent PhD in Atmospheric or Climate Sciences and experience in modeling and analysis. The position offers flexible remote work arrangements.
About the position

The Postdoctoral Appointee position at Sandia National Laboratories focuses on atmospheric modeling, specifically the simulation of cirrus clouds to study their impacts as a climate intervention strategy. The role involves working within an interdisciplinary team to set up, run, and analyze model simulations, contributing to climate science through research and publication.

Responsibilities
• Design, setup, and carry out experiments with E3SM's storm resolving atmosphere model SCREAM.
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• Analyze and interpret model output to quantify impacts of cirrus cloud seeding on cirrus cloud properties, the radiative budget, and potential downstream impacts on the hydrologic cycle.
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• Publish research findings in peer-reviewed journals.
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• Present research at relevant conferences.
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• Network with other scientists within and outside Sandia.
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• Pursue follow-on research in support of broad-ranging mission areas.

Requirements
• Recent PhD in Atmospheric or Climate Sciences, or in a related field.
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• Proven research experience, evidenced by a strong record of research publications and presentations.
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• Experience in atmospheric/climate modeling, analysis, and interpretation.
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• Experience running and interpreting simulations with Earth system models (e.g., E3SM/SCREAM, CESM, GFDL, GISS, etc.).
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• Familiarity with cloud microphysics, especially cirrus clouds.
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• Familiarity with aerosol-cloud interactions.
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• Proficiency with computer languages used for modeling and analysis (e.g., C, C++, Fortran, Python, Julia, R, MATLAB, NCL).

Nice-to-haves
• Expertise in the simulation and analysis of cirrus clouds.
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• Expertise in aerosol-cloud interactions.
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• Expertise in high resolution (cloud or storm-resolving) atmospheric models.
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• Development or implementation of components within climate models (e.g., new parameterizations, alternative computational schemes).
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• Familiarity with high performance computing environments.
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• Proven ability to advance the state-of-the-art in climate science-related subject areas as evidenced by original high-impact publications or a high h-index.
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• Ability to conduct self-directed research.
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• Ability to work in multi-disciplinary research environments.
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• Proven research community leadership through participation in student or professional organizations.
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• Excellent written and oral communication and interpersonal skills.
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• Desire to perform in a dynamic environment and demonstrated interest in service to the nation.

Benefits
• Flexible work arrangements including 9/80 and 4/10 workweeks.
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• Generous vacation and strong medical benefits.
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• Competitive 401k plan.
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• Learning opportunities and professional development.
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• Relocation assistance.
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• Amenities aimed at creating a solid work/life balance.