University Corporation for Atmospheric Research-posted 1 day ago
Part-time • Mid Level
Hybrid • Boulder, CO
501-1,000 employees

We seek a motivated scientist to support the development and testing of the Model for Prediction Across Scales (MPAS) coupled with GOCART-2G aerosol chemistry and interfaced with the Joint Effort for Data assimilation Integration (JEDI) system. This position will contribute to enhancing satellite data assimilation and conducting experiments using the end-to-end cycling workflow for our next-generation, online-coupled community analysis and forecasting system within the NSF NCAR’s Mesoscale and Microscale Meteorology (MMM) laboratory. The scientist will contribute to ongoing activities that support operational research needs and ensure robust, efficient, and reproducible data assimilation (DA) cycling capabilities. As part of team efforts, development and maintenance activities may include integrating numerical modeling, data processing, observation operators, advanced DA algorithms, post-processing tools, and cycling infrastructure with workflow scripts, as needed. The scientist will work both independently and collaboratively in a multidisciplinary research environment and will analyze results with sound scientific interpretation to improve the use of satellite information in atmospheric composition and weather forecasting applications, and publish findings in peer-reviewed journals.

  • Designing and executing scientific investigations or analyses using established and/or emerging methods to address defined research, operational, or applied science questions.
  • Developing or adapting tools, models, or methods to support data collection, processing, analysis, system evaluation, or experimental workflows.
  • Performing detailed analysis and interpretation of observational, experimental, or model-generated data, contributing to new insights or improvements in scientific understanding.
  • Leading or contributing to components of a larger project or small project teams through coordination of activities, deliverables, and technical direction across collaborators.
  • Authoring or co-authoring peer-reviewed publications, technical documentation, data sets, findings, project reports, and/or proposals, and presenting findings in internal, sponsor, or scientific community settings.
  • Collaborating across disciplines and institutions, contributing technical expertise to team-based projects and enhancing interdisciplinary research or operational outcomes.
  • Supporting proposal development and project planning activities by contributing to scoping, technical writing, and alignment with programmatic objectives.
  • Providing technical guidance to less experienced staff/students, mentoring on methods, tools, and best practices while engaging in and modeling inclusive team participation.
  • Developing products, tools, instruments and/or technologies for projects and programs.
  • Ph.D. degree within the last 5 years or expected within the next 6 months in atmospheric science, computer science, statistics, or a related area.
  • Has solid knowledge in a relevant scientific field, with an ability to apply theories, methods, or frameworks to complex or interdisciplinary problems.
  • Is familiar with project planning and proposal development, including scoping technical work, aligning with program goals, and supporting deliverable management.
  • Is skilled in developing or refining scientific tools, workflows, or models, including quality assurance and integration with broader project efforts.
  • Is skilled in using data analysis tools used for data preparation, visualization, or workflow automation.
  • Is committed to mentoring with the ability to guide less experienced colleagues on methods, tools, and collaborative practices.
  • Is capable of contributing to peer-reviewed publications, sponsor reports, or presentations, with clear and accurate scientific communication tailored to varied audiences.
  • Collaborates effectively within multidisciplinary teams, integrating diverse inputs and fostering productive working relationships.
  • Demonstrates the ability to design and carry out analyses or investigative tasks independently using established methods, adapting approaches as needed.
  • Advanced understanding of numerical weather or chemistry modeling.
  • Experience with WRF-Chem, MPAS, or other community modeling systems.
  • Demonstrated skill in scripting languages (e.g., python/shell), especially related to tests on supercomputers.
  • Familiarity with satellite data assimilation or coupled atmosphere-chemistry modeling
  • Experience with workflow automation tools or shell scripting for high-performance computing systems
  • Demonstrated ability to work independently and collaboratively as part of a research team.
  • Excellent time management and organization skills.
  • Demonstrated and effective written and oral communication skills.
  • Demonstrated knowledge of assimilating remote sensing data.
  • Knowledge of emissions inventories for chemical modeling.
  • Experience with WRFDA, GSI, JEDI, or other community data assimilation systems
  • Experience with remote sensing products.
  • UCAR affirms its commitment to employees through competitive benefits . In addition to medical, dental, vision, retirement, and life insurance, UCAR offers a variety of programs focused on work-life balance and professional, and personal development.
  • These include: Tuition Assistance, time off allowance to attend classes, and other professional development opportunities.
  • UCAR contributes 10% of your eligible pay into your retirement account; 100% fully vested on day one.
  • Starting minimum accrual of 20 days of personal time off each year (prorated for less than full-time positions).
  • 10 paid holidays.
  • 12 weeks of paid parental leave.
  • Short-term medical leave paid at 100% of your regular salary.
  • EcoPass for local Colorado residents to use the Denver and Boulder-area transit system at no cost.
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