Project Scientist II
Tracking Code
13148
Job Description
PLEASE NOTE: This is a part-time (24 hours/week) one-year term position. Initial consideration will be given to applications received prior to 5:00 p.m. on Monday, September 23, 2013. Thereafter, applications will be reviewed on an as-needed basis.
NCAR - NCAR Earth System Laboratory (NESL)
Climate and Global Dynamics Division (CGD)
Relocation benefits not provided.
If necessary, UCAR/NCAR will sponsor a work visa (e.g., H1B, etc.) to fill this position.
BASIC JOB FUNCTION: Under broad direction by AMP scientific staff, leads the development and implementation of non-orographic gravity wave drag schemes in the Community Atmosphere Model (CAM). Also leads the configuration and evaluation of stratospheric simulations in CAM and WACCM (Whole Atmosphere Community Climate Model) in collaboration with scientists in AMP and ACD as well as with University partners. Develops specific strategies for the implementation of new CAM configurations with well resolved stratospheric dynamics, and formulates detailed plans for the scientific validation and utilization of these new configurations. Carries out original research within the scope of the AMP’s CAM development activities. Responsible for communicating results to the national and international scientific community.
DUTIES INCLUDE: Serves as an expert in gravity wave parameterization and stratospheric dynamics. Leads the integration and analysis of numerical experiments designed to further scientific research goals of CAM and the Atmospheric Modeling and Prediction Section. Leads and coordinates synergistic research activities with Atmospheric Chemistry and Dynamics Division that address vertical coupling between the troposphere and middle atmosphere. Establishes timelines and achievable goals in collaboration with senior scientific staff. Exercises primary role in communicating AMP plans and progress with respect to stratospheric simulation to Atmospheric Model Working Group (AMWG) members. Evaluates the progress of CAM development and makes adjustments accordingly in order to achieve the objective of improved climate simulations. Serves as a Co-PI on internal or external proposal or funding requests.
Conducts fundamental research in atmospheric dynamics and gravity wave dynamics and parameterization that furthers the advancement of CAM and CESM. Leads AMWG scientific activities involving stratospheric processes, including experimentation into improving overall model capability. Leads analysis of stratospheric dynamics in CAM runs within the framework of understanding their effect on climate. Makes actionable recommendations with the input of stakeholders. Proposes, leads, and coordinates scientific research efforts with CESM collaborators and represents these activities at national and international levels. Develops new scientific ideas with peers.
Sets expectations for work to be completed. Resolves issues and solves problems as they develop. Serves as an expert to internal scientists and model developers who lack background in stratospheric and gravity wave processes as well as assisting visiting scientists. Assists in mentoring junior scientists and post-doctoral fellows.
Communicates results of personal and group scientific research at scientific meetings, in technical reports, and in refereed literature.
REQUIREMENTS INCLUDE
Education and Experience:
* Ph.D. in atmospheric sciences, environmental sciences, or related discipline; and
* at least three years experience in the scientific study of Earth system models; or
* an equivalent combination of education and experience.
Knowledge, Skills and Abilities:
* Expert knowledge of atmospheric gravity wave processes, including convective and frontal source parameterizations used to incorporate their effects in climate models.
* Expert knowledge of stratospheric dynamics and vertical coupling between troposphere and middle atmosphere.
* Advanced skill in scientific research as demonstrated by publication in peer-reviewed literature
* Advanced understanding of analysis procedures for conducting scientific research with coupled Earth system models
* Advanced project-management skills.
* Ability to develop project goals and work independently to ensure timely completion of project requirements.
* Ability to perform in local NCAR and remote supercomputing environments.
* Demonstrated skill in directing the work of supporting scientists, engineers, and technicians and in leading teams of scientists to meet project objectives.
* Excellent oral and written communication skills.
Job Location
Boulder, Colorado, United States
Position Type
Part-Time
Appointment Type
Term Part-Time (T2)
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