Unified Forecast System (UFS) Medium-Range Weather (MRW) Application Users' Training

Date: Nov 4 - 6 2020
Location: VIRTUAL-LINK FOR THE MEETING PROVIDED TO REGISTERED PARTICIPANTS
Description:

The Developmental Testbed Center (DTC), in cooperation with Subject Matter Experts (SMEs) from NOAA's Environmental Modeling Center (EMC) and Geophysical Fluid Dynamics Laboratory (GFDL), as well as NCAR’s Climate and Global Dynamics (CGD) Laboratory, will be hosting a live, virtual training session for the Unified Forecast System (UFS) Medium-Range Weather (MRW) Application from November 4-6 and November 9, 2020. This training will be focused on teaching community users how to set up and run the latest officially released MRW Application (version 1.1) for their own experiments, with some optional material on the last day of the training session for developers who wish to modify code and contribute their changes back to the community code repository. The MRW Application targets predictions of global atmospheric behavior out to about two weeks; more details on the first release can be found here.

Live attendees will be presented with lectures from experts on the various UFS components, including the CIME-based workflow, the atmospheric model FV3 dynamic core and physics suite options, and pre/post-processing.

In addition to lectures, live virtual practice sessions will be hosted to gain experience with building, running, and modifying the system to take full advantage for research and forecasting use. Participants will be able to ask questions and interact live with SMEs to gain a deeper understanding of the system and how to configure it for their purposes. The final day will provide an optional "deeper dive" into the system for developers to cover advanced subjects, including code modification, domain configuration, and repository management protocols.

These "live training" spots will be limited to just 40 students. For people who are unable to attend the live training, lectures and practice materials will be made available publicly after the event.