Unidata offers equipment grants to support a variety of projects
The Unidata Program Center is pleased to announce the opening of the 2017 Unidata Community Equipment Awards solicitation. Created under the sponsorship of the National Science Foundation, Unidata equipment awards are intended to encourage new members from diverse disciplinary backgrounds in the geosciences to join the Unidata community, and to encourage existing members to continue their active participation, enhancing the community process. For 2017, a total of $100,000 is available for awards; proposals for amounts up to $20,000 will be considered.
Thanks to a 2015 Unidata Community Equipment Award grant, combined with matching funds from Plymouth State University, students working in the weather lab in Plymouth State's Department of Atmospheric Science & Chemistry now have 21 new workstations on which to use the Integrated Data Viewer (IDV) and AWIPS II.
During the 2015-16 academic year, the workstations were used heavily by students in a variety of classes, including Synoptic Meteorology, Atmospheric Physics, Instrumentation & Observations, Mesoscale Meteorology, Numerical Weather Prediction, Satellite & Radar Meteorology, and our meteorological computer application class, which provides in depth instruction with IDV and ISL. Furthermore, students used the workstations to produce scholarly research in areas such as atmospheric rivers, orographic precipitation, and explosive extratropical cyclone intensification over the North Pacific.
The Bachelor of Science Meteorology Program at Western Kentucky University, housed within the Department of Geography and Geology, is currently the only meteorology program in Kentucky and Tennessee that meets all Federal Civil Service requirements for employment by the National Weather Service and enables broadcast meteorologists to immediately pursue the “Certified Broadcast Meteorologist” program of the American Meteorological Society upon graduation. The program is facilitated by a variety of atmospheric science centers and laboratories, including the College Heights Atmospheric Observatory for Students (CHAOS), the Kentucky Mesonet, and the Kentucky State Climate Center. Faculty and students within the WKU Meteorology Program also maintain close working relations with the National Weather Service-Louisville and other nearby offices for lectures, workshops, storm surveys, and student employment.
The emphasis of the WKU Meteorology Program is on advanced theoretical and applied coursework, coupled with student engaged, hands-on active learning with meteorological instruments, field work, and data visualization. Students undergo extensive training in each course using a variety of Unidata and other software for data visualization regarding forecasting and research applications.
Thanks to a 2015 Unidata Community Equipment Award grant, the University of Wisconsin-Milwaukee Atmospheric Science Program has been able to acquire a dedicated AWIPS II Environmental Data EXchange (EDEX) server and three Common AWIPS Visualization Environment (CAVE) workstations. The machines were deployed in our Atmospheric Science computer lab in mid-August 2015, just prior to the start of the 2015-16 academic year. Over the past year, our program has seen maximum benefit from these resources in two areas: strengthening our partnership with the Milwaukee/Sullivan, Wisconsin National Weather Service Weather Forecast Office (MKX) and as a tool to enhance student development outside of a formal classroom setting.
Unidata offers equipment grants to support a variety of projects
Just a reminder that the 2016 Unidata Community Equipment Awards solicitation is open for new proposals through March 25, 2016. If you're looking for equipment (physical hardware or cloud-based services) to get your Unidata technology project off the ground, we encourage you to submit a proposal.
Created under the sponsorship of the National Science Foundation, Unidata equipment awards are intended to encourage new members from diverse disciplinary backgrounds in the geosciences to join the Unidata community, and to encourage existing members to continue their active participation, enhancing the community process. For 2016, a total of $100,000 is available for awards; proposals for amounts up to $20,000 will be considered.
Unidata offers equipment grants to support a variety of projects
The Unidata Program Center is pleased to announce the opening of the 2016 Unidata Community Equipment Awards solicitation. Created under the sponsorship of the National Science Foundation, Unidata equipment awards are intended to encourage new members from diverse disciplinary backgrounds in the geosciences to join the Unidata community, and to encourage existing members to continue their active participation, enhancing the community process. For 2016, a total of $100,000 is available for awards; proposals for amounts up to $20,000 will be considered.
Editor's Note: Metropolitan State University of Denver (MSU) is one of a handful of universities of varying sizes that have incorporated AWIPS II into labs and classrooms in the past two years. MSU's experience shows that incorporating the new NWS technology into the educational mix is both possible and useful even for a small undergraduate program. This article outlines the MSU AWIPS II configuration and discusses some of the adjustments the program made to get the system running smoothly.
Thanks to a Unidata Community Equipment Award grant coupled with some local resources from our university, we (Professor Sam Ng and co-PI Chris Kimmett) at Metropolitan State University in Denver have been able to successfully bring the National Weather Service's AWIPS II forecasting system into the classroom. Professor Ng used AWIPS II alongside Unidata's Integrated Data Viewer as core tools in the Spring 2015 “Weather Analysis Techniques” course for undergraduate meteorology majors, and will continue using AWIPS II in the Fall semester and into the future.
The Department of Atmospheric Science at Colorado State University (CSU) has a long history of research and education in all aspects of the atmospheric sciences. Faculty, students, and staff use a wide variety of datasets in their research and teaching, from numerical models to gridded reanalyses to radar and satellite observations to measurements collected in the field and lab. However, the students in the department recognized issues that were preventing these large datasets from being used to their full potential.
With a grant from the Unidata Community Equipment Awards program, along with a grant from the College of Engineering, the CSU Department of Atmospheric Science acquired a data storage server that makes many of these data sources readily and easily accessible to students.
