What if the humidity of the atmosphere could be measured just by watching how a radio signal bends? As FWI's MLOS Development Engineer supporting NSSL's Microwave Line-of-Sight (MLOS) proof-of-concept...
As an Observing Systems Engineer for FWI supporting NSSL's VORTEX-USA program in Norman, Oklahoma, you will lead the testing, integration, maintenance, and deployment of stereo photogrammetry systems ...
As FWI's LIFT Data Analyst supporting NOAA's National Severe Storms Laboratory (NSSL) in Norman, Oklahoma, you will lead the development of scanning strategies and analyze data collected using NSSL's ...
PodRad is a new breed of radar - low-power, low-cost, vertically pointing FM-CW systems designed to capture first-of-their-kind measurements of vertical velocities inside tornadoes, supercells, and ot...
The critical work of tornado science happens after the storm has passed - in the painstaking work of compiling, quality-controlling, and interpreting radar data collected at close range. As FWI's Rese...
Great forecasts don't help anyone if people don't understand or trust them. As FWI's Social Science Research and Testbed Support Specialist supporting NSSL, you will design and lead qualitative and mi...
MPAS-JEDI is the backbone of NSSL's next-generation convective-scale modeling and data assimilation work - and it needs someone who can keep the software, the science, and the HPC infrastructure all m...