PhD in Climate and Space Sciences and Engineering - Geoscience and Remote Sensing in Ann Arbor United States | University of Michigan Ann Arbor

Creating, developing, testing, and managing remote sensing equipment while interpreting data collected from terrestrial, aerial, and orbital systems. Land Surface Process/Radiobrightness (LSP/R) models that connect surface energy and moisture flows to soil wetness and the natural microwave emissions observed by remote sensors. Studying cloud and precipitation formation at both micro and macro scales. Developing computational methods to derive geophysical parameters from electromagnetic signatures. Partnering with aerospace leaders to engineer, validate, and deploy satellite-based observation systems. The Climate & Space Space Physics Research Laboratory (SPRL) stands among the foremost centers for studying planetary atmospheres, ionospheres, and plasma environments across the solar system. With over five decades of expertise in both experimental and theoretical space science, Climate & Space maintains an annual research budget of approximately $18 million, supporting projects from modest studies to large-scale, multi-year initiatives.