Ph.D., M.S.,Atmospheric & Space Sciences, University of Michigan
B.S., Physics, Eastern Michigan University
Research:
Magnetosphere - Ionosphere Coupling Thermospheric and Ionosphere Dynamics Modeling of the near-Earth space environment Data assimilation Geospace data analysis
Created a Global Ionosphere Thermosphere Model (GITM)
Created a model of the ionospheric electrodynamics
Magnetosphere - Solar wind coupling
Magnetosphere - Ionosphere coupling
Honors, Awards and Accomplishments
First to undertake global ionospheric convection statistical study using assimilative mapping of ionospheric electrodynamics (AMIE) technique, thereby verifying and challenging many aspects the nonsteady-state ionospheric convection
Developed automated data processing codes allowing faster and more consistent data ingestion into the AMIE technique allowing for the use of AMIE in real-time, providing the community with nowcasts and forecasts of the ionospheric potential pattern
Quantified errors associated with different propagation methods used for determining how interplanetary magnetic field travels from measuring satellite to magnetosphere.
First to couple the TIME-GCM with a global MHD model with coupling of the National Center for Atmospheric Research's thermosphere, ionosphere, mesosphere, electrodynamics general circulation model to the University of Michigan's BATS-R-US global magnetospheric MHD code
Principal investigator/Co-Investigator, several research grants, NSF, NASA, NOAA and Department of Defense
Author or co-author, 20+ publications in refereed journals