Dr. Ke Li specializes in electromagnetic scattering modeling of composite targets and environments, a foundational area for radar systems and target detection technologies. His research focuses on developing advanced computational techniques to simulate complex electromagnetic scattering phenomena in dynamic scenarios involving intricate terrestrial backgrounds (e.g., rugged terrains) and maritime environments (e.g., large-scale dynamic sea surfaces). A key emphasis lies in achieving rapid simulation and high-precision modeling of composite electromagnetic interactions between targets and their surroundings, particularly under challenging real-world conditions.