Jingni Xiao

Known for excellence in mathematical research and pedagogy, Jingni (Jing-Ni) Xiao serves as an Assistant Professor in the Department of Mathematics at Drexel University. Her academic journey is marked by a profound dedication to advancing the field of mathematics through both teaching and research. Jingni Xiao's research interests are diverse and cutting-edge, encompassing inverse problems, partial differential equations, scattering and inverse scattering, nonscattering phenomena, and nonlocal operators. These areas are pivotal in understanding complex systems and have applications across various scientific and engineering disciplines. At Drexel University, Professor Xiao is committed to fostering a deep understanding of mathematics among her students. She teaches a wide array of undergraduate courses, ensuring that students gain a comprehensive foundation in mathematics. Her courses include Fundamentals of Mathematics, Discrete Mathematics, Advanced Calculus for Engineering, Elementary Partial Differential Equations, Introductory Linear Algebra, and Differential Equations for Engineering and Physics. Through these courses, she aims to equip students with the analytical skills necessary to tackle real-world problems. Professor Xiao's approach to teaching is characterized by clarity, enthusiasm, and a focus on problem-solving. She believes in creating an engaging learning environment where students are encouraged to explore mathematical concepts deeply and apply them to practical situations. Her dedication to student success is evident in her willingness to provide guidance and support beyond the classroom. In addition to her teaching responsibilities, Jingni Xiao is actively involved in research that pushes the boundaries of mathematical knowledge. Her work on inverse problems and nonscattering phenomena, in particular, contributes to a better understanding of how waves interact with different media, which has implications for fields such as medical imaging and geophysics. Her research on nonlocal operators also offers new insights into mathematical models that describe phenomena where interactions are not limited to immediate neighbors. Professor Xiao's contributions to the field of mathematics have been recognized through various academic publications and presentations at conferences. She continues to collaborate with fellow researchers and students, fostering an environment of intellectual curiosity and innovation. Her commitment to both teaching and research makes her a valuable asset to Drexel University and the broader mathematical community.