My research goal is to explore the unknown in the atmosphere, space and beyond. Seeing limitations in detection capabilities hampering progress in atmosphere and space sciences, I have chosen my research to meet these challenges through developing new lidar technologies and by pushing the science field forward with new discoveries. I work to explore advanced spectroscopy principles and develop the next-generation lidar technologies. By making measurements with unprecedented accuracy, resolution, and coverage, we study the fundamental physical and chemical processes that govern the structures and dynamics of the whole atmosphere, and advance understanding of the universal processes in the Earth’s space-atmosphere interaction region and how they shape the atmospheres of Earth-like planets throughout our galaxy. In my quest to develop whole atmosphere lidar and to explore the unmapped, I also aim to realize the full potential of lidar, making practical use of it to serve the world.
ASEN 3300 - Aerospace Electronics and Communications
Provides the fundamentals of electronics and communications widely used in aerospace engineering. Includes analog instrumentation electronics, data acquisition, digital electronics and radio communication. Offered spring only.
ASEN 6365 - Lidar Remote Sensing
Provides a comprehensive, yet easily understandable, up-to-date understanding of lidar principles, technologies and applications. Contains approaches for quantitative lidar simulation, lidar sensitivity and error analysis, lidar data retrieval, lidar system design and performance analysis. Gives students opportunities to see and operate real state-of-the-art lidar systems and make connections to lidar experts in the nation and world.