Lead Astrodynamics Engineer

The petitioner proposes to develop statistical models to improve image classification accuracy for satellite-based environmental monitoring and conduct research on nonlinear evolution equations. Her work aims to identify land cover changes for climate resilience and understand dynamic systems in quantum mechanics and optical fiber transmission.

The petitioner proposes to design state-of-the-art geophysical retrieval algorithms to improve the accuracy of precipitation estimation, storm analysis, and environmental modeling. This work focuses on developing next-generation satellite-based analysis tools to enhance understanding of extreme weather events. The endeavor aims to support critical sectors including agriculture, hydrology, renewable energy, and national disaster-management systems.

The petitioner proposes to develop high-performance, multifunctional, and miniaturized antennas for small satellites, specifically focusing on shared aperture techniques for CubeSat designs. This work aims to enhance non-terrestrial communication, remote sensing, and high-speed global internet access, particularly for rural and underserved areas of the United States.

The petitioner proposes to continue her research in remote sensing, specifically focusing on remote sensor calibrations, validation, monitoring, and atmospheric radiative transfer. Her work involves the calibration of nighttime sensor data to model population density and global electricity consumption dynamics with high accuracy using low-cost and timely approaches.