• Supporting NASA's OSISRIS-REx mission through analyzing the of stability of the science phase orbits• Analyzing the sensitivity of the OSIRIS-REx radio science orbits to maneuver execution errors• Studying new ways of estimating localized gravity field of the small bodies such as the asteroids / comets

• Created a framework for real-time tracking data assessment of the Mars Reconnaissance Orbiter (MRO)• Developed python scripts to perform orbit determination (OD) and trajectory prediction of the MRO • Implemented the scripts in JPL MONTE and TARDIS scheduler to perform OD and prediction in near real-time fashion

• Calibrating and testing the flight unit magnetometer for USC Nano-Satellite project• Establishing calibration procedure of the Nano-Satellite magnetometer using Helmholtz Coil generated magnetic field• Designing and analyzing structural components of USC Nano-Satellite and personally machining them

• Designed aircraft flap and slat synchronization system for Embraer corporate jets• Facilitated effective communication with customers through multiple steps of preliminary and critical design reviews• Tested and analyzed the performance of the thrust-reversal drive shaft for Boeing 787 Dreamliner jet engines• Created manufacturing instructions, acceptance test procedures and inspection test plans• Tested and evaluated the performance of thrust reversal synchronization drive shafts for Honeywell Corporation• Developed software for automated test equipment using VB.Net and Opto22 I/O data acquisition modules