

An aspiring space industry professional with a strong foundation in orbital mechanics and a passion for satellite systems. Developing a thesis on electric propulsion and its potential for in-orbit inspection. Exploring other aspects of the space industry and committed to continuous learning. My career objective is to contribute to understanding, developing, and operating satellite systems and, analyzing space missions. I am captivated by the low-thrust propulsion's potential for space exploration and am eager to contribute to missions that expand the understanding of the universe.
Thruster Selection for SmallSat Platforms, Trade-off for a Mission and System Design and, Analysis with a special focus on In-Orbit Inspection, Optimization of trajectory for minimum fuel continuous thrust transfer.
Survey of available propulsion systems used in CubeSats, NanoSats, and SmallSat. Analyzation of state-of-the-art, main design drivers and, their impact on the system.
Next-Generation Satellite Communication Study.
Implementation of Shor - Nine Qubit Code, Steane code and Lafalmme code.