Embarking on the celestial journey of satellite orbit management, this project delves into the intricacies of motion modeling in three-dimensional space. Leveraging the robust RK- 4 numerical method, the project elucidates the dynamics of satellite trajectories with precision and accuracy. Through rigorous validation and testing procedures, including convergence analysis, energy conservation checks, and stability assessments, the project ensures the reliability of the simulation results. By uncovering the future trends and challenges in satellite orbit management, the project underscores the significance of accurate motion modeling in navigating the complexities of space exploration.

During this project, I actively participated in a series of rigorous experimental investigations performed and aimed at comprehensively understanding material behaviour and structural responses under varying loading and dynamic conditions. On addition with gaining hand-on technical experience, these practical engagements have proved invaluable in complementing my theoretical knowledge, affording me firsthand exposure to the intricacies and complexities inherent in scientific research.

Aircraft Design & Research Intern

Internship Training on Industrial Aerodynamics