KRUSHNAM MISTRY

Dedicated and passionate Aerospace Engineer with a strong foundation in design and quality. Committed to leveraging my expertise to drive the success and advancement of organizations within the aerospace industry. Focused on contributing to the growth and reputation of the organization by applying innovative solutions and strategic insights to propel it as a leader in the aerospace sector.

• Designing and analysis of the delta wing cfd++

· In this project, the validation of Non-slender Delta wing simulation data which is performed on CFD++ software with experimental results. Based on the various literature survey, importance of delta wing and its data for validation were identified. The CATIA V5, SpaceClaim 22R1, EXCEL and CFD++ were used for the 3D modelling, geometry clean-up, meshing, pre and post-processing. In this project the main focus on the validation of simulation data with experimental results. The 3D modelling is done in CATIA V5, where clean-up is done by the help of SpaceClaim 16.2. The simulation is carried out by CFD++.

• Mars orbiter mission and aerobraking

· Researched Indian Space Research Organization's Mars Orbiter Mission (MOM), analyzing launch trajectory, Hohmann transfer, and aerobraking. Evaluated key parameters including AOP, RAAN, and aerodynamic techniques for optimizing interplanetary trajectory.

• Omnidirectional Robot's model design, obstacle avoidance and visual tracking

· The objective of this project is to develop a comprehensive simulation model of an omnidirectional robot using MATLAB and Simulink. The project will encompass various aspects including kinematics, dynamics, control algorithms, and trajectory planning. Through this simulation, we aim to explore the intricate mechanics and behaviors of omnidirectional robots, understand their motion characteristics, and design efficient control strategies for optimal performance .