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Education
City St George University of London
MSc, Advanced Mechanical Engineering
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January 2024 - January 2025
Dissertation on bio-inspired underwater robotic tracking using artificial whiskers, involving CAD design, ESP32 hardware integration, and Python-based data processing.
Designed and analyzed energy and thermal systems, including gas turbines for CHP, supercritical CO₂ heat exchangers, and wind turbine blades using CAD, FEA, and CFD
Performed advanced CFD simulations (ANSYS Fluent, Python) and modal analysis to evaluate flow behavior, vibration characteristics, and structural stability
Developed robotics simulations for pick-and-place operations using a Kinova Gen3 arm in ROS/Gazebo with Python-based kinematics and control
Created manufacturing-ready CAD models through reverse engineering, technical drawings, and 3D printing preparation
L.D College of Engineering
BEng, Mechanical Engineering
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January 2019 - January 2023
Completed hands-on industrial training at TATA Motors, gaining experience in vehicle diagnostics, ICE/EV systems, and propulsion systems, along with 3D modeling and manufacturing drawings of a 4-cylinder petrol engine and basic CFD/structural analysis. Designed and analyzed a vertical-axis wind turbine using CAD and ANSYS for structural and aerodynamic performance. As a Robocon team member, contributed to robot design, CAD modeling, material selection, and fabrication using CNC and 3D printing. Core studies included CAD/CAM, machine design, vehicle propulsion, heat transfer, HVAC, and industrial IoT.
