A passionate and dedicated learner in the field of physics, with a strong interest in the application of aerospace and aeronautical engineering. Experienced in hands-on work at the National Centre for Combustion Research and Development, IIT Madras, where I focused on supersonic combustion. Developed a high enthalpy Hydrogen combustion vitiation direct connect system capable of delivering air at Mach 2.5, and conducted various optical diagnostic techniques to study flame stabilization mechanisms in a hydrogen-fueled scramjet engine. Successfully tested a hydrogen-oxygen-based rotating detonation engine. Broad interests include aerodynamics, hypersonics, Physical Gas Dynamics, high-temperature Gas Dynamics, laser diagnostics, and experimental fluid mechanics. Currently applying these skills as a combustion engineer at Destinus, where I designed injectors for converting a kerosene-powered Aero GTE into a hydrogen-fueled version. Played a key role in testing the new injectors with hydrogen fuel in the Aero GTE.
Experimental skills: Conceptualizing experimental setups, combustors (for H2 fuels) using combustion fundamentals, equipped in handling flow and pressure measurement devices - Mass flow controls (MFCs), rotameters, and pressure gauges, intrusive temperature measurements using thermocouples, IR thermometry, data acquisition systems, Ignition system PLC control troubleshooting Tuning and use of Tunable dye laser Use of high-speed cameras, and intensifiers
Software: MATLAB, Microsoft Office, LIF base, HITRAN, CHEMKIN, ANSYS Fluent, AMESIM, UG NX, Teamcenter, NASA CEA
Technical Writing
Cost Analysis
Engineering Documentation
Design development
Fluid Mechanics
Thermodynamics
Teamwork and Collaboration
Problem-Solving
Problem Resolution
Decision-Making
Analytical Skills
Critical Thinking
Attention to Detail
Mechanical engineering knowledge