• Responsible for helping Professors in project proposals. • Developed computational domain using Gambit software to carry out heat transfer and flow analysis of critical components exposed to high temperature. • Performed numerical simulation and analysis of new cooling techniques for gas turbines and electronic heat sinks using commercial codes such as Fluent and validated results with experimental results. • Proposed innovative cooling techniques for electronic heat sinks and gas turbine cooling, and developed a conceptual design involving proposed design. • Presented research papers in various conferences.

• Worked as a design engineer and assisted senior engineers and scientists in gas turbine components design. • Prepared, reviewed and approved component drawings and assembly drawings for newly developed components. • Created solid models using pro-E wildfire 2.0. • Designed test rigs to test components to qualify product design. • Perform stress analysis using Finite Element Analysis softwares such as Ansys and MSC Nastran. • Failure analysis of various components. • Collaborated and coordinated with cross functional divisions for innovative and state-of-the-art product development.

• Performed case study on lubrication system of DART aeroengine. • Identified the causes for low pressure in the lubrication system. • Provided suggestions to overcome low oil pressure in the engine.