Performed CFD analysis of turbine models and hydrogen-oxygen combustion;Conducted the validation of the CFD results through comparisons with experimental results;Assessed the efficiency of different turbine models;Documented the results.

Envisioned the overall goals of the project and each team, outlining the plan to achieve them;Handled the new members' recruitment process: conducted interviews, participated in the selection process, presented workshops on jet engine thermodynamics and turbomachinery, and tutored the new members during their recruitment tasks and assessment;Prepared applications for external funding opportunities;Optimized MATLAB scripts to compute the thermodynamic and engine sizing parameters based on its performance goals and restrictions;Developed a process to determine the maximum rotational speed of the shaft, based on material, performance, and dimensional parameters;Performed compressor and turbine research to improve our predictions of component losses and irreversibilities.

Worked on improving the engine's fuel system by designing a liquid fuel pump and an actuator for a gaseous fuel container;Helped with manufacturing and testing tasks.