Research Assistant with a proven track record at the Energy Transport Research Laboratory and the Laboratory for Electric Aircraft Design and Sustainability. Specializes in thermal analysis and energy system design. Expert in Python programming, modeling and data analysis, I developed innovative solutions for hybrid propulsion systems and enhanced aircraft stability models, showcasing my strong problem-solving skills and passion for sustainable system technology.
Developed RCAIDE, an open-source Python platform for aircraft design and optimization.
Modeled multi-fidelity energy networks for hybrid propulsion systems, accounting for failure modes.
Created combustor models for 0D/1D simulations to compute emission indices.
Modified Vortex Lattice Method code in RCAIDE to enhance stability calculations using surrogate models.
Calculated longitudinal and lateral stability coefficients linking control surface deflections with aircraft stability.