Team leadership and independent builds outside the classroom.
Led the engine and feed system design for a brand-new team building RPI's first liquid-fueled rocket, with no institutional playbook to build from — most of what the team knows now was earned the hard way over the course of design and fabrication.
Wrote a custom Python implementation of the Non-Homogeneous Non-Equilibrium (NHNE) model to predict multiphase nitrous oxide flow through the injector, and a MATLAB heat-transfer solver using the matrix exponential to propagate inner wall temperature over burn time.
As subsystems lead, I designed and optimized a set of load-bearing pylons to hold maximum payload while staying aerodynamic, with quick attach/release to the wing structure per the competition's scoring rules.
Used FEA and deliberate 3D-print layer orientation to put strength exactly where it mattered, including an embedded quick-release pin system.