Aerospace engineering. Propulsion systems, flight dynamics, and defense technology development.
Engineering work across propulsion, aerodynamics, and defense systems.
Designed and fabricated a static test stand for solid propellant motors up to M-class. Integrated load cell data acquisition, high-speed video sync, and thermal monitoring into a unified telemetry dashboard.
Simulating mixed-compression inlet performance at Mach 4-8 using OpenFOAM. Investigating boundary layer interactions and shock train behavior.
Parametric study of planform shaping effects on radar cross-section. Applied genetic algorithms to minimize RCS while maintaining aerodynamic efficiency.
Developed waypoint-following autopilot for a fixed-wing drone using ArduPilot. Implemented terrain-following radar altimeter integration for low-altitude missions.
Solid & liquid motors, nozzle design, combustion analysis
Subsonic through hypersonic flow, CFD, wind tunnel testing
FEA, composite layup, fatigue analysis, SolidWorks
PID, state-space, Kalman filtering, MATLAB/Simulink
Python, C++, MATLAB, embedded systems, data acquisition
SolidWorks, CATIA, 3D printing, CNC, composite fabrication
Available for internships, research positions, and collaborative engineering work.