Projects
Theoretical design of a space mission to establish communication, data relay, and object-tracking architectures in the cislunar domain within a $400 million budget to support NASA's Artemis program. Led a 24-person team over 12 weeks to develop a four-satellite mission satisfying the request for proposal and presented the design to space systems experts at NASA Goddard Space Flight Center.
Designed, manufactured, and programmed an autonomous 10 kg search-and-rescue robot within a $750 budget to manoeuvre through a winding chute, climb over a 12-inch wall, navigate toward a light source, and deposit a medical kit beside a simulated trapped victim.
Developed a MATLAB free-flight simulator using a finite-element approach. Successive models introduced complexities such as vortex shedding before the final model was validated against existing data and used to optimize aerodynamic parameters from reference flight trajectories.