A Method for a Simulation Mannequin that will Assist in the Education of Treatment of Cardiovascular Disease, Respiratory Disease, and Traumatic Injuries in Low Resource Areas.

Collaborated on the design of a low-cost simulation mannequin intended to support healthcare education in low-resource settings, with applications in cardiovascular disease, respiratory disease, and traumatic injury training. Developed a prototype concept incorporating Arduino-based electronics and physiological simulation components. Contributed to system design, electrical architecture, component integration, and testing, including evaluation of battery performance and runtime.