I completed a research project aimed at accurately measuring respiratory parameters, such as respiratory rate and tidal volume, using novel chest sensors that detect chest wall distension. This project required extensive interdisciplinary collaboration, not with other health professionals, but with engineers. As we worked to validate and calibrate these devices—converting raw voltage outputs into precise, real-time respiratory parameters—we encountered unexpected behaviors in the sensors that complicated accurate measurements. Collaborating with engineers allowed us to address these challenges effectively, combining their technical expertise with my knowledge of physiology. This experience highlighted the power of interdisciplinary collaboration, showing how distinct fields can come together to solve complex problems and achieve a common goal.