Javier Santos serves as the Director of Software and Data Platform for Robotics and Digital Solutions at Johnson & Johnson MedTech, where he leverages his extensive engineering leadership experience to drive innovation in robotic surgery technologies. In this pivotal role, Javier is responsible for overseeing...
Javier Santos serves as the Director of Software and Data Platform for Robotics and Digital Solutions at Johnson & Johnson MedTech, where he leverages his extensive engineering leadership experience to drive innovation in robotic surgery technologies. In this pivotal role, Javier is responsible for overseeing all software and data activities related to the Monarch robotic surgery platform. This includes managing the complete Software Development Life Cycle (SDLC) from initial concept through to deployment and ongoing product support. His expertise in various development methodologies, including Agile, TSP/PSP, and Waterfall, enables him to adapt strategies that enhance team performance and ensure the delivery of high-quality, regulated, safety-critical software.
Under Javier's leadership, the Monarch platform has seen significant advancements in technical capability, with a focus on integrating hardware and software to optimize surgical outcomes. He is accountable for developing strategic initiatives that not only drive program direction but also enhance financial results, ensuring that the platform remains at the forefront of medical technology innovation. His commitment to defect prevention and causal analysis has been instrumental in achieving compliance with FDA regulations, thereby reinforcing the safety and efficacy of the software solutions delivered to healthcare providers.
Javier’s leadership style emphasizes people management and development, fostering a collaborative environment that encourages problem-solving and innovation among his teams. His ability to navigate complex engineering challenges while maintaining a clear vision for product development positions him as a key player in advancing robotic surgical solutions that improve patient care and operational efficiency in the healthcare sector.
