•Coordinated the development of a bioprinter project in an adaptive environment, involving the elaboration of the hydrogel´s (bioink) ideal characteristics for human cell survival, and defining the viscosity. •Determined the acceptance criteria of the user stories based on the customer requirements. Collaborated with stakeholders to define and prioritize the backlog in each sprint, while adhering to project constraints.• Collaborated with a team of researchers, scientists, and… Show more •Coordinated the development of a bioprinter project in an adaptive environment, involving the elaboration of the hydrogel´s (bioink) ideal characteristics for human cell survival, and defining the viscosity. •Determined the acceptance criteria of the user stories based on the customer requirements. Collaborated with stakeholders to define and prioritize the backlog in each sprint, while adhering to project constraints.• Collaborated with a team of researchers, scientists, and regulatory experts throughout the project lifecycle to ensure the integration of ICH-GCP guidelines into the documentation review process.• Directed daily Stand-Up meetings, facilitating the use of Scrum Framework by promoting agile practices, ensuring communication flow and improving productivity; in addition to being involved in the characterization of the hydrogel, determining its viscosity, designing and 3D printing the mechanical components. Show less

• Optimized medical equipment performance by overseeing a hospital project based on the Balanced Scorecard and Pareto analysis, enhancing maintenance operations using a structured database, resulting in a 20% reduction in equipment downtime.•Monitored progress of the project by utilizing the earned value management and performance measurement baseline methodologies, resulting in a 15% reduction in surgical procedure times, while maintaining adherence to safety standards.• Established… Show more • Optimized medical equipment performance by overseeing a hospital project based on the Balanced Scorecard and Pareto analysis, enhancing maintenance operations using a structured database, resulting in a 20% reduction in equipment downtime.•Monitored progress of the project by utilizing the earned value management and performance measurement baseline methodologies, resulting in a 15% reduction in surgical procedure times, while maintaining adherence to safety standards.• Established and maintained project schedules, ensuring coordination of tasks and resources. Effectivelymonitored progress, identified bottlenecks, and implemented adjustments to streamline maintenanceoperations through an organized database and meeting project milestones.• Supported a wide range of medical procedures, focusing on shoulder/knee arthroscopies andgastric bypass surgeries.• Provide preventive and corrective maintenance of medical equipment in various areas such as ophthalmology and imaging. Show less