Development of a dose management system for occupationally exposed personnel based on python and MySQL: Implementation to the personal dosimetry laboratory of the Hospital de Especialidades Carlos Andrade Marín in Ecuador.

This article presents the design and development of a dose management system for the generation of dosimetric reports of workers occupationally exposed to radiation from all medical units of the Ecuadorian Social Security (IESS). The system was programmed using free software, Python3, ensuring accessibility and sustainability, and uses MySQL as a database for the secure and efficient storage of dosimetric information. The system is aimed at replacing the manual system that had been implemented to guarantee traceability and facilitate the collection, processing and generation of accurate dosimetric reports of radiation exposure of occupationally exposed workers. Its implemen-tation will be carried out in the personal dosimetry laboratory of the Hospital de Especialidades Carlos Andrade Marín, which serves approximately 1,200 users who are provided with the dosimetry service for the whole body, extremities and lens. This system not only optimizes data management processes, but also contributes to compliance with national and international recommendations for improving the control and monitoring of occupational exposure to radiation, promoting a safer work environment for exposed workers.