Requirements management in the medical building construction

Introduction: when designing and constructing medical buildings, it is necessary to meet a large number of mandatory requirements established in the normative documents and by the customers. Medical buildings as social facilities should meet high requirements. By their complexity, they are close to industrial facilities. Therefore, there is a necessity to manage a system of such requirements during their construction. Materials and methods: the definition of requirements is initially given for software development. A requirements management system (RMS) in construction is a part of the project management. It was suggested to use the RMS to improve the organization of medical building construction. Normative documents and the customer’s specification establish the baseline requirements. Results: the article developed organizational and technological models of different life cycle stages of medical buildings. The models show the interaction of the state customer, technical customer, general designer, contractors, and suppliers of medical equipment. The models include business processes related to requirements management during design, construction, and maintenance. This system contains various requirements for the buildings, references to requirements sources, and results of verification and validation of the requirements. Verification should be carried out by a team of experts at the checkout points appointed by the project manager. At each checkout, the experts check the requirements and record the results in a database. The list of requirements that are not observed at the moment of the checkout is reported to the project manager. The paper provides an example of the RMS for nuclear medicine buildings. Conclusions: for buildings of medical organizations provided with complex medical equipment, it is necessary to create an RMS for all stages of the life cycle. The developed system of establishment, verification, and implementation of the requirements can significantly improve the quality of design and construction activities, accelerate the process of commissioning, and provide the safety of the facility. Such a system is developed and used for nuclear medicine buildings. The application of it is possible for other medical centers.