Model of the activity load of the interrogator during the investigation of fires

Abstract

Modern trends in the socio-economic development of the state imply the optimization of human resources for law enforcement agencies. This task is also relevant in the context of ensuring fire safety, since determining the optimal number of interrogators of the Ministry of Emergency Situations of Russia will improve the quality of fire investigation and provide a preventive component in reducing the number of fires and damage from them. The balanced structure of the body and the optimal number of employees will ensure the timely and high-quality provision of public services, the consumers of which are citizens of the Russian Federation. Therefore, determining the optimal activity load of an employee in the context of an increase in the service area and reengineering of the number of employees of the federal state fire supervision is a necessary tool in determining the effective structural and staffing of the inquiry agency of the Ministry of Emergency Situations of Russia. The purpose of the article is to develop and propose an approach for predicting the optimal workload of an employee in fire investigation activities. This study proposes an information-analytical model for determining the optimal load of an interrogator of a territorial subdivision of an inquiry agency of the Ministry of Emergency Situations of Russia. The basic factors and criteria influencing the determination of the functional load of an employee in the investigation of fires are considered. Methods and methods for predicting the time spent on performing the main work in the fire investigation activities are given. The activity load of an employee is a constituent element (indicator) in making a managerial decision to form the optimal structure of the body. The use of geoinformation technologies and simulation of prompt arrival at potential fire sites is proposed to determine the optimal territorial boundaries of employee service and use the results obtained in predicting the optimal activity load. Scientific novelty lies in the developed information-analytical model for determining the optimal load of the interrogator of the territorial division of the Ministry of Emergency Situations of Russia, as well as the method for collecting initial data for calculation.