The paper proposes an approach to the organization of the occupational safety engineer's workplace using the tools provided by the MS Office environment. The performance of functions and the solution of tasks inherent in the work of an occupational safety engineer are implemented with the help of publicly available tools integrated in a hypertext document. In the first part of the work [1], in addition to the analysis of existing software developments and the assessment of their cost-effectiveness, the user interface with the main tools for solving tasks related to the organization of occupational health and safety at the enterprise is considered, including: planning the work of an occupational health and safety specialist, working with the base of regulatory and legal acts and the base of normative acts of the enterprise. In the second part of the work, such areas of activity of the labour protection service of the enterprise as work with the personnel database, analysis of industrial injuries and illnesses, training and verification of the knowledge of the enterprise's employees on labour protection issues are considered. Thus, in the course of working with the personnel database, i.e. with personnel, the "Personnel" mark on the worksheet provides a link to a document that contains a table of information about the personnel of the company's divisions, necessary for the day-to-day and long-term work of an occupational health and safety specialist - planning briefings, training and testing of knowledge on labor protection and fire safety, preliminary and periodic medical examinations, professional selection, etc. To store more detailed personnel data, a specialized database has been developed in the database management system (DBMS) MS Visual FoxPro, and appropriate screen forms for accessing, correcting, and printing data are provided. The next important area of work of an occupational health and safety specialist is the analysis of industrial injuries. MSOffice provides an opportunity to conduct a group analysis of trauma with the help of built-in charts. The work presents diagrams reflecting the dependence of the level of injury on the age of the victims and on the length of work, on the type of traumatic factor and on the time of the work shift. Changing the data on the number of cases in the tables leads to automatic changes in the charts. Another important area of work is training on labour protection issues. MS Office, in particular MS Word, contains programming tools in the Visual Basic for Application (VBA) language. This makes it possible to develop programs for training and testing knowledge. The work presents screen forms of the program for checking knowledge of the main regulatory legal acts on labour protection. The work outlines further steps to improve the complex, aimed at automating the main functions of the occupational health and safety management system: organization of medical examinations, monitoring of occupational health and safety, provision of workers with personal protective equipment, planning of occupational health and safety measures, organization of a virtual occupational health and safety office, and others. The purpose of the work is to facilitate, improve the efficiency and comfort of the work of the occupational safety engineer. [ABSTRACT FROM AUTHOR]