The tutorial contains the basic principles and methods of monitoring, forecasting and safety expertise. Various aspects, both legislative and practical in the field of safety, are considered. The basic principles of safety systems, such as organizational, managerial and technical, are described. The methodology of ensuring the safety of the object on the basis of monitoring and expertise in the field of technogenic, natural and environmental safety is considered in detail.

• CONTENTS
• SECTION 1. INTRODUCTION TO THE MONITORING AND EXPERTISE OF THE SAFETY OF TECHNOSPHERE FACILITIES
• 1.1. On the features of ensuring the technosphere objects safety
• 1.2. Purpose of safety monitoring and expertise
• 1.2.1. Safety monitoring
• 1.2.2. System analysis of emergency situations at hazardous production facilities
• 1.2.3. Safety expertise
• 1.3. Basic approaches to ensuring the safety of technosphere objects
• 1.3.1. Three approaches to safety ensuring
• 1.3.1.1. Regulatory approach to safety ensuring
• 1.3.1.2. A theoretical approach to ensuring the technosphere objects safety
• 1.4. Regulatory framework for monitoring and expertise of life safety
• 1.4.1. Introduction to the legal and regulatory framework
• 1.4.2. Regulations
• 1.4.3. Environmental protection
• SECTION 2. METHODOLOGY OF ENSURING THE HAZARDOUS PRODUCTION FACILITY SAFETY ON THE MONITORING AND EXPERTISE BASIS
• 2.1. Natural scientific approach to the formation of a backbone factor
• 2.2. System integration of safety processes
• 2.3. Mechanisms for linking model elements with the safety level indicator
• 2.4. Analysis of the capabilities of the methodology to ensure the hazardousproduction facility safety based on monitoring and expertise
• SECTION 3. SAFETY MONITORING AT HAZARDOUS PRODUCTION FACILITY
• 3.1. Classification of types of monitoring
• 3.2. Industrial safety monitoring
• 3.3. Chemical and mining industry monitoring
• 3.4. Monitoring of hydraulic structures areas
• 3.5. Monitoring and assessment of soil contamination
• 3.6. Monitoring of populated areas and urban agglomerations
• 3.7. Monitoring of nuclear power plant areas
• 3.8. Monitoring of the oil and gas pipelines and transport systems territories
• SECTION 4. SAFETY EXPERTISE AT HAZARDOUS PRODUCTION FACILITY
• 4.1. An introduction to safety expertise. Hazardous production facilities
• 4.2. Safety expertise objects
• 4.3. Content of the expertise process
• 4.4. Content of expertise results
• SECTION 5. DEVELOPMENT OF TECHNOLOGY FOR MANAGING SAFETY PROCESSES IN ORGANIZATION OF OPERATION AND REPAIR OF A REACTOR SHOP AT A NUCLEAR POWER PLANT
• 5.1. Description of the safety ensuring object
• 5.2. General approach to the synthesis of the safety model
• 5.3. Safety management technology
• 5.4. Safety opportunity analysis
• SECTION 6. DEVELOPMENT OF TECHNOLOGY FOR MANAGING SAFETY PROCESSES OF OPERATION OF HYDRAULIC STRUCTURES ON THE BASIS OF MONITORING AND EXPERTISE
• 6.1. Monitoring and expertise of the safety of the shipping lock
• 6.1.1. Description of the safety ensuring object
• 6.1.2. General approach to the synthesis of the safety model
• 6.1.3. Safety management technology
• 6.1.4. Safety opportunity analysis
• 6.2. Monitoring and expertise of the drawbridge of the metropolis
• 6.2.1. Description of the safety ensuring object
• 6.2.2. General approach to the synthesis of the safety model
• 6.2.3. Safety management technology
• SECTION 7. DEVELOPMENT OF TECHNOLOGY FOR MANAGING SAFETY PROCESSES OF WORKERS IN CONSTRUCTION ON THE BASIS OF SAFETY MONITORING AND EXPERTISE
• 7.1. Description of the safety ensuring object
• 7.2. General approach to the synthesis of the safety model
• 7.3. Safety management technology
• 7.4. Safety opportunity analysis
• RESOURCES
• APPENDIX А
• APPENDIX B
• APPENDIX C
• APPENDIX D