The Tutorial is devoted to the Methodology of ensuring the Safety of the Object on Monitoring and Expertise Basis. The Methodology is based on the system integration of Safety Ensuring Processes (Problem Manifestation, Problem Identification, Problem Neutralization). Within the framework of this Methodology, the modeling of complex technical systems is considered while ensuring a balanced unity of the laws of the technical systems functioning, the basic laws of the world order within the framework of a single approach to the universal formalized criterion defining the system. The Tutorial is intended for the teaching students in the training field 20.04.01 “Technosphere safety” (master's degree level). The reported study was funded by RFBR, project number 20-38-90225.

• CONTENTS
• LIST OF ABBREVIATED TERMS
• INTRODUCTON
• PART 1. METHODOLOGY OF ENSURING THE SAFETY OF THE OBJECT ON THE MONITORING AND EXPERTISE BASIS
• 1.1. Natural-Scientific Approach to the formation of a backbone factor
• 1.2. System integration of Safety Ensuring Processes
• 1.3. Mechanisms for linking model elements with the Safety System Indicator
• 1.4. Analysis of the capabilities of the Methodology to ensure the Safety ofthe Object on Monitoring and Expertise Basis
• PART 2. DEVELOPMENT OF TECHNOLOGY FOR MANAGING SAFETY ENSURING PROCESSES OF OPERATION OF HYDROTECHNICAL STRUCTURES ON THE MONITORING AND EXPERTISE BASIS
• 2.1. Safety Monitoring and Expertise of the Shipping Lock
• 2.1.1. Description of the Safety Object
• 2.1.2. General approach to the Synthesis of the Safety Model
• 2.1.3. Safety Management Technology
• 2.1.4. Safety Opportunity Analysis
• 2.2. Safety Monitoring and Expertise of the Drawbridge of the Metropolis
• 2.2.1. Description of the Safety Object
• 2.2.2. General approach to the Synthesis of the Safety Model
• 2.2.3. Safety Management Technology
• 2.2.4. Safety Opportunity Analysis
• CONCLUSION
• REFERENCES
• ANNEX 1
• ANNEX 2