1) Introductory lesson - repetition of similar subjects and definitions of terms. Risk / Reliability / Quality triangle.
2) Basics of risk analysis in physical security - why solve, security, GAP analysis
3) Penetration tests in the system of physical security - the technique of verifying the condition of an object or system. Usability within the application for insurance companies.
4) Business (speculative) risk in physical security - strategic, financial, operational.
5) Risk prevention - elimination of resources, prevention, minimization of consequences. Approaches to risk prevention.
6) Accidental security risks to persons and property.
7) Risk management process - creating connections (external, internal, context of the risk management process).
8) Risk management process - principles of managerial risk, use of PDCA cycle. Context of standards.
9) Safety risks - danger (physical, ergonomic, psychological, mechanical, insurance risk)
10) Evaluation of risk assessment, metrics for determining the acceptability of risk.
11) Basic mathematical analyzes - concepts of risk engineering in mathematics and statistics, methods of risk estimation.
12) Possibilities of data processing - statistical methods, software
2) Basics of risk analysis in physical security - why solve, security, GAP analysis
3) Penetration tests in the system of physical security - the technique of verifying the condition of an object or system. Usability within the application for insurance companies.
4) Business (speculative) risk in physical security - strategic, financial, operational.
5) Risk prevention - elimination of resources, prevention, minimization of consequences. Approaches to risk prevention.
6) Accidental security risks to persons and property.
7) Risk management process - creating connections (external, internal, context of the risk management process).
8) Risk management process - principles of managerial risk, use of PDCA cycle. Context of standards.
9) Safety risks - danger (physical, ergonomic, psychological, mechanical, insurance risk)
10) Evaluation of risk assessment, metrics for determining the acceptability of risk.
11) Basic mathematical analyzes - concepts of risk engineering in mathematics and statistics, methods of risk estimation.
12) Possibilities of data processing - statistical methods, software