1. Safety and risk in society, business and private life are the reasons for the emergence of safety and security science, its theories and its empirical and structured forms. Introduction to risk assessment and perception of containing and safety systems and processes (methods) that can be used to manage risks. The relationship of safety and risk.
2. Terminology and the basic concept of risk as an effect of uncertainty on the achievement of objectives. Risk due to exposure to an endangered hazard target, effect and relevance of the scenario.
3. Chronic and acute risks, existential and common risks. System dysfunction as a source of accidents and incidents.
4. Risk management systems with social, economic and environmental objectives, risk management standards (predictions and safety paradigms).
5. Principles of the risk management target setting process, their framework, complexity and depth. Subjective nature of targets. Composition of risk management implementation team.
6. Actors in risk management, their roles, responsibilities, and relationships - risk owners, risk-bearers, regulators, analysts and managers. Building a knowledge base.
7. Risk management and management, the basics of decision theory. Risk analysis and difference in risk analysis and assessment.
8. Principles of safety management and management hierarchy. How to implement feasible and effective control solutions. Setting prevention targets: "How safe is safe enough?” ALARA and ALARP principles. Risk management decision-making process. Risk trade-off. Social and ethical aspects of risk management.
9. Risk prevention tools and their selection methods. Prevention and preparedness, business continuity and crisis management in the business.
10. Communication about risk. The ethics of risk management. Security challenges in modern society.
11. Complexity in security sciences and related risk rationalisation (models and simulations). Areas of specific risks - existential risks, emerging and changing risks, threats and security incidents, combined risks, multiple risks and systemic risks.
12. Application of risk theory in occupational and process safety, environmental protection, fire protection and safety.
13. Current challenges in safety science.
2. Terminology and the basic concept of risk as an effect of uncertainty on the achievement of objectives. Risk due to exposure to an endangered hazard target, effect and relevance of the scenario.
3. Chronic and acute risks, existential and common risks. System dysfunction as a source of accidents and incidents.
4. Risk management systems with social, economic and environmental objectives, risk management standards (predictions and safety paradigms).
5. Principles of the risk management target setting process, their framework, complexity and depth. Subjective nature of targets. Composition of risk management implementation team.
6. Actors in risk management, their roles, responsibilities, and relationships - risk owners, risk-bearers, regulators, analysts and managers. Building a knowledge base.
7. Risk management and management, the basics of decision theory. Risk analysis and difference in risk analysis and assessment.
8. Principles of safety management and management hierarchy. How to implement feasible and effective control solutions. Setting prevention targets: "How safe is safe enough?” ALARA and ALARP principles. Risk management decision-making process. Risk trade-off. Social and ethical aspects of risk management.
9. Risk prevention tools and their selection methods. Prevention and preparedness, business continuity and crisis management in the business.
10. Communication about risk. The ethics of risk management. Security challenges in modern society.
11. Complexity in security sciences and related risk rationalisation (models and simulations). Areas of specific risks - existential risks, emerging and changing risks, threats and security incidents, combined risks, multiple risks and systemic risks.
12. Application of risk theory in occupational and process safety, environmental protection, fire protection and safety.
13. Current challenges in safety science.