Reliability analyses of complex technologies, including I&C systems and human factor reliability

Reliability, serviceability, and maintainability analyses of:
- Complex technological systems in energy, transport, production
- Protection and control systems including digital deterministic (FMEA, FMECA) methods and probability assessment (eg fault-tree method)
Environmental Impact Assessment, Human Factor and Common Cause Failures in Reliability Analyses
Support of Reliable Designing, Application of the Diversity Principle
Proposals for measures to increase reliability (project and organizational)
Analysis of operational experience (adverse events), identification of potential outages
Analyses of equipment performance in severe accidents
Monitoring and development of methodologies for assessing the life and reliability of safety-critical PO and SO measuring chains
Analyses of production reliability, efficiency evaluation, and maintenance quality
Reliable maintenance programs
Analyses of human factor reliability
Collection and evaluation of device reliability data
Calculation of reliability parameters of components and systems, reliability prediction

Analýzy spolehlivosti složitých technologií, včetně SKŘ a spolehlivosti lidského faktoru