Methodological Areas
M01 Accident and Incident Investigation and Modelling
M02 Analysis of Natural Hazards
M03 Asset Management
M04 Bayesian and Statistical Methods
M05 Decision Making under Uncertainty and Expressing Uncertainty
M06 Dynamic Reliability and Probabilistic Safety/Risk Analysis
M07 Foundational Issues in Risk Assessment and Management
M08 Human Factors and Human Reliability Analysis
M09 Maintenance Modelling and Applications
M10 Mathematical Methods in Reliability and Safety
M11 Monte Carlo Simulation for Reliability, Availability, Maintenance and Safety Applications
M12 Occupational Health and Safety
M13 Optimisation Methods for Reliability, Availability, Maintenance and Safety Applications
M14 Organisational Factors, Safety Culture and Socio-Technical Modelling
M15 Prognostics and System Health Management
M16 Reliability Data and Reliability Tests
M18 Risk Management, Governance, Policy and Standards
M19 Risk Visualisation and Analytics
M20 Software Reliability Models and Safety Assessment Methods
M21 Structural Reliability Modelling
M22 System Resilience Modelling and Assessment
M23 Systems Reliability Models and Methods
M24 Uncertainty and Sensitivity Analysis
M25 Other Methods for RAMS and Risk Analysis

Application Areas
T01 Aeronautics, Aerospace and Defence
T02 Agriculture and Food Industry
T03 Chemical Process Industry
T04 Civil Engineering / Built Environment
T05 Critical Infrastructures
T06 Electronics and Electrical Engineering
T07 Energy Production, Distribution and Consumption
T08 Healthcare
T09 Information Technology and Telecommunication
T10 Manufacturing and Supply Chain / Logistic Systems
T11 Maritime Transportation
T12 Mechanical Systems and Engineering
T13 Nuclear Industry
T14 Oil and Gas Industry
T15 Rail Transportation
T16 Road Transportation
T17 Software Systems
T18 Other safety and Reliability Areas