Methodology Areas

  • 01 MA – Artificial Intelligence, Machine Learning, Natural Language Processing
  • 02 MA – Decision making under uncertainty, Uncertainty and Sensitivity Analysis​
  • 03 MA – Disaster and Crisis Management
  • 04 MA – Expert judgment
  • 05 MA – Fundamental Issues in Risk and Safety Science and Research
  • 06 MA – Mathematical and Computational Methods for Reliability and Safety
  • 07 MA – Maintenance Modelling, Prognostics and System Health Management
  • 08 MA – Human Factors and Human Reliability, Organizational Factors and Safety Culture
  • 09 MA – Resilience Analysis and Management 
  • 10 MA – Risk Assessment and Management, Accident and Incident Modelling
  • 11 MA – Risk Communication, Perception, Policy and Law, Risk Governance
  • 12 MA – Standardization
  • 13 MA – Structural Reliability
  • 14 MA – Others

Application Areas

  • 21 AA – Aeronautics and Aerospace
  • 22 AA – Automotive Industry
  • 23 AA – Autonomous Systems
  • 24 AA – Banking, Finance, Insurance
  • 25 AA – Chemical and Process Industry
  • 26 AA – Critical Infrastructures, Energy, Electric Power Industry
  • 27 AA – Civil Engineering
  • 28 AA – Cyber Security, Cyber Systems, Industry 4.0/5.0, Web
  • 29 AA – Healthcare and Medical Industry, Health Risk
  • 30 AA – Manufacturing, Materials
  • 31 AA – Maritime and Offshore, Oil and Gas Industry
  • 32 AA – Natural Hazards, Climate Change Risk, Environmental Risks
  • 33 AA – Nuclear Industry
  • 34 AA – Occupational Hazards, Industrial Safety
  • 35 AA – Smart Cities and Systems, Socio-Technical Systems
  • 36 AA – Supply Chain
  • 37 AA – Software Reliability and Safety, IT, Telecommunications
  • 38 AA – Transportation and Railways Industry
  • 39 AA – Other