Call for Papers:
Topics of interest for submission include, but are not limited to:
T1: METHODOLOGY AREAS (All methodological innovations in reliability)
MA1. Accident and Incident Modeling
MA2. Decision Making under Uncertainty
MA3. Foundations of Risk and Reliability Assessment and Management
MA4. Human Factors and Human Reliability
MA5. Maintenance Modeling and Applications
MA6. Mathematical and Computational Methods in Reliability and Safety
Including: Stochastic processes, Bayesian methods, Monte Carlo simulation, optimization algorithms, machine learning, deep learning, reinforcement learning for reliability
MA7. Simulation for Safety and Reliability Analysis
Including: Discrete-event simulation, agent-based modeling, digital twin simulation, virtual testing
MA8. Organizational Factors and Safety Culture
MA9. Prognostics and System Health Management (PHM)
Including: Remaining useful life prediction, condition monitoring, IoT integration, signal processing
MA10. Resilience Engineering
Including: System recovery, adaptive capacity, complex network resilience, cascading failure analysis
MA11. Risk Assessment
Including: Probabilistic risk assessment, dynamic risk analysis, risk metrics, risk communication
MA12. Risk Management
MA13. Economic Analysis
Including: Cost-benefit analysis, life-cycle cost optimization, value-based reliability
MA14. Structural Reliability Applications
Including: Physics-of-failure, fatigue analysis, fracture mechanics, material degradation
MA15. System Reliability Applications
Including: Reliability block diagrams, fault tree analysis, Markov models, network reliability
MA16. Uncertainty Analysis
Including: Aleatory/epistemic uncertainty, Bayesian networks, evidence theory, imprecise probabilities, interval analysis
MA17. Imprecise Probabilities
MA18. Belief Reliability Theory
Including: Uncertainty theory, chance theory, hybrid uncertainty quantification
MA19. AI/ML for Reliability
Including: Deep learning for prognostics, LLMs for automated analysis, reinforcement learning for maintenance optimization
MA20. Generative AI and Large Language Models in Reliability Engineering
Including: Code generation, automated FMEA, RAG systems, AI-human collaboration, trustworthiness of AI systems
MA21. Explainable AI (XAI) for Reliability
MA22. Digital Twin and Virtual Reality Applications
MA23. Cybersecurity and Functional Safety Integration
MA24. Data-driven Reliability Methods
MA25. Multi-physics and Multi-scale Reliability Modeling
MA26. Reliability of Autonomous and Intelligent Systems
MA27. Trustworthiness and Formal Verification of AI Systems
MA28. Blockchain for Reliability Data Management
MA29. Edge Computing and Real-time Reliability Assessment
MA30. Human-AI Collaboration in Reliability Tasks
T2: APPLICATION AREAS (All industries with reliability challenges)
AA1. Aeronautics and Aerospace
Including: Aircraft systems, spacecraft reliability, propulsion systems, avionics
AA2. Chemical and Process Industry
Including: Process safety, pipeline reliability, hazardous material handling
AA3. Civil Engineering
Including: Bridge reliability, building safety, infrastructure resilience
AA4. Communications Systems and Networks
Including: 5G/6G network reliability, communication protocols, satellite communications
AA5. Critical Infrastructures
Including: Power grids, water systems, transportation networks, smart cities
AA6. Energy Systems
Including: Nuclear power, renewable energy (wind, solar, hydro), energy storage, smart grids
AA7. Healthcare and Medical Industry
Including: Medical device reliability, hospital systems, AI diagnostics, patient safety
AA8. Information Technology and Telecommunications
Including: Cloud computing reliability, data center resilience, software systems
AA9. Land Transportation
Including: Railway systems, automotive reliability, intelligent transportation systems
AA10. Manufacturing
Including: Industry 4.0/5.0, robotic systems, production line reliability, quality control
AA11. Maritime and Offshore Technology
Including: Ship systems, offshore platforms, underwater vehicles
AA12. Natural Hazards and Climate Adaptation
Including: Earthquake, flood, hurricane resilience, climate change impact
AA13. Nuclear Industry
AA14. Occupational Safety
AA15. Security Systems
Including: Physical security, cyber-physical security, safety-security co-analysis
AA16. Low-Altitude Economy
Including: Drone reliability, urban air mobility, eVTOL aircraft, aerial logistics
AA17. Robotics and Autonomous Systems
Including: Industrial robots, service robots, collaborative robots, swarm robotics
AA18. New Energy Vehicles and Charging Infrastructure
AA19. Semiconductor and Electronics Manufacturing
AA20. Food and Pharmaceutical Industry
AA21. Mining and Heavy Industry
AA22. Defense and Military Systems
AA23. Financial Systems and Risk Analytics
More Topics, please visit at: https://www.icre.org/cfp.html
Publication:
We provide a good opportunity by presenting your updated research knowledge and also by publishing it in the conference proceedings. Submitted paper will be peer reviewed by conference committees, and accepted papers will be included into Conference Proceedings which will be indexed by SCOPUS and Ei Compendex.
Submission:
1. Full Paper (Presentation and Publication)
- The paper must be written in English.
- All submissions will undergo a peer-review process by the conference committee.
- The paper should be at least FIVE Pages including all figures, tables, and references.
- The paper should be submitted as a PDF document in .pdf format.
- Submitted paper must be unpublished.
- Accepted papers will be invited for oral presentation or poster presentation and will be included in the conference proceedings.
2. Abstract (Presentation only)
- Abstracts will be considered for presentation (oral/poster) only without publication.
- The abstract must be written in English.
- Abstracts should be no more than 300 words and clearly outline the title, purpose, methods, and outcomes of the research or practice being described.
- All submissions will undergo a peer-review process by the conference committee.
Welcome to submit the paper or abstract by Electronic Submission System: https://www.zmeeting.org/submission/icre2026
More details about submission, please visit at: https://www.icre.org/sub.html
Conference Program:
July 19, 2026 | CONFERENCE + SHORT COURSE
July 20, 2026 | TECHNICAL EXCELLENCE & TRIBUTE
July 21, 2026 | INNOVATION & FUTURE OUTLOOK
July 17-22, 2026 | PHD SCHOOL PROGRAM
Contact:
Conference Secretary: Ms. Lesley
Email: icre_conf@outlook.com
Web: http://www.icre.org
Topics of interest for submission include, but are not limited to:
T1: METHODOLOGY AREAS (All methodological innovations in reliability)
MA1. Accident and Incident Modeling
MA2. Decision Making under Uncertainty
MA3. Foundations of Risk and Reliability Assessment and Management
MA4. Human Factors and Human Reliability
MA5. Maintenance Modeling and Applications
MA6. Mathematical and Computational Methods in Reliability and Safety
Including: Stochastic processes, Bayesian methods, Monte Carlo simulation, optimization algorithms, machine learning, deep learning, reinforcement learning for reliability
MA7. Simulation for Safety and Reliability Analysis
Including: Discrete-event simulation, agent-based modeling, digital twin simulation, virtual testing
MA8. Organizational Factors and Safety Culture
MA9. Prognostics and System Health Management (PHM)
Including: Remaining useful life prediction, condition monitoring, IoT integration, signal processing
MA10. Resilience Engineering
Including: System recovery, adaptive capacity, complex network resilience, cascading failure analysis
MA11. Risk Assessment
Including: Probabilistic risk assessment, dynamic risk analysis, risk metrics, risk communication
MA12. Risk Management
MA13. Economic Analysis
Including: Cost-benefit analysis, life-cycle cost optimization, value-based reliability
MA14. Structural Reliability Applications
Including: Physics-of-failure, fatigue analysis, fracture mechanics, material degradation
MA15. System Reliability Applications
Including: Reliability block diagrams, fault tree analysis, Markov models, network reliability
MA16. Uncertainty Analysis
Including: Aleatory/epistemic uncertainty, Bayesian networks, evidence theory, imprecise probabilities, interval analysis
MA17. Imprecise Probabilities
MA18. Belief Reliability Theory
Including: Uncertainty theory, chance theory, hybrid uncertainty quantification
MA19. AI/ML for Reliability
Including: Deep learning for prognostics, LLMs for automated analysis, reinforcement learning for maintenance optimization
MA20. Generative AI and Large Language Models in Reliability Engineering
Including: Code generation, automated FMEA, RAG systems, AI-human collaboration, trustworthiness of AI systems
MA21. Explainable AI (XAI) for Reliability
MA22. Digital Twin and Virtual Reality Applications
MA23. Cybersecurity and Functional Safety Integration
MA24. Data-driven Reliability Methods
MA25. Multi-physics and Multi-scale Reliability Modeling
MA26. Reliability of Autonomous and Intelligent Systems
MA27. Trustworthiness and Formal Verification of AI Systems
MA28. Blockchain for Reliability Data Management
MA29. Edge Computing and Real-time Reliability Assessment
MA30. Human-AI Collaboration in Reliability Tasks
T2: APPLICATION AREAS (All industries with reliability challenges)
AA1. Aeronautics and Aerospace
Including: Aircraft systems, spacecraft reliability, propulsion systems, avionics
AA2. Chemical and Process Industry
Including: Process safety, pipeline reliability, hazardous material handling
AA3. Civil Engineering
Including: Bridge reliability, building safety, infrastructure resilience
AA4. Communications Systems and Networks
Including: 5G/6G network reliability, communication protocols, satellite communications
AA5. Critical Infrastructures
Including: Power grids, water systems, transportation networks, smart cities
AA6. Energy Systems
Including: Nuclear power, renewable energy (wind, solar, hydro), energy storage, smart grids
AA7. Healthcare and Medical Industry
Including: Medical device reliability, hospital systems, AI diagnostics, patient safety
AA8. Information Technology and Telecommunications
Including: Cloud computing reliability, data center resilience, software systems
AA9. Land Transportation
Including: Railway systems, automotive reliability, intelligent transportation systems
AA10. Manufacturing
Including: Industry 4.0/5.0, robotic systems, production line reliability, quality control
AA11. Maritime and Offshore Technology
Including: Ship systems, offshore platforms, underwater vehicles
AA12. Natural Hazards and Climate Adaptation
Including: Earthquake, flood, hurricane resilience, climate change impact
AA13. Nuclear Industry
AA14. Occupational Safety
AA15. Security Systems
Including: Physical security, cyber-physical security, safety-security co-analysis
AA16. Low-Altitude Economy
Including: Drone reliability, urban air mobility, eVTOL aircraft, aerial logistics
AA17. Robotics and Autonomous Systems
Including: Industrial robots, service robots, collaborative robots, swarm robotics
AA18. New Energy Vehicles and Charging Infrastructure
AA19. Semiconductor and Electronics Manufacturing
AA20. Food and Pharmaceutical Industry
AA21. Mining and Heavy Industry
AA22. Defense and Military Systems
AA23. Financial Systems and Risk Analytics
More Topics, please visit at: https://www.icre.org/cfp.html
Publication:
We provide a good opportunity by presenting your updated research knowledge and also by publishing it in the conference proceedings. Submitted paper will be peer reviewed by conference committees, and accepted papers will be included into Conference Proceedings which will be indexed by SCOPUS and Ei Compendex.
Submission:
1. Full Paper (Presentation and Publication)
- The paper must be written in English.
- All submissions will undergo a peer-review process by the conference committee.
- The paper should be at least FIVE Pages including all figures, tables, and references.
- The paper should be submitted as a PDF document in .pdf format.
- Submitted paper must be unpublished.
- Accepted papers will be invited for oral presentation or poster presentation and will be included in the conference proceedings.
2. Abstract (Presentation only)
- Abstracts will be considered for presentation (oral/poster) only without publication.
- The abstract must be written in English.
- Abstracts should be no more than 300 words and clearly outline the title, purpose, methods, and outcomes of the research or practice being described.
- All submissions will undergo a peer-review process by the conference committee.
Welcome to submit the paper or abstract by Electronic Submission System: https://www.zmeeting.org/submission/icre2026
More details about submission, please visit at: https://www.icre.org/sub.html
Conference Program:
July 19, 2026 | CONFERENCE + SHORT COURSE
July 20, 2026 | TECHNICAL EXCELLENCE & TRIBUTE
July 21, 2026 | INNOVATION & FUTURE OUTLOOK
July 17-22, 2026 | PHD SCHOOL PROGRAM
Contact:
Conference Secretary: Ms. Lesley
Email: icre_conf@outlook.com
Web: http://www.icre.org
