The 2023 IEEE International PHM Conference is the world’s premiere forum for PHM and the only PHM conference financially sponsored by the IEEE. PHM is a wide-ranging, interdisciplinary field, that requires an energized exchange of ideas. This conference will match-up world-class expertise in the academic, engineering, and management disciplines to create synergistic exchanges of ideas and practices among academics and industry practitioners. Special attention has been paid to assure a sociable, professional environment to encourage networking, forge new relationships, and deepen existing ones.

PHM topics and applications include but are not limited to:

Principles

Physics of failure
Sensors and devices
Structural sensing
Modeling and simulation
Data-driven methods
Model-based methods
Multi-sensor fusion principles
Logic/reasoning techniques
Verification, validation, and maturation
Affordability Aspects and the Business Case for PHM
Standards and methodologies
Artificial Intelligence for PHM, including Machine Learning
Data collection, processing, and management
Hybrid Models for PHM

Systems Design and Implementation

Requirements Development
System design and engineering
Automated reconfiguration
Statistical analysis of Uncertainty
Component-level PHM
Nondestructive Evaluation Technologies with PHM Utilization
Decision Support and Simulation including Digital Twin
PHM Computer-Aided Engineering Technologies/Applications
Integrated Structural/Frame Health Management
Generative AI in PHM

Applications

PHM within Power Smart Grid technology
PHM within Distributed, Networked, Cloud Computing, Information and Communication Systems
PHM for electronics components and systems
PHM within innovative Aerospace and Defense, Appliance, Medical, Electric Vehicle, Deep Drilling, and Energy Applications
Fleet / Industrial PHM based maintenance management
Gas Turbines and Rotating Machinery
Informed Logistics
Lessons Learned from PHM systems design and integration
Battery System Health Management
Fault Management including Identification, Localization, and Isolation
Maintenance, resiliency, and corrective action
Proactive and predictive fault and failure management
Synergies between PHM, RAMS, Aging management
PHM within Health Care
PHM within Smart Cities, Building and Lighting