MFPT Call for Papers & Presentations

The Society for Machinery Failure and Prevention Technology (MFPT) is proud to announce its call for papers and presentations for our annual conference.PMFPT works to educate conference attendees in techniques that play a role in the holistic approach to machinery failure prevention. Papers and Presentations must be free of commercialism. References to commercial products, trade names, and manufacturing companies should be minimized. Be mindful of who your audience is: the end-user.


Important Deadlines

  • 28 February 2025 - Presentation Deadline
  • 15 March 2025 - Acceptance notification
  • 18 April 2025 - Presenter Registration - Deadline to be registered!
  • 2 May 2025 - PowerPoint Presentation file upload deadline

Categories of Interest

Data Management and Artificial Intelligence
  • Organization and management of machinery information
  • Contextualizing data and information about machinery
  • Use of machine learning and predictive analytics against machinery data
  • Standards
  • Case studies
Diagnostics and Prognostics
  • Identification of defects (diagnostics) and predictions of the need for corrective action (prognostics).
  • Mechanical, Electrical, and Structural Diagnostics and Prognostics
  • Prognostic techniques and methods
  • Standards
  • Case studies

Human Performance Monitoring
  • Wearable sensor technologies
  • Fitness and performance monitoring techniques
  • Analytical techniques for analysis of human performance data
  • Human training and skills
  • People and Processes in a reliable organization
  • Standards
  • Case studies
Failure Analysis
  • Failure analysis techniques
  • Root Cause Analysis
  • Material analysis (metallurgy, tribology, microscopy, heat treatment, materials processing, etc.)
  • Standards
  • Case studies

Sensors Technology
  • Wireless sensor technology
  • Mapping of sensor technology to equipment failure modes
  • Energy harvesting
  • Sensor communications
  • Environmental constraints (hazardous classifications, shock and vibration, high temperature, etc.)
  • Vibration, Temperature, Ultrasonic, Motor Current, Oil, Strain, Corrosion, Video, etc.
  • Standards
  • Case Studies
Sensor Signal Analysis
  • Sensory input signal analysis and interpretation
  • Analytical tools, methods, and methodologies for Signal Analysis
  • Mapping of signal analysis results to failure modes of machinery
  • Embedded signal analysis (at the sensor)
  • Standards
  • Case Studies

Lubrication Sensing and Analysis
  • Lubrication (best) practices
  • Lubrication degradation (contamination, viscosity, humidity, additive loss, etc.)
  • Wear particle analysis
  • Sensor advancements
  • Standards
  • Case Studies
Systems Engineering
  • System Design for machinery purpose
  • Reliability Centered Maintenance Planning
  • Systems Engineering relationship to machinery failure prevention technology
  • Standards
  • Case Studies