Artboard 21Artboard 23Artboard 24Artboard 25Artboard 1 copyArtboard 1 copy 2Artboard 4Artboard 10Artboard 6Artboard 7Artboard 12Artboard 13Artboard 14Artboard 17Artboard 16Artboard 18

Course Overview

The complete course for demanding reliability application and calculations.

Course Key Learning

IEC 61508, & SIL FMEA methods needed to produce a SIL compliant FMEA for certification consideration. The use of probabilistic Reliability calculations in place of Monte Carlo Simulations allows the use to calculate precise values for a variety of reliability needs. Reliability Block Diagrams, Fault Tree and Event Tree Conversions precede the learning that enables the student to develop and calculate Markov Models, and use those Markov models as failure sources for more complex systems.

Course Modules

  • RWB™ Overview
  • FMEA/FMECA IEC 61508
  • SIL
  • Direct Calculated Reliability Block Diagrams (RBD)
  • Advanced RBD Methods - Overhauls, test intervals, conversions to Fault Tree and Event Tree Analysis formats.
  • Markov analysis - constructing models, defining phase transitions, base rates, time dependent rates,
  • Library functions - Parts libraries
  • Using failure data - Weibull Failure models.


What is the duration of the course? arrow icon

The course duration is 16 hours total. The course material can be split into 4 hour blocks across 4 days. 

Who should attend? arrow icon
  • Safety Engineers
  • Designers Engineers
  • Engineers
  • Project Engineers
  • Risk Specialists
  • 6 Sigma Black Belts
  • Maintenance Strategists
  • Protection Engineers
  • Plant Inspectors

Industries that will benefit arrow icon
  • Oil and Gas
  • Electronics Design
  • Communications
  • Automotive
  • Aero Space Engineering
  • Military
  • Chemical Industry
  • Transport

Book this Course