Fault tree analysis - Foundations and Practice

Theory and application of fault tree analysis (FTA). Seminar duration: 1/2 - 2 day(s) individually according to your needs.

Brief description

Elements and methods of FTA

Probability combinatorics
System state modelling
Safety validation

Goal and benefits

The training provides the basis for the correct creation of fault tree analyses and for expert reviews. This includes knowledge of the parameters required for a mathematically correct probability determination. Further evaluation methods are explained. The training documents can be used as a reference guide for practical use.
Certificate of participation: Fault Tree Analysis - Foundations and Practice

Content

Fault Tree Analysis - is established in many industries for determining the causes of potentially safety-critical events (hazards). It enables to systematically analyze combinations of individual events that lead potentially to the occurrence of one or more hazards. Complex interrelationships and causalities are graphically represented in a logical structure. Special FTA software can be used to determine the probability of occurrence of faults and hazards, e.g. as contribution to safety validation. The application of the FTA methodology requires a sound knowledge of probability theory, reliability theory and logical modelling of effect chains in technical systems. Evaluation methods as common cause analysis, minimum cut analysis and importance metrics are explained. Further, possible linkage and combinations of the FTA with other analysis methods and activities in development projects are presented. The seminar offers a compact introduction to the basic elements of fault tree analysis (0,5 days) supplemented by practical examples and exercises (further 0,5 -1,5 days).

Target groups

This method training is addressed to aspiring or practicing system analysts, safety engineers, safety managers and quality engineers.

Prior knowledge

Mathematical knowledge of engineering studies or comparable qualification is required. Fundamentals of probability theory should be known. An understanding of common representations of electronic systems such as HW block diagrams and/or SW descriptions is required. Relevant knowledge of FMEA methodology or other system analysis experience is advantageous. Previous knowledge of fault tree analysis is not required.

Your training

Would you like a training course customized to the needs of your company? We would be happy to tailor it to your key topics and your specific developments! Just contact us. Ask us.

Number of participants

Appr. 4 to 12 people

Proven training concept

What previous participants liked about this seminar:

Red thread throughout the training
Many examples
Direct response to specific questions
Practical hints

Training content as PDF

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