Module 6: Safety Analyst - DFA with Quantitative FTA / FMEDA Hardware Safety Analyzes
Dependent Failure Analysis with FTA / FMEDA Analysis - ISO 26262 Part. 5, 9, 11:
- In this training, the application of the Dependent Failure Analysis (DFA) in conjunction with the Functional Safety Lifecycle according to ISO 26262 is taught with regard to normative requirements and practical recommendations.
- Quantitative inductive analyses with a focus on hardware FMEDA as well as quantitative deductive analyses with a focus on quantitative FTA are practiced in this training.
Managers, safety managers, software developers, hardware developers, project managers, quality officers, test engineers and all users of ISO 26262 who are primarily involved in the development of programmable electronic components and/or safety systems and who participate in safety analyses.
- The 7 steps of the FMEA according to VDA-AIAG
- Composition of an FMEA team for safety issues
- Differentiation of systematic development errors from errors in operation
- Methods for risk assessment and derivation of measures
- Relationships between FMEA and FMEDA and FTA
- Avoiding cardinal errors in the FMEA [possibly with or after the 7 steps]
- Fundamentals of quantitative fault tree analysis
- Data for quantitative FTA
- Evaluation of the quantitative FTA
As a supplement to the existing training courses on functional safety according to ISO 26262 2nd Edition (modules 1 to 4), you will receive in-depth training on safety-related analyses here. This training is specifically aimed at participants in safety analyses that become necessary in the course of safety-related development according to the automotive standard ISO 26262. Block DFA 2 will deepen quantitative inductive analyses with a focus on hardware FMEDA and quantitative deductive analyses with a focus on quantitative FTA.
Dependent Failure Analysis with FTA / FMEDA Analysis - ISO 26262 Part. 5, 9, 11:
- In this training, the application of the Dependent Failure Analysis (DFA) in conjunction with the Functional Safety Lifecycle according to ISO 26262 is taught with regard to normative requirements and practical recommendations.
- Quantitative inductive analyses with a focus on hardware FMEDA as well as quantitative deductive analyses with a focus on quantitative FTA are practiced in this training.
The course content and structure are designed by the domain experts from TÜV SÜD. With immense experience and knowledge in the relevant standards, our team of product specialists and technical experts at TÜV SÜD, developed the course content based on current business landscape and market requirements.
TÜV SÜD certificate of participation.
There are no admission requirements for participation in this training but highly recommended to visit ISO 26262 modules 1-5.