Traditional
innovative.
Module A 4
Hardware development
Safety-oriented hardware development and methodical approach to safety analysis
This module does not focus on hardware development itself but on the verification of the hardware concept which is carried out using mathematical models. A practical example is used to present and practice the probabilistic demonstration of safety. Furthermore different analytical methods are discussed.
- Hardware safety requirements and their derivation from the system concept
- Determination of the required failure rates at component level and their adaptation to operating conditions
- Demonstration of the required Safe Failure Fraction (SFF) and the absolute failure rate/probability (PFH/PFD)
- Overview of the most commonly used analytical methods in Functional Safety
- Benefits of analytics for Functional Safety
- Various analytical methods and their advantages and disadvantages
- Adaptation proposals for possibly existing analytical methods
09.10.2019 in Munich, Germany – conducted in German
06.11.2019 in Dortmund, Germany – conducted in German
11.12.2019 in Munich, Germany – conducted in English
19.02.2020 in Munich, Germany – conducted in German
22.07.2020 in Stuttgart, Germany – conducted in German
14.10.2020 in Munich, Germany – conducted in German
11.11.2020 in Dortmund, Germany – conducted in German
16.12.2020 in Munich, Germany – conducted in English
Contact
Main national and international contact:
Competence Center SGS-TÜV Saar
Head of training team Functional Safety
Marcus Rau
t +49 89 787475 - 274
f +49 89 787475 - 217
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Coordinator training programme
Assistance
t +49 89 787475 - 283
t +49 89 787475 - 288
f +49 89 787475 - 217
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Local Contact – SGS Japan
t +81 45 3305040
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Local Contact – SGS Korea
t +82 31 240 6611
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Local Contact – Greater China
t +886 2 2299 3279 3660
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Local Contact – USA
t +1 973 461-7932
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Local Contact – SGS United Kingdom
t +44 191 377 2000
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News
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