Introduction to the most important methods
This seminar offers a detailed insight into the broad field of safety and reliability. Typical requirements, norms and standards are presented and an introduction to the most important methods and approaches is given. Participants will practice various analysis methods using specific examples.
Training category: Processes, methods and quality
Target group:
- Hardware developer
- System Developer
- Safety/reliability developers
- Employees from reliability management
- Project managers in the RAMS environment
- Decision-makers from the reliability management environment
Content:
- Basics and definitions of terms
- Rules, regulations, standards and norms
- Target definition: safety-, reliability- and risk-related
- Suitable methods such as...
- Reliability prediction of electronic components and assemblies according to Mil-HdBk 217, RIAC HdBk-217Plus
- Failure Mode and Effect Analysis (FMEA), Failure Mode and Effect Summary (FMES)
- Fault tree analysis (FTA)
- Functional Hazard Analysis (FHA)
- Common Mode Analysis (CMA)
- Complete safety analysis using combined procedures (PSA, SSA, etc.) - High-altitude radiation, single event effects (SEE), single event upsets (SEU)
- Methodical support for hardware developers when creating an FMEA / FMES at function block / component level
- Practical dos and don'ts for hardware developers when creating an FMEA
- Concrete examples of analyses from the industry
- Common software for computer-aided analyses
- Exercises and teamwork
Duration: 1 day
Teaching method: Classroom training
Participation fee: 1.050,00€ p.P.
Training dates 2024:
- 15.05.2024 (München)
- 26.11.2024 (München)
