System Safety according to MIL-STD-882
System safety is a discipline that was originally developed in the military environment, published in 1969 as MIL-STD-882 and has been further developed to this day.
The system safety approach is used or adapted in various industries (e.g. civil aviation, nuclear power, chemical industry, railroad technology, NASA, FAA). It describes the application of strictly formal and planned methods to develop safety into a system. The aim is to prevent accidents, i.e. to avoid personal injury, material damage and environmental damage.
System safety is a cross-technology, holistic methodology. The entire technical system is considered (hardware, software, mechanics, drive technology, etc.), humans are included as part of the system, operating sequences and procedures are analyzed, and the influence of the environment and the interaction of self-contained technical systems with each other are taken into account.
Training category: Processes, methods and quality
Target group: This training is aimed at employees, project managers and executives from the areas of development, safety and functional safety.
Content:
- Overview of the MIL-STD-882
- Background and history
- Definition of terms (hazard, accident, risk, safety)
- The core safety process and the tasks
- Supplementary standards, templates, literature
- Comparison with other safety standards and their possible integration (functional safety, occupational safety, environmental compatibility) - System safety management (100 tasks)
- The System Safety Program Plan
- Overview of analysis types and analysis techniques
- The Hazard Tracking System
- Documentation - System safety analysis (200 tasks)
- System description and limits of the system
- Identification and classification of system hazards Safety analyses at the human-machine interface Causal analyses
- Systems-of-systems hazard analysis
- System requirements hazard analysis and safety concept Dealing with software (SW Control Index, comparison with civil standards IEC 61508, ISO 26262) - Safety verification (400 tasks)
- Requirements management in the V-model
- Verification management - Safety evaluation (300 tasks)
- Safety assessment report
- Safety statement
Training objectives:
- In this seminar, the system safety approach is presented as a management model for dealing with complex safety-critical technical systems. The integration of civil safety guidelines, norms and standards is explained in a practical manner using examples.
Duration: 1 day
Teaching method: Classroom training
Participation fee: 780,00€ p.P.
Training dates 2024:
- 19.03.2024 (München)
- 09.10.2024 (München)
