System Safety and Reliability: Assessment and Management

Course Topics

These powerful methods for system safety and reliability were originally developed and applied in the aerospace and nuclear power industries and now are increasingly relevant in a variety of business and industrial environments including societal infrastructure, manufacturing, consumer products and utilities .Continuous changes in technology, environmental regulation, public safety concerns and the need to do more with less all make the analysis of complex systems even more demanding. As the level of uncertainty surrounding probable outcomes increases, the safety professional's ability to accurately predict responses is integral to the design process.

Some benefits

• Receive intensive training and expert guidance on fundamental methods to increase safety and ensure the reliability of complex systems. This working course enables you to practice what you learn.
  
• Understand and use Fault Tree Analysis and other quantitative methods to establish a basis for system safety requirements.
  
• Learn how to measure and test for reliability using accelerated testing and reliability growth and how to estimate a success level using probabilistic analysis.
  
• Principles for design and management of safety and reliability programs in an organization

Why You Should Attend

Enhance your ability to identify and evaluate hazards early in the design and development process. Your participation will enable you to understand and explore how to use and apply quantitative and analytical methods.

Presentations are supplemented with case studies and problem solving to encourage understanding of the mathematical models which form the foundation for risk assessment and reliability analysis. Materials authored by the instructor will later serve as a useful reference tool.