The ISO 26262 standard sets out the requirements for functional safety in the automotive industry. The standard Part 2 management, which describes the presentation of functional safety thinking on the management side, defines the responsible organization of safety functions at different stages, the overall coordination, and starting point of the entire functional safety system. Therefore, it is important to ensure the proper training of your organization’s personnel.

Advantages of functional safety training according to ISO 26262

  • Requirements of the ISO 26262 standard.
  • Problems in ensuring functional safety when developing vehicles.
  • Mandatory security management procedures and recommended supporting processes.
  • Principles of risk analysis and the concept of functional safety.
  • Technical safety concept and system design.
  • Principles for developing hardware and software that focuses on security.
  • Methodological approach to security analysis.

ISO 26262 personal training and certification

The main target of the training is engineers. It also needs to include other people involved in product development, and support within the organization including executives, marketers, engineers, documentation teams, quality assurance managers, and application engineers. The Organization’s designated and trained functional safety manager (FSM) is tasked with promoting a safety culture among all those involved in product development, and FSM is generally responsible for providing internal or third-party training for all these employees. Customers often require semiconductor IP called “integrators” in ISO 26262, and third-party ISO 26262 evaluators to provide proof of employee functional safety training.

To get this training you must choose the best training program over the Internet. Choosing a professional, and affordable training has several benefits. You get a chance to be trained under experienced staff. Not only through its extensive ISO 26262 training program, but also by establishing a functional safety process to ensure a safety culture, and ensure the quality of the training.

Avoid System failure

Good processes are essential to avoid system failure. System failures are associated with specific causes in a predictable manner, and can only be eliminated by changing design, manufacturing, operating procedures, documentation, or other relevant factors of the system. In short, system failures are usually “designed” into the system, and quality processes help avoid designing failures into the system.

In addition, The key to a good security process, or any product development process is not the use of tools by experts to integrate requirements management, change management, verification, and other parts of the development process, but the continuous use of a quality management system by all employees.