Deepening the measures and techniques in the context of EN 50129
Description
Together we will delve deeper into the measures and techniques in connection with EN 5012x.
We will look at the safety requirements at various levels of requirement
engineering and you will create an exemplary FTA model with the help of tools.
You will receive an
introduction to FMECA as an analysis technique. We also develop communication protocols for
decentralized systems, taking into account the standards DIN EN 50159, IEC 62443 and DIN EN 61784.
We also look at residual error probabilities and how these are determined. The
focus is on safety features in communication and network architecture.
We will show you the main differences between the EN 5012x and EN 61508 standards.
You will also learn why reviews are so important and we will show you how to carry out reviews effectively
and correctly.
On the last day, we will discuss when and how the “proven in use” method
can be used for existing systems to identify systematic design errors.
We will take a look at the hurdles in the verification process and the challenges of validation at
.
Learning objectives
The participants:
understand the basic principles of requirements engineering and can capture, analyze and document requirements in a structured manner.
can derive, formulate and prioritize safety requirements in order to ensure system and operational safety.
know the methodology of FMECA (Failure Modes, Effects, and Criticality Analysis) and can apply it to an example.
can use fault tree analysis (FTA) to identify risks and potential causes of faults in a system.
know the contents and requirements of the standards DIN EN 50159, IEC 62443 and DIN EN 61784 and can explain their application in the field of secure communication.
can calculate residual error probabilities and explain their significance for safety assessment.
understand how security features are implemented in communication and can evaluate them in specific scenarios.
understand why reviews are necessary and can explain the benefits for quality assurance and error prevention.
learn how to carry out reviews in a structured and effective way in order to check requirements and processes.
understand the "proven in use" methodology and can apply it to existing systems in order to identify systematic design errors.
learn the differences between safety and security considerations.
Costs
Total costs:
EUR 3.850,- excl. tax.
(EUR 4.582,- incl. VAT)
Training costs: EUR 2,530 (plus VAT)
Campus flat rate: EUR 1,320 (plus VAT)
Includes:
Four overnight stays in a unique atmosphere incl. breakfast
Catering during the training incl. lunch and non-alcoholic drinks
Networking in our lounge
If applicable, a joint learning evening incl. dinner and non-alcoholic drinks
Support from the training manager during the learning evenings
Learning objectives
Together we will delve deeper into the measures and techniques in connection with EN 5012x.
We will look at the safety requirements at various levels of requirement
engineering and you will create an exemplary FTA model with the help of tools.
You will receive an
introduction to FMECA as an analysis technique. We also develop communication protocols for
decentralized systems, taking into account the standards DIN EN 50159, IEC 62443 and DIN EN 61784.
We also look at residual error probabilities and how these are determined. The
focus is on safety features in communication and network architecture.
We will show you the main differences between the EN 5012x and EN 61508 standards.
You will also learn why reviews are so important and we will show you how to carry out reviews effectively
and correctly.
On the last day, we will discuss when and how the “proven in use” method
can be used for existing systems to identify systematic design errors.
We will take a look at the hurdles in the verification process and the challenges of validation at
.
Learning objectives
The participants:
understand the basic principles of requirements engineering and can capture, analyze and document requirements in a structured manner.
can derive, formulate and prioritize safety requirements in order to ensure system and operational safety.
know the methodology of FMECA (Failure Modes, Effects, and Criticality Analysis) and can apply it to an example.
can use fault tree analysis (FTA) to identify risks and potential causes of faults in a system.
know the contents and requirements of the standards DIN EN 50159, IEC 62443 and DIN EN 61784 and can explain their application in the field of secure communication.
can calculate residual error probabilities and explain their significance for safety assessment.
understand how security features are implemented in communication and can evaluate them in specific scenarios.
understand why reviews are necessary and can explain the benefits for quality assurance and error prevention.
learn how to carry out reviews in a structured and effective way in order to check requirements and processes.
understand the "proven in use" methodology and can apply it to existing systems in order to identify systematic design errors.
learn the differences between safety and security considerations.
Costs
Total costs:
EUR 3.850,- excl. tax.
(EUR 4.582,- incl. VAT)
Training costs: EUR 2,530 (plus VAT)
Campus flat rate: EUR 1,320 (plus VAT)
Includes:
Four overnight stays in a unique atmosphere incl. breakfast
Catering during the training incl. lunch and non-alcoholic drinks
Networking in our lounge
If applicable, a joint learning evening incl. dinner and non-alcoholic drinks
Support from the training manager during the learning evenings
Costs
Together we will delve deeper into the measures and techniques in connection with EN 5012x.
We will look at the safety requirements at various levels of requirement
engineering and you will create an exemplary FTA model with the help of tools.
You will receive an
introduction to FMECA as an analysis technique. We also develop communication protocols for
decentralized systems, taking into account the standards DIN EN 50159, IEC 62443 and DIN EN 61784.
We also look at residual error probabilities and how these are determined. The
focus is on safety features in communication and network architecture.
We will show you the main differences between the EN 5012x and EN 61508 standards.
You will also learn why reviews are so important and we will show you how to carry out reviews effectively
and correctly.
On the last day, we will discuss when and how the “proven in use” method
can be used for existing systems to identify systematic design errors.
We will take a look at the hurdles in the verification process and the challenges of validation at
.
Learning objectives
The participants:
understand the basic principles of requirements engineering and can capture, analyze and document requirements in a structured manner.
can derive, formulate and prioritize safety requirements in order to ensure system and operational safety.
know the methodology of FMECA (Failure Modes, Effects, and Criticality Analysis) and can apply it to an example.
can use fault tree analysis (FTA) to identify risks and potential causes of faults in a system.
know the contents and requirements of the standards DIN EN 50159, IEC 62443 and DIN EN 61784 and can explain their application in the field of secure communication.
can calculate residual error probabilities and explain their significance for safety assessment.
understand how security features are implemented in communication and can evaluate them in specific scenarios.
understand why reviews are necessary and can explain the benefits for quality assurance and error prevention.
learn how to carry out reviews in a structured and effective way in order to check requirements and processes.
understand the "proven in use" methodology and can apply it to existing systems in order to identify systematic design errors.
learn the differences between safety and security considerations.
Costs
Total costs:
EUR 3.850,- excl. tax.
(EUR 4.582,- incl. VAT)
Training costs: EUR 2,530 (plus VAT)
Campus flat rate: EUR 1,320 (plus VAT)
Includes:
Four overnight stays in a unique atmosphere incl. breakfast
Catering during the training incl. lunch and non-alcoholic drinks
Networking in our lounge
If applicable, a joint learning evening incl. dinner and non-alcoholic drinks
Support from the training manager during the learning evenings
Our campus
Together we will delve deeper into the measures and techniques in connection with EN 5012x.
We will look at the safety requirements at various levels of requirement
engineering and you will create an exemplary FTA model with the help of tools.
You will receive an
introduction to FMECA as an analysis technique. We also develop communication protocols for
decentralized systems, taking into account the standards DIN EN 50159, IEC 62443 and DIN EN 61784.
We also look at residual error probabilities and how these are determined. The
focus is on safety features in communication and network architecture.
We will show you the main differences between the EN 5012x and EN 61508 standards.
You will also learn why reviews are so important and we will show you how to carry out reviews effectively
and correctly.
On the last day, we will discuss when and how the “proven in use” method
can be used for existing systems to identify systematic design errors.
We will take a look at the hurdles in the verification process and the challenges of validation at
.
Learning objectives
The participants:
understand the basic principles of requirements engineering and can capture, analyze and document requirements in a structured manner.
can derive, formulate and prioritize safety requirements in order to ensure system and operational safety.
know the methodology of FMECA (Failure Modes, Effects, and Criticality Analysis) and can apply it to an example.
can use fault tree analysis (FTA) to identify risks and potential causes of faults in a system.
know the contents and requirements of the standards DIN EN 50159, IEC 62443 and DIN EN 61784 and can explain their application in the field of secure communication.
can calculate residual error probabilities and explain their significance for safety assessment.
understand how security features are implemented in communication and can evaluate them in specific scenarios.
understand why reviews are necessary and can explain the benefits for quality assurance and error prevention.
learn how to carry out reviews in a structured and effective way in order to check requirements and processes.
understand the "proven in use" methodology and can apply it to existing systems in order to identify systematic design errors.
learn the differences between safety and security considerations.
Costs
Total costs:
EUR 3.850,- excl. tax.
(EUR 4.582,- incl. VAT)
Training costs: EUR 2,530 (plus VAT)
Campus flat rate: EUR 1,320 (plus VAT)
Includes:
Four overnight stays in a unique atmosphere incl. breakfast
Catering during the training incl. lunch and non-alcoholic drinks
Networking in our lounge
If applicable, a joint learning evening incl. dinner and non-alcoholic drinks
Support from the training manager during the learning evenings
3.850,00 € exkl. Mwst.
