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Requirements Engineering for Safety-Critical Systems

Requirements Engineering for Safety-Critical Systems

Training name: Requirements Engineering for Safety-Critical Systems

Duration (in days): 2 days

Description

Training participants will learn how to manage requirements for safety-critical system and how applicable standards influence their requirements engineering process.

 After completing this training, its participants will know the rationale for process rules for safety-critical systems, will be able to use them effectively and efficiently in practice, as well as tackle practical every-day project challenges concerning requirements engineering.

Training participants will learn how to manage requirements for safety-critical system and how applicable standards influence their requirements engineering process.

 After completing this training, its participants will know the rationale for process rules for safety-critical systems, will be able to use them effectively and efficiently in practice, as well as tackle practical every-day project challenges concerning requirements engineering.

Objectives

Training participants will learn how to manage requirements for safety-critical system and how applicable standards influence their requirements engineering process.

 After completing this training, its participants will know the rationale for process rules for safety-critical systems, will be able to use them effectively and efficiently in practice, as well as tackle practical every-day project challenges concerning requirements engineering.

Training participants will learn how to manage requirements for safety-critical system and how applicable standards influence their requirements engineering process.

 After completing this training, its participants will know the rationale for process rules for safety-critical systems, will be able to use them effectively and efficiently in practice, as well as tackle practical every-day project challenges concerning requirements engineering.

Audience

This training is for people involved in requirements definition, analysis and validation for safety-critical systems, such as traffic control, industrial systems, electricity as flammable gas distribution, automobile, railroad, airborne, medical, military, nuclear fission). For people in various project roles and project stakeholders both on customer's and vendor's sides.This training is for people involved in requirements definition, analysis and validation for safety-critical systems, such as traffic control, industrial systems, electricity as flammable gas distribution, automobile, railroad, airborne, medical, military, nuclear fission). For people in various project roles and project stakeholders both on customer's and vendor's sides.

Topics

• Safety-critical systems: definition, scope, requirements-related specifics

• Requirements for embedded systems - the boundary between requirements and design
• Embedded and control systems: definition, scope, requirements-related specifics
• Real-time systems: definition, scope, requirements-related specifics

• An overview of industry standards for safety-critical systems


• Automatic model-based code generation and model-based testing
• Safety requirements for products and processes
• Requirements quality for safety-critical systems
• Standard recommendations for requirements engineering methods
• The elicitation of safety requirements

• Requirements sources and process requirements sources for safety-critical systems
• Requirements analysis for safety aspects
• Formal modelling - benefits and drawbacks; modelling tools

• How requirements models serve safety - safety-focused requirements validation and verification

• Requirements for real-time systems

• Impact analysis for the changing of safety-related requirements
• Requirements attributes for safety systems
• Validation, verification, negotiation and requirements consolidation; inspections
• Change management for requirements - traceability and applicable tools

• Change and trouble report process management

• Safety-critical systems: definition, scope, requirements-related specifics

• Requirements for embedded systems - the boundary between requirements and design
• Embedded and control systems: definition, scope, requirements-related specifics
• Real-time systems: definition, scope, requirements-related specifics

• An overview of industry standards for safety-critical systems


• Automatic model-based code generation and model-based testing
• Safety requirements for products and processes
• Requirements quality for safety-critical systems
• Standard recommendations for requirements engineering methods
• The elicitation of safety requirements

• Requirements sources and process requirements sources for safety-critical systems
• Requirements analysis for safety aspects
• Formal modelling - benefits and drawbacks; modelling tools

• How requirements models serve safety - safety-focused requirements validation and verification

• Requirements for real-time systems

• Impact analysis for the changing of safety-related requirements
• Requirements attributes for safety systems
• Validation, verification, negotiation and requirements consolidation; inspections
• Change management for requirements - traceability and applicable tools

• Change and trouble report process management

In case customers from Poland prices can be negotiated

VAT not incl. It concerns only customers from Poland

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