Systems Engineering Chapter 2

Study Notes

Systems engineering applies scientific and engineering principles to define the requirements, functions, and performance of a system, managing its life cycle.
It enhances abilities in designing, implementing, testing, evaluating, and maintaining integrated systems.
A systematic approach in systems engineering includes processes such as stakeholder analysis, requirements definition, system design, implementation, testing, deployment, and operation.

Identifies and evaluates the interests, needs, and expectations of individuals or groups influencing a project.
Ensures alignment of project objectives with stakeholder priorities and mitigates potential conflicts or risks.
Involves identifying key stakeholders, assessing their influence and interests, and determining their expectations regarding project scope and outcomes.
Develops strategies for engaging with stakeholders, prioritizes based on importance, and continuously monitors feedback throughout the project lifecycle.

Systematically determines and documents necessary characteristics and constraints based on stakeholder needs.
Establishes a baseline for system design, implementation, testing, and validation.
Categorizes requirements into functional (intended actions of the system) and non-functional (performance attributes such as reliability and usability).
Main steps include eliciting stakeholder needs, analyzing and prioritizing inputs, translating them into SMART (Specific, Measurable, Achievable, Relevant, Time-bound) requirements, organizing requirements into a structured hierarchy, and validating them with stakeholders.

Critical process that sets technical requirements and functional architecture to meet operational needs and adhere to specifications.
Involves identifying stakeholder needs, establishing system boundaries, dividing the system into subsystems and components, and allocating functions and performance across elements.

Systems engineering applies scientific and engineering principles to define the requirements, functions, and performance of a system, managing its life cycle.
It enhances abilities in designing, implementing, testing, evaluating, and maintaining integrated systems.
A systematic approach in systems engineering includes processes such as stakeholder analysis, requirements definition, system design, implementation, testing, deployment, and operation.

Identifies and evaluates the interests, needs, and expectations of individuals or groups influencing a project.
Ensures alignment of project objectives with stakeholder priorities and mitigates potential conflicts or risks.
Involves identifying key stakeholders, assessing their influence and interests, and determining their expectations regarding project scope and outcomes.
Develops strategies for engaging with stakeholders, prioritizes based on importance, and continuously monitors feedback throughout the project lifecycle.

Systematically determines and documents necessary characteristics and constraints based on stakeholder needs.
Establishes a baseline for system design, implementation, testing, and validation.
Categorizes requirements into functional (intended actions of the system) and non-functional (performance attributes such as reliability and usability).
Main steps include eliciting stakeholder needs, analyzing and prioritizing inputs, translating them into SMART (Specific, Measurable, Achievable, Relevant, Time-bound) requirements, organizing requirements into a structured hierarchy, and validating them with stakeholders.

Critical process that sets technical requirements and functional architecture to meet operational needs and adhere to specifications.
Involves identifying stakeholder needs, establishing system boundaries, dividing the system into subsystems and components, and allocating functions and performance across elements.