Share SE - Midterm
Save to Folder
It Defines architecture, components, modules, interfaces, and data to meet requirements.
Systems Design
It Enables structured, integrated development that optimizes performance, cost, and reliability.
Systems Design
Reduces development risks and downstream costs while aligning solutions to stakeholder needs.
Practical Benefits if Systems Design
Enables parallel development and simplifies maintenance by dividing systems into interchangeable components.
Modularity
Designs for resilience, allowing systems to function reliably under stress or unexpected conditions.
Robustness
Ensures the system can handle increasing demand and adapt to growth without major redesigns.
Scalability
Facilitates updates, fixes, and improvements with minimal disruption to overall system operation.
Maintainability
Gather needs, constraints, and objectives with stakeholders.
Requirement Analysis
Form high-level concepts, architecture, and key functions.
Conceptual Design
Outline components, interfaces, and initial technical solutions.
Preliminary Designs
Specify all components, interfaces, and implementation details.
Detailed Designs
Test and verify requirements and performance targets are met.
Validation
Key decision-makers who must be closely managed and involved in requirements definition.
High Influence, High Interest
Stakeholders with power but less engagement; keep satisfied and informed.
High Influence, Low Interest
Supporters who need regular updates and opportunities for input.
Low Influence, High interest
Monitor with minimal effort; keep informed as needed.
Low Influence, Low Interest
