: Consolidating different perceptions (e.g., from teachers and students in education or workers and managers in factories) to improve system design.
: Using agile, iterative cycles to refine technical requirements based on real-world human feedback. Common Use Cases
In the context of technology and engineering, refers to the application of Soft Systems Methodology (SSM) to the design or evaluation of Cyber-Physical Systems (CPS) . Core Definitions ssm-cps
: Moving from rigid hierarchical structures to decentralized "heterarchical" models where machines and humans make autonomous decisions together.
Traditional CPS engineering often focuses strictly on technical hardware/software integration. However, modern industrial environments (like Industry 4.0 ) involve human-machine collaboration, which adds unpredictable social and organizational layers. Applying SSM to CPS allows for: : Consolidating different perceptions (e
: Using SSM-based guidelines to help Small and Medium Enterprises (SMEs) adopt CPS by accounting for limited expertise and shifting employee roles.
: Engineered systems that integrate physical processes (machines, sensors) with computational algorithms and network connectivity. They create a continuous feedback loop where digital commands control physical actions in real-time. Core Definitions : Moving from rigid hierarchical structures
: A qualitative modeling process used to address complex, "messy" problems involving human perceptions and stakeholder conflict. Why They Are Combined