Complex Problem Structuring for Socio-Technical Systems

This module introduces the characteristics of complex socio-technical problems and their implications for problem structuring. It covers concepts such as multiple stakeholders, technical complexity, interdependencies, emergent behavior, and tipping points in the context of complex systems.

This module focuses on problem structuring techniques and means-end analysis. Learners will explore methods to break down complex problems into manageable components and analyze the relationships between means and ends in problem-solving approaches.

This module delves into multi-actor analysis, examining the roles, interests, and interactions of various stakeholders in complex socio-technical systems. It likely covers techniques for identifying key actors, mapping their relationships, and understanding their influence on problem dynamics.

This module explores the use of systems diagrams to visualize and analyze complex problems. It covers techniques for creating visual representations of system components, their interactions, and the definition of system boundaries to focus the analysis effectively.

This final module focuses on methods for identifying and managing uncertainty in complex problem-solving. It likely covers techniques for scenario planning, risk assessment, and adaptive management strategies to deal with unpredictable aspects of socio-technical systems.