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Systems Science
Problem Solving
1. Foundations of Problem Solving
2. Systems Thinking Fundamentals
3. Problem Framing and Definition
4. System Structure Mapping
5. System Behavior Analysis
6. Leverage Points and Intervention Design
7. Solution Implementation and Testing
8. Creative Problem-Solving Techniques
9. Problem-Solving Process and Methods
10. Developing Systems Thinking Capabilities
Systems Thinking Fundamentals
Understanding Systems
Definition and Characteristics of Systems
System Elements
Components and Parts
Attributes and Properties
System Relationships
Interconnections and Dependencies
Network Effects
System Purpose and Function
Intended Purpose
Emergent Purpose
Purpose Hierarchy
Core Systems Principles
Holism and Emergence
Emergent Properties
Whole Greater Than Sum of Parts
Interconnectedness
Web of Relationships
Ripple Effects and Cascading Changes
Hierarchy and Levels
System Levels and Boundaries
Nested Systems
Feedback and Loops
Reinforcing Feedback Loops
Balancing Feedback Loops
Feedback Delays
Causality in Systems
Linear vs Circular Causality
Multiple Causation
Correlation vs Causation
Systems vs Linear Thinking
Characteristics of Linear Thinking
Limitations of Reductionist Approaches
Benefits of Systems Perspective
When to Apply Each Approach
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1. Foundations of Problem Solving
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3. Problem Framing and Definition