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1) System thinking :
1)Why we need system thinking?
1. Complexity management: Systems thinking helps break down complex problems into manageable components.
2. Interconnectedness understanding: It recognizes relationships between components, facilitating holistic analysis.
3. Problem-solving effectiveness: System thinking encourages considering multiple perspectives and long-term consequences.
4. Collaboration and communication: It fosters interdisciplinary dialogue, ensuring stakeholders share a common understanding.
2)Name the components of system thinking?
1. Feedback Loops: Understanding cause-and-effect relationships.
2. Systems Dynamics: Studying behavior over time.
3. Stock and Flow: Analyzing accumulations and movements.
3) Explain the importance of system thinking in solving engineering problems?
System thinking is essential for addressing complex engineering problems effectively. It promotes a comprehensive understanding of challenges, fosters collaboration, and leads to more innovative, resilient, and sustainable solutions.
2) Systems thinking case studies :
Explain system thinking with one of the case studies?
System thinking is a way of thinking about how components work together to produce a system's behaviour. It involves considering the environment,people,and machinery and how they interact.
3) Draw causal loop diagram :
Causes:
Overproduction of Plastic
Consumer Behavior
Inadequate Waste Management
Recycling Challenges
Solutions:
Reduce Single-Use Plastics
Improve Recycling Systems
Promote Biodegradable Alternatives
Implement Extended Producer Responsibility
Explain system thinking with one of the case studies?
Main points of plastic pollution:
Environmental Impact
Human Health Risks
Waste Management Challenges
Global Response
Awareness and Education
Innovative Solutions
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