Podcast
Questions and Answers
What is a significant limitation of hard systems thinking in complex managerial environments?
What is a significant limitation of hard systems thinking in complex managerial environments?
- It requires subjective interpretations of reality.
- It promotes diverse stakeholder perspectives.
- It cannot handle significant complexity. (correct)
- It relies solely on qualitative research methods.
Why is hard systems thinking deemed inadequate for addressing multiple perceptions of reality?
Why is hard systems thinking deemed inadequate for addressing multiple perceptions of reality?
- It encourages open discussions among stakeholders.
- It incorporates multiple methodologies.
- It assumes a single perspective is always correct.
- It requires predetermined objectives for analysis. (correct)
What characterizes a simple system?
What characterizes a simple system?
- It has a large number of subsystems with predetermined outcomes.
- It involves a small number of subsystems with structured interactions. (correct)
- It adapts and evolves with its environment.
- It is highly influenced by the independent actions of its parts.
How does the limitation of requiring clear goals affect hard systems thinking in practice?
How does the limitation of requiring clear goals affect hard systems thinking in practice?
Which relationship type involves participants sharing common purposes and values?
Which relationship type involves participants sharing common purposes and values?
In a pluralist relationship, what is necessary for conflict resolution?
In a pluralist relationship, what is necessary for conflict resolution?
In the context of a university, what confusion does hard systems thinking illustrate?
In the context of a university, what confusion does hard systems thinking illustrate?
What differentiates a complex system from a simple system?
What differentiates a complex system from a simple system?
What must hard systems thinkers do to progress their analyses?
What must hard systems thinkers do to progress their analyses?
What aspect of managerial problem situations frustrates hard systems thinkers?
What aspect of managerial problem situations frustrates hard systems thinkers?
What is a defining characteristic of coercive relationships among participants?
What is a defining characteristic of coercive relationships among participants?
What is one reason hard systems thinking struggles with messy situations?
What is one reason hard systems thinking struggles with messy situations?
Which of the following is NOT an ideal-type form of problem context?
Which of the following is NOT an ideal-type form of problem context?
How do simple systems typically behave in the face of environmental influences?
How do simple systems typically behave in the face of environmental influences?
What kind of model do hard systems thinkers aspire to produce for optimal solutions?
What kind of model do hard systems thinkers aspire to produce for optimal solutions?
What is the significance of the notion of 'ideal type' in understanding problem contexts?
What is the significance of the notion of 'ideal type' in understanding problem contexts?
What is the primary orientation of Type A systems approaches?
What is the primary orientation of Type A systems approaches?
Which aspect is NOT considered a measure of success in Type A systems approaches?
Which aspect is NOT considered a measure of success in Type A systems approaches?
How do Type A systems approaches typically perceive participant relationships?
How do Type A systems approaches typically perceive participant relationships?
What do Type A systems approaches focus on optimizing?
What do Type A systems approaches focus on optimizing?
Type A approaches include optimizing methodologies that are concerned with which of the following?
Type A approaches include optimizing methodologies that are concerned with which of the following?
What is one of the assumptions made by systems approaches in Type A?
What is one of the assumptions made by systems approaches in Type A?
In which context do Type A systems approaches seek to optimize their methods?
In which context do Type A systems approaches seek to optimize their methods?
What do Type A systems approaches assume about the definition of goals?
What do Type A systems approaches assume about the definition of goals?
What organization is known for its view on the relevance of systems engineering across diverse problems today?
What organization is known for its view on the relevance of systems engineering across diverse problems today?
In which industries did systems engineering gain rapid acceptance after its inception?
In which industries did systems engineering gain rapid acceptance after its inception?
Which aspect is NOT emphasized in the adjustment of the scientific method for hard systems thinking?
Which aspect is NOT emphasized in the adjustment of the scientific method for hard systems thinking?
What was the primary goal of the British Operational Society's definition of Operations Research (OR)?
What was the primary goal of the British Operational Society's definition of Operations Research (OR)?
What is one of the primary concerns of systems engineering in the manufacturing industry?
What is one of the primary concerns of systems engineering in the manufacturing industry?
Who articulated the idea that systems analysis aims to assist decision-makers in solving problems?
Who articulated the idea that systems analysis aims to assist decision-makers in solving problems?
What characteristic of hard systems thinking is widely acknowledged but often not openly discussed?
What characteristic of hard systems thinking is widely acknowledged but often not openly discussed?
What type of systems does the focus of systems engineering extend to today, according to INCOSE?
What type of systems does the focus of systems engineering extend to today, according to INCOSE?
What is a primary aim of emancipatory approaches?
What is a primary aim of emancipatory approaches?
How do critical systems heuristics address emancipatory concerns?
How do critical systems heuristics address emancipatory concerns?
What is a measure of success for emancipatory approaches?
What is a measure of success for emancipatory approaches?
What distinguishes postmodern systems approaches from other methodologies?
What distinguishes postmodern systems approaches from other methodologies?
What is a significant challenge addressed by postmodern systems thinkers?
What is a significant challenge addressed by postmodern systems thinkers?
What does the concept of 'emotion' refer to in the context of postmodern systems approaches?
What does the concept of 'emotion' refer to in the context of postmodern systems approaches?
What role does 'exception' play in evaluating interventions within postmodern systems thinking?
What role does 'exception' play in evaluating interventions within postmodern systems thinking?
What does team syntegrity aim to create in organizations?
What does team syntegrity aim to create in organizations?
What is the primary purpose of building models in hard systems thinking?
What is the primary purpose of building models in hard systems thinking?
How do hard systems thinkers approach real-world problems?
How do hard systems thinkers approach real-world problems?
What does the methodology refer to in applied systems thinking?
What does the methodology refer to in applied systems thinking?
According to Checkland, how are different variants of hard systems thinking characterized?
According to Checkland, how are different variants of hard systems thinking characterized?
What is assumed by hard systems thinkers when defining a system's objective?
What is assumed by hard systems thinkers when defining a system's objective?
What does interdisciplinary approach in hard systems thinking refer to?
What does interdisciplinary approach in hard systems thinking refer to?
What distinguishing feature do methodologies proposed by hard systems thinkers share?
What distinguishing feature do methodologies proposed by hard systems thinkers share?
What does hard systems thinking allow researchers to do when dealing with complex systems?
What does hard systems thinking allow researchers to do when dealing with complex systems?
Flashcards
Simple System
Simple System
A system with a limited number of subsystems and highly structured interactions. It remains relatively stable over time and is less influenced by external factors or the actions of its parts.
Complex System
Complex System
A system with numerous subsystems and complex, loosely structured interactions. It adapts and evolves over time, influenced by its own parts and external factors.
Unitary Relationship
Unitary Relationship
Participants share common values, beliefs, and goals. They work together towards a shared objective, and decision-making is collaborative.
Pluralist Relationship
Pluralist Relationship
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Coercive Relationship
Coercive Relationship
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Simple-Unitary Problem Context
Simple-Unitary Problem Context
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Complex-Unitary Problem Context
Complex-Unitary Problem Context
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Simple-Pluralist Problem Context
Simple-Pluralist Problem Context
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Type A Systems Approaches
Type A Systems Approaches
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Viability
Viability
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Efficiency
Efficiency
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Efficacy
Efficacy
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Vertical Axis
Vertical Axis
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Optimizing the System
Optimizing the System
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Taken-for-Granted Purposes
Taken-for-Granted Purposes
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Hard Systems Thinking
Hard Systems Thinking
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System Model
System Model
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Systemic Approach
Systemic Approach
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Model-Based Simulation
Model-Based Simulation
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Interdisciplinary approach
Interdisciplinary approach
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Origin of Systems Engineering
Origin of Systems Engineering
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Methodology
Methodology
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Objective-Driven Approach
Objective-Driven Approach
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Expansion of Systems Engineering
Expansion of Systems Engineering
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Churchman, Ackoff and Arnoff's OR methodology
Churchman, Ackoff and Arnoff's OR methodology
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Systems Engineering in Manufacturing
Systems Engineering in Manufacturing
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Applications of Systems Engineering
Applications of Systems Engineering
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Philosophy of Hard Systems Thinking
Philosophy of Hard Systems Thinking
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Methodological Adaptation in Hard Systems Thinking
Methodological Adaptation in Hard Systems Thinking
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Common Features of OR, SA and SE
Common Features of OR, SA and SE
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Definition of Operational Research
Definition of Operational Research
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Emancipatory Systems Thinking
Emancipatory Systems Thinking
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Empowerment
Empowerment
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Emancipation
Emancipation
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Postmodern Systems Approaches
Postmodern Systems Approaches
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Exception
Exception
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Emotion
Emotion
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Critical Systems Heuristics
Critical Systems Heuristics
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Team Syntegrity
Team Syntegrity
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Limitations of Hard Systems Thinking: Multiple Perceptions
Limitations of Hard Systems Thinking: Multiple Perceptions
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Limitations of Hard Systems Thinking: Goal Definition
Limitations of Hard Systems Thinking: Goal Definition
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Limitations of Hard Systems Thinking: Handling Complexity
Limitations of Hard Systems Thinking: Handling Complexity
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Limitations of Hard Systems Thinking: Power Dynamics
Limitations of Hard Systems Thinking: Power Dynamics
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Limitations of Hard Systems Thinking: Modeling Complex Systems
Limitations of Hard Systems Thinking: Modeling Complex Systems
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Limitations of Hard Systems Thinking: Objective Account
Limitations of Hard Systems Thinking: Objective Account
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Limitations of Hard Systems Thinking: Values and Beliefs
Limitations of Hard Systems Thinking: Values and Beliefs
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Limitations of Hard Systems Thinking: Politics and Power
Limitations of Hard Systems Thinking: Politics and Power
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Study Notes
The Systems Language
- Systems are complex wholes whose functioning depends on parts and interactions.
- Systems exist in different types: physical (river systems), biological (organisms), designed (cars), abstract (philosophical systems), social (families), and human activities (quality control systems).
- Reductionism (traditional scientific method) sees parts as paramount, studying them to understand the whole.
- Holism views systems as more than the sum of their parts, focusing on interactions.
Introduction
- A system is a complex whole where parts interact.
- Different types of systems exist (physical, biological, designed, abstract, social, human activity systems).
- Reductionism attempts to understand systems by studying their parts.
- Holism considers systems as a whole, emphasizing interactions between parts.
Philosophy
- Classical Greek philosophers, Aristotle and Plato, explored systems concepts.
- Aristotle linked parts of the body to the whole organism.
- Plato considered control and steersmanship (governance).
- Renewed interest in holistic thinking arose during the 18th and 19th centuries.
Biology
- Biologists encountered difficulties reducing whole organisms to their parts.
- The 1920s and 1930s saw a shift towards holistic understandings of organisms in biology, acknowledging that organisms are more than the sum of their parts.
- Emergent properties arise at specific levels of biological organization.
- Organisms maintain a steady state through transactions with their environments (e.g., homeostasis).
- Ludwig von Bertalanffy's work emphasized studying organisms as complex wholes.
Control Engineering
- Norbert Wiener developed the science of control and communication.
- Negative feedback is crucial to understanding purposive behaviours.
- System components respond to environmental disturbances through the exchange of information.
- Open systems continuously interact with their environments to maintain themselves.
Organization and Management Theory
- Early attempts to combine systems thinking with organization and management theory focused on optimization.
- Systems thinking incorporates the idea that systems have purposes and interactions with a variety of stakeholders.
- 'Variety engineering' is essential for managing complex systems.
- Managers need to be aware of different objectives, values, and beliefs in problem situations, and how to adapt for successful outcomes.
The Physical Sciences
- Systems thinking emerged as a transdisciplinary response to the limitations of reductionist approaches in the physical sciences in the 1940s and 1950s.
- Systems, in the physical sciences, demonstrate complexity and emergent properties.
- Quantum theory and dissipative structures are examples of holistic approaches.
- Systems thinking promotes a process view of systems and the idea of self-organization, particularly in biology.
- Complexity theory helps explain how small changes can lead to large-scale consequences, especially in natural systems.
Why the Systems Language is Powerful
- The systems language offers a corrective to reductionist management thinking by emphasizing the importance of interconnectedness and the whole.
- Processes are emphasized alongside structure.
- This understanding of systems draws on insights from diverse disciplines.
- This approach is more useful for resolving complex managerial problems compared with single disciplinary methods.Â
Applied Systems Thinking
- Operational research (OR), systems analysis, and systems engineering are examples of hard systems approaches developed during and after WWII.
- These hard systems approaches focused on optimizing system performance based on quantifiable objectives by using scientific methods.
- Hard systems thinking has limitations in dealing with complex situations involving multiple stakeholders and differing values.
- Applied systems thinking (developed in the 1970s, 1980s, and 1990s) addressed limitations by acknowledging greater complexity, stakeholder diversity, and uncertainty.
Hard Systems Thinking
- Hard systems thinking uses a methodical approach to problem-solving, including problem formulation, model building, solution derivation, testing, and implementation.
- It assumes a clear objective for the system and seeks the most effective means to achieve that objective.
- It relies heavily on scientific modeling and mathematical techniques to represent system behaviour.
- Hard systems thinking approaches are concerned with optimizing the performance of a system to meet specific objectives.
System Dynamics: The Fifth Discipline
- System dynamics adds to other systems approaches by focusing on feedback loops and the dynamic behaviours of complex systems (especially those with multiple loops and non-linear system interactions).
- Computer simulation was a crucial tool: allowing to test the impacts of various strategies and interventions in complex environments.
- System dynamics is used to study a wide range of problems in business, social systems, and environmental issues.
- The method is particularly valuable for understanding the emergent properties of complex systems, especially those in sociotechnical domains.
Organizational Cybernetics
- Organizational cybernetics extends cybernetic ideas into the organizational context by borrowing from insights in biological systems (especially the brain and nervous system).
- Organizations should be envisioned differently, as complex systems; that have the same structure as other viable systems.
- This approach offers a framework for identifying organizational structures, defining goals, and designing effective operations and strategies.
- Organizational cybernetics offers a unique approach to understanding the structures and functions of organizations, by seeing them as whole viable systems.
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