1. The Stakeholders and the Structure

The Stakeholders

Stakeholders of a company are individuals or groups that have an interest in or are affected by the company’s actions, decisions, and performance. They can be classified into two main categories: internal and external stakeholders.

1. Internal Stakeholders

Owners/Shareholders: Invest capital and expect returns in the form of profits or dividends.
Employees: Contribute skills and labor, seeking fair compensation, job security, and career growth.
Managers: Oversee operations and ensure that organizational goals are achieved efficiently.

2. External Stakeholders

Customers: Purchase products or services and expect quality, value, and satisfaction.
Suppliers: Provide raw materials, goods, or services and rely on timely payments and stable relationships.
Creditors: Lend money or extend credit and expect repayment with interest.
Government: Regulates business activities, collects taxes, and ensures compliance with laws.
Community: Is affected by the company’s social, economic, and environmental impact.
Competitors: Influence market dynamics and drive innovation through competition.
Media: Shapes public perception and communicates company activities to the public.

Each stakeholder group plays a vital role in the company’s ecosystem, and maintaining balanced, ethical relationships with them is essential for long-term success.

The purpose, the system, leadership and team.

The purpose

The typical purpose of a big corporation is to create long-term value for its stakeholders—customers, employees, shareholders, and society—through sustainable growth, innovation, and responsible business practices.

Key aspects include:

Profitability: Generating consistent financial returns to sustain operations and reward investors.
Market leadership: Expanding market share and maintaining a competitive edge through innovation and efficiency.
Customer satisfaction: Delivering high-quality products or services that meet or exceed customer expectations.
Employee development: Fostering a skilled, motivated, and diverse workforce.
Corporate responsibility: Operating ethically, minimizing environmental impact, and contributing to community well-being.
Sustainability: Ensuring long-term success by balancing economic, social, and environmental goals.

In essence, a big corporation’s purpose extends beyond profit—it aims to drive progress, create opportunities, and make a positive impact on society while achieving business excellence.

Structure

Presentation – Metaphors for the Organisation by Guðbjörg Eggertsdóttir

Metaphors

Management Org Chart Team Whiteboard in Blue Green Spaced Color Blocks Style by Guðbjörg Eggertsdóttir

Presentation – Danish Corporate Structure by Guðbjörg Eggertsdóttir

Danish corporations are known for their flat organizational structures, which reflect the country’s cultural emphasis on equality, trust, and collaboration. This structure supports open communication, employee empowerment, and continuous learning—key traits of a learning organization.

Key features of Danish corporate structure include:

Flat Hierarchies – There are fewer management layers compared to many other countries. Employees often have direct access to senior leaders, which encourages transparency and quick decision-making.
Decentralized Decision-Making – Authority is distributed across teams rather than concentrated at the top. Employees are trusted to make decisions within their areas of responsibility, fostering accountability and innovation.
Collaborative Leadership – Danish managers act more as facilitators or coaches than as traditional bosses. They guide and support rather than command, creating an environment where learning and experimentation are encouraged.
Team-Oriented Work Culture – Work is typically organized around teams that collaborate across departments. This promotes knowledge sharing, problem-solving, and collective ownership of results.
High Level of Employee Involvement – Employees are encouraged to voice opinions, challenge ideas, and contribute to strategic discussions. This inclusivity strengthens engagement and continuous improvement.
Focus on Work-Life Balance – Danish corporations prioritize flexibility and well-being, which enhances creativity and sustainable performance.
Integration of Sustainability and Ethics – Many Danish companies embed social responsibility and sustainability into their structure and strategy, aligning with the broader societal values of fairness and long-term thinking.

Overall, the Danish corporate structure is designed to empower people, promote learning, and maintain agility. It reflects a belief that when employees are trusted, respected, and involved, the organization becomes more innovative, adaptable, and resilient.

The System Thinking

If we understand the systems and what drives them it is easier to change things and to develop. However, this process requires a deep level of analysis and examination. We must delve into the intricate mechanisms that underpin these systems in order to unlock their potential.

By peeling back the layers and dissecting the complex interconnections, we gain a profound understanding of how systems function. It becomes evident that every action, no matter how small, has a ripple effect on the entire system. With this knowledge, we can identify the critical points where intervention will yield the greatest impact.

Moreover, understanding the driving forces behind these systems allows us to anticipate their behaviour. We can predict how they will respond to various stimuli and adjust our strategies accordingly. This foresight empowers us to make informed decisions and take proactive measures rather than simply reacting to the consequences.

In conclusion, comprehending the inner workings and driving factors of systems is pivotal in effecting meaningful change and fostering development. It is through this deep understanding that we uncover the hidden opportunities that lie within, ultimately steering us in the direction of progress.

Systems thinking for children

Feedback loops are an essential concept in systems thinking. They are self-regulating mechanisms that help maintain stability or create change within a system. There are two primary types of feedback loops: reinforcing and balancing loops. Reinforcing loops amplify and accelerate changes within a system, while balancing loops counteract and stabilize the system.

Reinforcing loops occur when a change in one element of a system leads to further changes in the same direction. This positive feedback loop can either create exponential growth or accelerate the decline of a system if left unchecked. Balancing loops, on the other hand, work to bring equilibrium to a system by counteracting changes and maintaining a desired state.

Understanding feedback loops is crucial for analyzing and predicting the behavior of complex systems. By identifying the feedback structures at play, we can better understand the dynamics within a system and make more informed decisions to optimize its function. So, feedback loops are not only relevant to systems thinking but also play a fundamental role in shaping our world.

Artifacts are patterns we see again and again. These recurring elements provide insight into the past, connecting us to previous generations and offering glimpses into their lives. By studying artefacts, we can unravel the stories of our ancestors, piecing together the puzzle of history.

Understanding the significance of artefacts requires careful analysis and an appreciation for context. Each item carries its own unique story, shedding light on the social, economic, and cultural aspects of a particular time period. Through the examination of artefacts, researchers can draw conclusions about the daily lives, traditions, and beliefs of past civilizations.

Moreover, artefacts have the power to transcend time and bridge gaps between different cultures and societies. They serve as a universal language that fosters understanding and empathy. By appreciating the artistry and craftsmanship of artefacts from distant lands, we can develop a deeper respect for the diversity and richness of human history.

In conclusion, artefacts serve as valuable clues to our shared past. They embody the collective memory of humanity, preserving the experiences and achievements of those who came before us. By examining and appreciating artefacts, we gain a deeper understanding of our own identity and the interconnectedness of the human experience.

System archetypes.pdf

Positive Archetypes.pdf

In today’s fast-paced and interconnected world, systems play a crucial role in almost every aspect of our lives. Whether it’s a computer system, an organizational system, or a natural system, they all have one thing in common – they tell a story.

Take computer systems, for example. They have evolved from simple machines that could perform basic calculations to complex networks that can process vast amounts of data in milliseconds. Each component of a computer system has its own story to tell – the hard drive storing countless files, the processor diligently executing instructions, and the operating system orchestrating it all. Together, these stories form a narrative of efficiency and innovation.

Organizational systems also have their own unique stories. From hierarchical structures to agile methodologies, these systems reflect the values and goals of the organizations they belong to. They are the backbone of a company, enabling collaboration, streamlining processes, and ensuring smooth operations. The story of an organizational system encompasses the vision of its leaders, the dedication of its employees, and the impact it has on the success of the organization.

Lastly, let’s not forget about natural systems. From the intricate web of ecosystems to the delicate balance of the human body, nature is full of awe-inspiring stories waiting to be unravelled. Each species, each interaction, and each adaptation tells a tale of survival, evolution, and interconnectedness. The story of a natural system reveals the complexity and beauty of the world we live in, reminding us of our role as caretakers of the Earth.

In conclusion, systems are not just mechanisms or structures, but living stories that shape our world. They provide us with a framework to understand and navigate the complexities of life. By appreciating these stories, we gain a deeper understanding of the systems around us and the impact they have on our daily experiences.

Circularity in Systems thinking is a prominent concept that emphasizes the interconnectedness and feedback loops within complex systems. It recognizes that actions and changes in one part of a system can have ripple effects throughout the entire system. This perspective helps to understand how various elements interact and influence each other, leading to dynamic and often nonlinear behaviour.

At its core, Systems thinking encourages holistic thinking, taking into account the interdependencies and relationships between different components of a system. It promotes the recognition that nothing exists in isolation and that analyzing a system in isolation may lead to incomplete or misleading conclusions. By considering the circular nature of systems, it becomes possible to understand and predict the behaviour of the system as a whole.

Circularity in Systems thinking also highlights the importance of feedback loops. Feedback loops can be both reinforcing, amplifying a change within the system, or balancing, seeking to maintain stability and equilibrium. By analyzing the feedback mechanisms within a system, it becomes easier to identify leverage points where a small intervention could have a significant impact on the system as a whole.

In summary, Circular thinking in Systems thinking provides a powerful framework for understanding complex systems. By recognizing the circularity and interconnectedness, it becomes possible to grasp the behaviour of systems and identify effective strategies for intervention and change.

Impact

Presentation – Rooted Impact Workshop by Guðbjörg Eggertsdóttir

Systems Thinking: A Comprehensive Guide by Canva

Presentation – Boundaries in Systems Thinking by Guðbjörg Eggertsdóttir

https://www.canva.com/design/DAG0Y3yrmE4/xLQYHXv1RFY6w-ctJYFfVg/view

Leverage Point

https://www.canva.com/design/DAG0_q-yxNM/QINZHnGCD20M0BucyVg-Ow/edit?utm_content=DAG0_q-yxNM&utm_campaign=designshare&utm_medium=link2&utm_source=sharebutton

Boundaries in Systems Thinking

Boundaries are the mental or physical “lines” we draw to decide what elements, relationships, and processes belong to a system and what lies in its environment.

Key points:

Definition of the System
- Boundaries help us decide what we’re analyzing. For example, if you’re studying a hospital as a system, do you include just the staff and patients, or also suppliers, government policies, and the community?
Scope and Focus
- Boundaries determine the scope of the problem. A narrow boundary might make the system easier to study but risks missing important influences. A wider boundary gives a fuller picture but can be more complex.
Permeability
- Some systems have open boundaries (they interact a lot with their environment, like ecosystems or businesses) and some have closed boundaries (more self-contained, like a sealed lab experiment).
Subjectivity
- Boundaries are not fixed; they depend on the perspective of the observer. Different stakeholders may draw different boundaries around the same system.

Examples

Education System:
- Narrow boundary: Teachers, students, classrooms.
- Wider boundary: Parents, government policies, technology, cultural values.
Business System:
- Narrow boundary: Employees, products, customers.
- Wider boundary: Competitors, regulations, global economy, environment.

Why Boundaries Matter

They shape how we understand problems.
They influence the solutions we design.
They help us see unintended consequences (e.g., solving a problem inside the boundary might create a new problem outside it).

Example

Great question! 🌟 Using systems thinking in the work environment can help you see beyond surface-level issues and create long-term, sustainable improvements. Instead of treating symptoms (like low morale or missed deadlines), you’ll be able to uncover root causes and design smarter solutions.

Here’s how you can apply it step by step:

1. Define the Problem Clearly

Don’t just say “productivity is low.” Ask: What patterns are we noticing? When did this start? Who is affected?
Example: Instead of blaming employees, you might discover that unclear communication or outdated tools are slowing things down.

2. Map the System

Identify all the elements that influence the work environment:
- Leadership style
- Team dynamics
- Workload distribution
- Tools and technology
- Policies and processes
- Employee well-being
Create a visual map (like a flowchart or mind map in Canva) to show how these factors connect.

3. Look for Feedback Loops

Reinforcing loops: Positive cycles that amplify results.
- Example: Good communication → higher trust → better collaboration → even better communication.
Balancing loops: Factors that stabilize the system.
- Example: High workload → stress → burnout → lower productivity → forces management to reduce workload.

4. Identify Leverage Points

Small changes that create big impact.
Example: Instead of hiring more staff immediately, improving workflow automation might reduce workload and stress across the team.

5. Think Long-Term

Avoid quick fixes that only solve symptoms.
Example: Offering overtime pay may temporarily boost output, but addressing workload balance and employee well-being creates sustainable productivity.

6. Foster a Culture of Systems Thinking

Encourage employees to see how their roles connect to the bigger picture.
Use team workshops to map challenges together.
Promote cross-department collaboration to break silos.

✅ Practical Example:
If your team struggles with missed deadlines, don’t just push for stricter deadlines. Use systems thinking to explore:

Are goals clearly communicated?
Do employees have the right tools?
Is workload evenly distributed?
Are there bottlenecks in approvals?
Is morale affecting motivation?

By addressing these interconnected factors, you’ll create a healthier, more productive work environment.

👉 Would you like me to design a Canva template (like a systems map or flowchart) that you can use with your team to visualize these workplace connections?

Systems Thinking for the Work Environment by Canva

Using Systems Thinking for Workload Management by Canva

Using Systems Thinking to Understand Employee Well-being by Canva

Tools and Resources Through a Systems Thinking Lens by Guðbjörg Eggertsdóttir

There are many aspects of the system:

Balancing processes

Great question! Let’s explore balance in systems thinking.

In systems thinking, balance refers to the way different parts of a system interact to maintain stability, adapt to change, and avoid collapse. It’s often described through feedback loops:

🔄 Two Key Types of Balance in Systems Thinking:

Balancing (Stabilizing) Loops
- These loops work to keep the system steady.
- Example: A thermostat in your home. When the temperature rises above the set point, the AC turns on to cool it down. When it drops too low, the heater kicks in.
- Purpose: Prevents extremes and maintains equilibrium.
Reinforcing (Amplifying) Loops
- These loops push the system in one direction, often leading to growth or decline.
- Example: Word-of-mouth marketing. The more people talk about a product, the more people buy it, which leads to even more people talking about it.
- Purpose: Drives change, but without balancing forces, it can lead to instability.

⚖️ Balance in Practice

Nature: Ecosystems balance predator and prey populations. Too many predators → prey declines → predators decline → prey recovers.
Organizations: Companies balance growth (reinforcing loop) with resources, employee well-being, and customer satisfaction (balancing loops).
Personal Life: Work-life balance is a system where energy, time, and health interact. Too much focus on one area can destabilize the whole system.

🌱 Why Balance Matters

Prevents burnout, collapse, or runaway growth.
Encourages resilience and adaptability.
Helps us see the whole picture instead of just fixing symptoms.

👉 Would you like me to create a visual diagram in Canva that shows how balancing and reinforcing loops work? It could make the concept much clearer!

Absolutely — systems thinking can be learned in really fun and engaging ways! It doesn’t have to be all theory and diagrams. Here are some creative and playful approaches you can try:

🎲 Games and Simulations

Ecosystem Jenga: Label Jenga blocks with parts of a system (e.g., “water supply,” “transport,” “education”). As you remove blocks, discuss how the system changes — it’s a great visual for interdependence.
Board Games: Games like Pandemic or Settlers of Catan naturally teach feedback loops, resource management, and collaboration.
Online Simulations: Try interactive tools like “Fishbanks” (a fisheries management game) or “The Beer Game” (a supply chain simulation).

🎨 Creative Exercises

Mind Mapping with Colors: Use Canva to create a colorful system map — connect causes, effects, and feedback loops visually.
Storytelling: Write a short story or comic where characters represent parts of a system (e.g., a city’s transportation network).
Metaphor Building: Compare a system to something familiar — like a garden, orchestra, or beehive — and explore how each part contributes to the whole.

🧩 Group Activities

Role-Playing: Assign roles in a system (e.g., teacher, student, policymaker) and simulate how decisions ripple through the system.
“Fix the Leak” Challenge: Present a problem (like traffic congestion or food waste) and have teams brainstorm interventions — then discuss unintended consequences.

💡 Everyday Practice

Systems Spotting: Pick a daily activity (like making coffee) and map out all the systems involved — supply chains, energy, waste, etc.
Feedback Journaling: Reflect on how your actions create feedback loops in your life — like how sleep affects productivity, which affects stress, which affects sleep again.

Would you like me to design a Canva activity sheet or visual guide for one of these fun systems thinking exercises?

For children

Presentation – Cute System Thinking by Guðbjörg Eggertsdóttir

Presentation – Mental Models in Leadership by Guðbjörg Eggertsdóttir

Presentation

Mental Model (your glasses)

The mental models are our deep beliefs and our attitudes. They shape how we perceive the world and influence our thoughts and actions. These models can be both conscious and unconscious, formed through our experiences and interactions with others.

One important aspect of mental models is that they can either limit or enhance our potential. If we hold limiting beliefs, such as “I’m not good enough” or “I’ll never succeed,” we are likely to sabotage our own growth and miss out on opportunities. On the other hand, if we cultivate empowering mental models, like “I am capable of learning and improving,” we can unlock our full potential and achieve greater success.

To develop a growth mindset and expand our mental models, it’s crucial to challenge our existing beliefs and be open to new perspectives. This involves seeking out diverse viewpoints, engaging in critical thinking, and actively questioning our assumptions. By continually refining and expanding our mental models, we can adapt to change, overcome challenges, and embrace personal growth.

In conclusion, our mental models play a significant role in shaping our thoughts, behaviours, and ultimately, our lives. By consciously examining and expanding our beliefs and attitudes, we can cultivate a more empowering mindset and unlock our full potential for personal and professional success. So, let us strive to challenge and refine our mental models regularly, embracing new ideas and perspectives along the way.

The 7 hats are important here.

Shutterstock

Cases

When we analyze patterns of behaviour we can use the systems thinking, for instance when we have fluctuation in sale. This approach allows us to understand how various components within a system interact and influence each other. By considering the interconnectedness of different factors, we can gain insight into why certain patterns emerge and how they can be better managed.

In the case of fluctuation in sales, systems thinking encourages us to look beyond individual sales figures and consider the broader context. Factors like market trends, customer preferences, and economic conditions all play a role in shaping sales patterns. By zooming out and examining the interplay between these variables, we can identify underlying causes and develop effective strategies to address them.

Moreover, systems thinking emphasizes the importance of feedback loops and feedback mechanisms. Understanding how feedback loops operate within a system helps us identify reinforcing or balancing processes that can amplify or dampen sales fluctuations. By leveraging these feedback mechanisms, organizations can proactively respond to changing circumstances and minimize the impact of sales fluctuations.

In conclusion, applying systems thinking to analyze patterns of behavior, including fluctuation in sales, provides a holistic perspective that goes beyond surface-level observations. By considering the interconnectedness of various factors, understanding feedback loops, and analyzing the broader context, organizations can gain valuable insights and make informed decisions that lead to improved performance and adaptability.

Mental Models

Presentation – Mental Models in Leadership by Guðbjörg Eggertsdóttir

Team Learning and shared Vision

Presentation – Connecting Visions by Guðbjörg Eggertsdóttir

Presentation – Team Learning Essentials by Guðbjörg Eggertsdóttir

Presentation – Team Learning: The Heart by Guðbjörg Eggertsdóttir

Team learning is also an important concept in systems thinking. It emphasizes the collective learning process within a team, where members actively share knowledge, experiences, and insights. Collaboration and effective communication play key roles in team learning, as it encourages dialogue and the exchange of diverse perspectives. This fosters a dynamic learning environment that promotes innovation and problem-solving.

Furthermore, team learning enables the development of shared mental models, which are essential for effective collaboration and coordinated decision-making. By collectively understanding the underlying concepts, assumptions, and frameworks, team members can align their thinking and actions, leading to more coherent and integrated solutions. The shared mental models enhance team performance and enable them to navigate complex and uncertain situations successfully.

In addition, team learning facilitates continuous improvement and adaptation. As teams consistently learn from their experiences, they gain the ability to detect patterns, identify areas for growth, and adjust their strategies accordingly. This ongoing learning cycle enables teams to respond agilely to changes and challenges, enhancing their resilience and overall effectiveness. Ultimately, team learning not only benefits individual members but also strengthens the collective capacity of the team as a whole. Through shared learning, teams can achieve higher levels of innovation, problem-solving, and performance.

Storytelling

Storytelling in Systems Thinking. Systems thinking is a powerful approach that helps us understand complex interactions and interdependencies. By viewing the world as a series of interconnected systems, we can better grasp the dynamics at play and uncover hidden patterns. In this regard, storytelling becomes a crucial tool in systems thinking. It allows us to communicate complex ideas, make connections, and illuminate the cause-and-effect relationships that shape our world.

In the context of systems thinking, storytelling takes on a unique role. It allows us to go beyond facts and figures, beyond the abstract concepts, and place them within a relatable narrative. By weaving a story around these intricate systems, we can engage our audience, making the complexity more accessible and easier to grasp. Through storytelling, we can create a shared understanding of the system’s behavior and its potential consequences.

Moreover, storytelling in systems thinking fosters empathy and fosters a deeper connection between people and the systems they inhabit. It helps us see how our actions, decisions, and perspectives impact the larger system and the people within it. By sharing stories, we can promote collaboration, encourage systemic thinking, and inspire change towards more sustainable and resilient solutions.

In conclusion, storytelling is an essential tool in systems thinking. It allows us to delve into complex systems, making them understandable and relatable. By leveraging the power of narrative, we can communicate ideas, foster empathy, and ignite the collective action needed to address the challenges of our interconnected world.

Summary

Systems thinking is a powerful tool for problem-solving and decision-making. It allows us to view complex situations as interconnected systems, understanding the relationships and feedback loops at play. By recognizing patterns and understanding how various elements influence each other, we can devise effective strategies to address challenges.

One key strategy is holistic thinking, where we consider the system as a whole rather than focusing on individual components. This helps us to see the bigger picture and identify the underlying causes of issues, enabling us to make informed decisions. Another important strategy is feedback analysis, where we analyze the feedback loops within the system to understand the cause-and-effect relationships that drive behaviour.

Furthermore, a strategy known as leverage points can be useful in systems thinking. Leverage points are areas within the system where interventions can have the most significant impact. By identifying these points, we can prioritize our efforts and allocate resources effectively.

In conclusion, strategies for systems thinking involve adopting a holistic perspective, analyzing feedback loops, and identifying leverage points. By mastering these techniques, we can improve our problem-solving abilities and navigate complex systems with confidence.

System Dynamics

Systems dynamics is a field that studies the behavior of complex systems over time, examining how different components interact and influence each other. It integrates concepts from various disciplines like physics, engineering, and social sciences to understand the dynamic nature of interconnected systems.

In this context, it is essential to consider feedback loops, as they play a crucial role in system dynamics. Feedback loops can either be reinforcing, causing exponential growth or decline, or balancing, leading to stabilization within the system. By modelling these feedback processes, system dynamics helps identify potential risks, optimize performance, and suggest strategies for managing complex systems effectively.

Furthermore, system dynamics is not limited to the study of physical systems but also extends to social systems. It can be applied to analyze economic systems, environmental systems, and even public health systems, providing valuable insights into the interdependencies and behaviour of these complex entities.

Through the lens of system dynamics, we gain a more comprehensive understanding of how systems change and evolve over time. By incorporating the principles of feedback and interconnectivity, system dynamics offers a powerful framework for studying and managing complex systems in various domains.

The Big Picture and finer details

How to use the Systems Thinking with process mapping. Systems Thinking is a holistic approach that emphasizes understanding the interconnectedness of different parts within a system. By applying this concept to process mapping, you can gain valuable insights into how different steps, variables, and stakeholders interact to achieve a desired outcome. This helps in identifying inefficiencies, bottlenecks, and opportunities for improvement. Process mapping, on the other hand, is a visual tool that allows you to represent a process from start to finish, highlighting the inputs, outputs, and the flow of activities. It helps in enhancing clarity, identifying redundancies, and streamlining procedures.

Combining Systems Thinking with process mapping allows you to take a comprehensive view of a process, capturing both the big picture and the finer details. This enables you to identify the underlying dynamics, feedback loops, and interdependencies that impact the effectiveness and efficiency of the process. By understanding the systems at play, you can design interventions that address the root causes, rather than just treating the symptoms. This approach can lead to more sustainable and impactful improvements.

Utilizing Systems Thinking with process mapping can also facilitate better communication and collaboration among different stakeholders. Visualizing the process and its interconnections can help in aligning expectations, identifying shared goals, and fostering a systems mindset among individuals involved.

This promotes a more holistic understanding of the process and encourages collaboration in finding innovative solutions. In conclusion, integrating Systems Thinking with process mapping provides a powerful framework for analyzing and managing complex processes. It enhances our ability to identify systemic issues, optimize the process flow, and achieve sustainable improvements. By taking a systems perspective, we can navigate the intricacies of the process landscape and work towards more effective outcomes.

Problem-Solving Through Systems Thinking: How To Apply Systems Thinking To Tackle Pressing Issues And Unfold A Clear Solution In A Highly Interconnected … The Labyrinth Of Decision Complexity) Kindle Edition

by Wisdom University

This ONE understated thinking style can help you rewrite your personal and professional life’s rules.

In her role as a senior manager at a regional health organization, Amy encountered a daunting challenge: the community’s prevalent drug addiction issue.

Her initial response was straightforward: develop campaign materials to convince individuals to say no to drugs and create support groups to encourage them to quit.

But the longer she worked on it, the more she learned the complexities of this seemingly stubborn problem.

Amy recognized that the issue wasn’t solely about individual choices but interconnected factors—social, cultural, economic, political, and so on.

Amy discovered systems thinking.

In a 2009 study on Global Health Promotion, researchers asserted that systems thinking can make health projects stronger and have a longer-lasting impact.

“Elaborating on Systems Thinking in Health Promotion Practice” showed how this thinking style requires the participation of all stakeholders at each phase of the program, producing sustainable learnings and innovations.

Armed with this understanding, Amy integrated multiple but interlinked solutions into her plan.

Aside from ads and support groups, she also led partnerships with pharmaceutical companies, volunteer groups, local councils, and lobbyists.

Along the way, not only did the relapse cases decline, but each stakeholder learned from one another’s expertise and changed the ways they ran their own organizations.

Amy’s and the involved organizations’ experiences encapsulate the transformative power of systems thinking.

And it’s experience you can gain too.

Imagine addressing issues not just on the surface level but also understanding their roots and connections.

Through this book, you’ll learn to strategize solutions that influence the entire system.

Whether you’re in a managerial role like Amy or navigating personal challenges, this guide illuminates the path to holistic problem-solving and a new way of perceiving the world.

Here’s a sneak peek into what’s waiting within the pages of this book:

The simple yet overlooked rules governing systemic interactions (key to predicting micro and macro impacts, transforming how you approach problem-solving)
How a mysterious phenomenon shattered agricultural systems worldwide… (unveil the different factors of cause-and-effect scenarios to prevent disasters in your world)
Why recognizing the eight-level hierarchy is crucial for deconstructing system dynamics and how it reshapes your approach to organizational problems, unlocking strategies that will truly address the crux of the matter
The three simple questions to analyze systemic issues and aid in decision-making even if you’re new to systems thinking
Ten strategies to navigate complex systems and steer clear of common pitfalls
How to differentiate between asking for help and being dependent while balancing old wisdom with new solutions
How negative feedback can actually influence and bolster system stability
How to sharpen your organizational skill set and embrace strategic thinking for real-world solutions (practical exercises to apply systems thinking, transforming how you tackle challenges)

… and much, much more!

This book isn’t just about systems thinking; it’s a guide designed to empower you, free from the pitfalls of complex jargon and outdated examples.

You’ll discover the leverage points for change and gain practical tools to navigate the complex systems shaping our lives.

It’s a handbook for living, offering applicable wisdom that transcends time, inviting you to understand and influence the world around you.

Amazon

The Systems Thinker – Dynamic Systems: Make Better Decisions and Find Lasting Solutions Using Scientific Analysis. (The Systems Thinker Series Book 5) Kindle Edition

by Albert Rutherford (Author)

Chaos and unpredictability dominate our world- affecting even the smallest of events. We often cannot predict how seemingly insignificant actions will alter our lives. This may lead us into rash decisions driven by the urge to regain control and quickly fix problems. But poorly considered decisions often create more problems for us than they solve.

If you can’t fight something, get to know it and use it to your advantage.

This book is a primer on nonlinear system dynamics and chaos; how these forces shape our world and how to overcome their adverse effects. Reading this book will teach you to prepare for unpredictable events, and give you the tools to navigate the challenges of a chaotic world.

The Systems Thinker – Dynamic Systems sheds light on why sometimes life sometimes unfolds counterintuitively to expectations, how small changes can lead to tremendously big ones over time.
– Learn the difference between linear and nonlinear systems and their effect on your life.
– Deepen your knowledge about the additivity and homogeneity principle.
– How to use synergy and interference in real life?
– What are feedback loops and how can they generate equilibrium?

Get introduced to the world of chaos.
– Detailed introduction to chaos theory and the butterfly effect.
– Learn the importance of exponentials, power laws, long-tail distribution, phase transitions, bifurcation, and strange attractors. – Discover the world of fractals.

Learn about the Raleigh-Benard instability, Metcalf’s Law, Edward Lorenz’s discovery of the Butterfly Effect, Benoit Mandelbrot’s concept of fractals, the Koch snowflake and others. Incorporate the concept of chaos and unpredictability into your life to –counterintuitively – find more peace and predictability.

Amazon

Got it! You’re looking to create a workshop on systems thinking. That’s a fantastic idea—systems thinking helps people see the bigger picture, understand interconnections, and solve problems more effectively. Let me outline a possible workshop structure for you:

Workshop Plan: Introduction to Systems Thinking

Duration: 2–3 hours (can be adjusted)
Audience: Professionals, students, or teams who want to improve problem-solving and strategic thinking

1. Welcome & Icebreaker (15 min)

Quick activity: Ask participants to think of a “system” they interact with daily (e.g., traffic, workplace, family, ecosystem).
Share examples to highlight how systems are everywhere.

2. What is Systems Thinking? (20 min)

Short presentation with visuals:
- Definition of systems thinking
- Key principles: interconnections, feedback loops, delays, leverage points
Use simple examples (e.g., how planting trees affects climate, economy, and community).

3. Interactive Activity: The Iceberg Model (30 min)

Introduce the Iceberg Model: Events → Patterns → Structures → Mental Models.
Group exercise: Pick a real-world issue (e.g., workplace stress, climate change, customer complaints).
Have participants map it using the iceberg framework.

4. Systems Mapping (45 min)

Teach participants how to create a causal loop diagram.
Small group activity: Choose a problem (e.g., declining employee engagement, urban traffic).
Map out causes, effects, and feedback loops.
Discuss insights: Where are the leverage points?

5. Case Study Discussion (30 min)

Present a case study (e.g., how a company improved sustainability using systems thinking).
Group discussion: What worked? What could be applied to their own context?

6. Reflection & Application (20 min)

Ask participants:
- How can I apply systems thinking in my work/life?
- What’s one system I want to analyze further?
Encourage journaling or sharing in pairs.

7. Wrap-Up & Next Steps (10 min)

Summarize key takeaways.
Provide resources (books, articles, tools).
Optional: Assign a follow-up challenge (e.g., map a system in their workplace).

✨ Materials Needed:

Whiteboard or flipcharts
Sticky notes & markers
Handouts of iceberg model & causal loop diagram templates
Projector for slides

Would you like me to also design a Canva workshop presentation template for this, with slides for each section (icebreaker, iceberg model, systems mapping, etc.)? That way, you’d have a ready-to-use visual deck.

Canva

Presentation – Ripple Mapping: Visualizing Impact by Guðbjörg Eggertsdóttir

For the team

https://www.canva.com/design/DAG3GZkJbDQ/TfmUQZwlaOo8pwRfMnje-A/view