Systems Thinking is a way of thinking that connects everything! The air we breathe, the water we drink, the soil we walk on, the buildings we live in, the objects we use are all part of a connected universe, and they all interact with each other. Nature is an ever-evolving series of inter related systems, and humans interact with nature’s systems. Exploring and understanding nature’s systems leads us to think about the complexity of the universe and interact with environmental, economic, political, and cultural systems across regions and the world. With systems thinking, we can address a subject’s history and current condition, draw out maps, and observe patterns. This way of thinking connects diverse approaches to broader understandings and leads to tomorrow’s strategic solutions. Whether we address climate change, urban landscapes, or even today’s food problems, systems thinking can provide new insights and inspire great changes!!
Think across boundaries!
Activity 1 things exist in systems
“When we try to pick out anything by itself, we find it hitched to everything else in the universe.“ John Muir< Founder Sierra Club
We understand ‘things’. We grow up learning nouns to name the things we know. We have things. Some things are in us (in our bodies); some things are outside of us (other people, the sun, the moon and the planets); some things we acquire (our stuff); some things exist in history (the Great Wall of China and the pyramids that still exist); some things are a part of nature (forests, rivers, lakes, mountains, and clouds). Everything you know, in yourself, in nature, and in our human constructed world, exists as part of a system.
A system is a set of interrelated parts that make a unified whole. Instead of a linear chain linking one thing to the next, a system is a networked field of things. Starting with yourself, map your network of family, friends, teachers, and other people you know. You can even put question marks for people whom you do not yet know, but may meet in the future. You can design your human network on paper, or use text2mindmap to create your network.
When you have completed your human network, explore “Six Degrees of Separation” and learn how, through your network of friends, family members, and acquaintances, you are connected to everyone - to all people on planet Earth!
Activity 2 parts to whole
Systems are made up of interconnected parts. For example, our body has systems – nervous, circulatory, skeletal, digestive, respiratory, etc., that all work together to keep us alive. We can study each system individually to understand its parts and how they function; but in fact it is all of the systems working together that keep us alive. When we look at any appliance in our house, we realize it is an object full of separate parts, and when all parts are working properly it functions well. Architects understood this in the design of buildings in the classical language of architecture. A change in one small part of a building or façade would have a domino effect around and through the building. By shifting focus from parts to the whole, we can better see connections between different elements. In this activity, think of your school as a system and list as many of its parts as you can. Consider the human components as well as the objects that make up your school. Would your school system exist or work if one or more parts were removed? Come up with some other questions to ask about your school system. Try this Systems Questionaire or take a look at different kinds of questions. Is something missing that, in your opinion, should be in you school? You can use a cluster web or word webs to show the parts of your school system.
Activity 3 relationships to other systems
Systems connect to and interrelate with other systems to exist. For example, individual things—like plants, people, cities, cultures and economies—are themselves systems that cannot be understood in separation from the other systems in which they exist. The water system is an excellent example of the interrelatedness of systems. As a system it connects to and is influenced by weather, topography, climate change, and human activities. Your school system is interrelated with many additional systems. For example, it is one system within a larger educational system that includes pre-schools, middle schools, high schools, as well as colleges and universities. Whether students walk, bike, or ride to school, they depend upon a transportation system that connects their homes with the school and the larger community. Take a look at My School as a Subsystem. Use a cluster web to show several systems that interrelate with your school system, or use a Google Scribble Map to show the actual locations of the systems that connect your school with the world. How far afield does your map take you?
Activity 4 systems as Dynamic Networks
Once you can see connections between systems, you can start looking for patterns of movement or relationships between them. Systems are part of a dynamic network. A systems approach opens and reveals the interconnected complexity of our world. For all systems are in relationship with other systems. For instance, rain is a system that waters our plants and introduces humidity into our air. How and when rain forms depends upon a complex interplay of events, including air movement, temperature, particulate matter in the air, our climate, and day and night changes in the temperature of land, buildings, and bodies of water. Think of a system that you know. Write it on a piece of paper. Now think of the things that interact with your system, influence your system, and can alter your system. Do they all influence your system equally? Probably not. Some influences are stronger than others. Try mapping your system and systems connections using Connection Circles.
Activity 5 systems connect with change
Living systems develop and evolve. Understanding these systems requires a shift in focus from structure to processes such as evolution, renewal, and change. Shifting focus from the parts to the whole and from things to networks shifts us from analytical thinking to active, contextual thinking. In other words, instead of just knowing that things exist, we begin to comprehend their interactions. This is similar to understanding that design is a thing. But design is also a process and a series of interconnected activities. Consider the context within which a designed object comes to exist and function. Take a picture of one object such as a mug, a chair, a bed, or a car. Print your picture on a piece of paper. Add all of the verbs describing activities that go into the process of conceiving, creating, and using your object. These activities are worthy of your study as they lead to new ways of thinking about and designing things.
Activity 6 relationships and patterns
Activity 7 habits of a systems thinker
Systems thinking opens up new ways of considering things, objects, systems and environments. To become a system thinker is to continually exercise thinking about relationships, parts to whole,. Take a look at Habits of Systems Thinkers and make a chart over a week of how many times you think like a systems thinker! List examples. Make systems thinking a daily practice!
Systems Thinking is a complex way of learning through memorizing formulas.
Understanding interactions between systems and their consequences, can create innovative solutions.
Understanding Nature’s Systems helps us understand Social Systems.
Systems Thinking does not allow us to solve world’s next generation’s problems.
Systems Thinking lets us look at subjects through all 9 scales and encourages us to think in terms of relationships, connectedness, and context.
- Scales of the Universe (Takes time to Load but worth it)
- TEDxEast - Bjarke Ingels - Hedonistic Sustainability
- MacArthur Foundation Changing Living Systems to a Circular Economy
- World Resources Institute Eco System Service Approach for Public Sector
- EPA Climate Change Impact on Eco Systems
- Ecological Literacy: Fritjof Capra Video 1
- McDonough: Being Less Bad is Not Good Enough
- Waters Foundation: Systems Thinking
- Systems Thinking in Action STiA
- The Iceberg Model Video
- Seven Principles to Guide A Resilient Approach
- Learning From Leonardo, Fritjof Capra
- Skateboard Assembly&Testing (REMS)
- Meal Picking (REMS)
- Radio: Apporee Sound Posts From Around the World
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