How to Explain Systems Change to a 13-Year-Old

How to Explain Systems Change to a 13-Year-Old

Innovation requires bringing people and ideas together. But sometimes the way we communicate about our work can get in the way of collaboration. Systems Change Explained:

Eilidh is 13-year-old burgeoning expert in systems change. Just ask her.

“A system is anything organized for a purpose—kind of like my school,” she said. “And a systems map is a visual of how things are connected and work together. We can use it to understand and improve that set of things, which can improve people’s lives.”

“A system is anything organized for a purpose—kind of like my school.”

Full disclosure: Eilidh didn’t develop this definition completely by herself. She and her classmates spent about an hour last week working with 60 leaders in innovation—listening, learning and asking questions about the value of innovative tools like systems mapping. Systems Change Explained

The occasion was the “Building Innovation Into Social Impact Work” convening in Rome. Sponsored by The Rockefeller Foundation, the convening brought together 60 leaders in innovation to discuss innovation tools, how they can be applied and how they need to be refined.

The tools under discussion—systems mapping, horizon scanning, scenario planning, social innovation labs, and others—hold the powerful potential to help us look at problems in new ways and identify opportunities for innovation. They can also sound a little intimidating.

That can have real consequences for our ability to create impact. The backbone of innovation is collaboration: To find innovative solutions, we need to bring people and ideas together, often in unexpected ways.

To change systems, we have to work with governments, the private sector, and academia. If we want to collaborate productively with these partners, we have to communicate clearly about the innovative process.

“The backbone of innovation is collaboration: To find innovative solutions, we need to bring people and ideas together, often in unexpected ways.”

So one of our first tasks in Rome was to explain how innovation tools work—using plain language. As a thought exercise, the workshop facilitators asked us how we would explain each tool to an adolescent. A moment later, Eilidh and her classmates walked in, and we realized they meant the exercise quite literally.

We split up into diverse teams that included philanthropists, government donors, social entrepreneurs, engineers, designers—and children like Eilidh. Our team volunteered to explain the idea of systems mapping and Systems Change Explained.

As we began to describe what a system is, Eilidh quickly compared it to the way her school works. Using that analogy, the abstract idea of systems maps became much more concrete. We discussed the people who influence her “system”—parents, teachers, principals, and other students.

She talked about the issues within the system that she’d like to address—physical activity time, school day length, and the curriculum. And we mapped out her school “system” on a whiteboard, noting how different elements of the school affect each other and where someone would have to start if they wanted to change it.

While the language we use to describe tools like systems mapping can be complex, the ideas were straightforward for Eilidh. For example, she called out the parts of the system that were sensitive to others—more physical education time could mean less English instruction.

She noted the parts of the system that were rigid—her International Baccalaureate program is highly structured and puts constraints on the rest of the curriculum.

And she noted the power dynamics between actors. “Parents have power because we’re their kids. The teachers have power because we’re their students,” she said. “But students don’t have much of a say.”

Other experts at the workshop faced the task of crafting adolescent-friendly descriptions of similarly daunting tools—rapid prototyping, design thinking, accelerators, and incubators. Most found that the exercise wasn’t just child’s play. It helped us communicate with each other more clearly—and that’s the first step to collaboration.

 

When we shared lessons learned, a few actionable ideas rose to the top:

1. Break abstract ideas down into actions. It’s often easier to understand a tool if we describe how it works, rather than what it is. We believe innovation is deliberate practice, so it follows that we should articulate the actions that make up that practice.

Use concrete examples. Most social innovation tools are forged through experience—iteration, collaboration, and revision. So we shouldn’t hesitate to use specific examples to help bring their value to life.

2. Beware of double meanings & assumptions. The terms we use to describe tools can have different meanings to people from different backgrounds. A “system map” can have slightly different qualities to a designer than it does to a social entrepreneur.

When collaborating with partners, we shouldn’t assume that everyone embraces the same definition of key ideas.

3. After the exercise, Eilidh and her classmates went back to school (for their teacher’s sake, we hope none were too inspired to “disrupt systems” right away). But they helped us realize an important lesson: collaboration and clear communication go hand in hand—and we have to be deliberate about both.

Systems Change Explained Kippy Joseph

 

Kippy Joseph, former Associated Director at Rockefeller Foundation

The Rockefeller Foundation, [1998-2013]. All rights reserved. Originally Published on https://www.rockefellerfoundation.org/blog

Top 10: systems thinking skills to cultivate in uncertain & tumultuous times

The discipline of systems thinking is more than just a collection of tools and methods – it’s also an underlying philosophy.

Many beginners are attracted to the tools, such as causal loop diagrams and management flight simulators, in hopes that these tools will help them deal with persistent business problems. But systems thinking is also a sensitivity to the circular nature of the world we live in; an awareness of the role of structure in creating the conditions we face; a recognition that there are powerful laws of systems operating that we are unaware of; a realization that there are consequences to our actions that we are oblivious to.

In general, the systems thinking perspective requires curiosity, clarity, compassion, choice, and courage. This approach includes the willingness to see a situation more fully, to recognize that we are interrelated. 

Ask yourself, how can I analyze the situation all of us are facing in order to have a better impact in my society?  Here we compile 10 recommendations by Dr Elizabeth Sawin, Co-Founder of Climate Interactive. 

 

1. Multisolving.

Do not sub-estimate any effort, any donation, claim, or a petition signed is important now more than ever:

How can my one action accomplish multiple goals? Micro: a donation to the local food pantry helps feed my community now and strengths our civic infrastructure for the future. Macro: a green stimulus could fight inequity, climate change & economic shocks.

2. Repurposing.

How can the structures we’ve built contribute to well-being now, under changed circumstances?

While students are at home, the school bus delivers lunch to the school bus stops throughout town. Unemployment system reshaped to also include freelancers. Also: Hotels used quarantine centers. Production lines retooled to make ventilators. Distilleries making hand sanitizer.

We are witnessing now collective efforts that confirm the power of our human creativity.

3. Visioning.

What do I really want to see in my life, my town, the world?

Daring to picture that in vivid detail even while having no idea how to get there. Without these visions, what are you multisolving or repurposing for?

Envisioning a renewed life fitting into a new world is key to guide your efforts. 

4. Orienting by ethics.

The practice of navigating by a moral compass. Ethics are ‘rules for what works’ in complex systems. You are unique and precious and so is every other being. No one is safe until everyone is safe. Equity is not optional.

In this time of uncertainty and systems change, guide your decisions by my human values.

5. Balancing.

Keeping steady. Self-regulation at all scales. Am I tired, hungry, afraid, been online too long? Is my community over-focused on the short-term?

Attending to any parameter (number of laid off workers comes to mind or annual GHG emissions) blasting out of control.

6. Growing.

Tapping the power of reinforcing feedback. Taking ideas and innovations to scale. Stories, possibilities and examples (and also warnings and lessons learned) spreading, by word of mouth, at the speed of zoom.

7. Action-learning.

Up against problems that are also growing exponentially, delay is the enemy. Acting, even if you don’t know everything (or even very much) is preferable to paralysis or ‘wait and see’. But act humbly, knowing that you don’t know nearly everything, and embracing and sharing your mistakes. Design the learning loop (the after action review) into everything.

8. Truth-telling.

You can’t navigate one crisis, let alone multiple intersecting ones with a distorted information stream. Accurate timely data (both numerical and qualitative) are needed more than ever. And pay attention to who tells the stories and what (and who) they include. These times call for deep reflection and honest sharing and allegiance to leaders who do the same, and who thus will not look certain, or ‘strong’ by the standards of the recent past.

9. Cultivating coherence.

the property where across scales and domains the same set of organizing principles are applied. This allows for improvisation and spreading of innovation. And those shared organizing principles come from #3 and #4 vision and ethics.

10. Connecting.

Tapping the power of emergence, where new connections lead to the emergence of new patterns of behavior in systems. A super-power on this list because it amplifies all the others.

Dr. Elizabeth Sawin

Co-founder co-director @climateinteract

Multisolving for people and climate.