Cense

Innovation to Impact

Mind Maps For Complex Projects

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A mind map is a powerful, simple organizing tool that features a lot of information on a single page. We use mind maps and other visual tools to communicate relationships between ideas, people, project components and topics with our clients and partners. We present a short introduction to how and why you might want to use mind maps in your work.

A mind map is a visual representation of a project that links actors and actions together. This article focuses on using mind maps, not creating them.

Below is an example from software provider Lucidspark (which is a tool for creating mindmaps) that illustrates what a mind map is and how it can connect ideas and actions together.

Visualizing our Relationships

A search of Google (or any other search engine) will find thousands of visual examples of what a mind map is. There are few ‘essentials’ for mind mapping, which is among its most attractive features.

A complex project is one where there are many things happening at the same time, at different time scales, and involving many interdependencies and actors. That’s just a way of saying: there’s a lot going on.

It doesn’t matter how you organize your mind map only that it is useful. That means it provides information that you can make decisions with and act on. If it does that, it’s a good mind map.

Once we have that in place, the mind map allows us to examine the relationships between the nodes and topics to assess their fit. The expression ‘getting on the same page‘ reflects an ability for all of those looking at the document to have a similar representation of what’s on that page. The mind map allows us to verify relationships between entities, determine gaps or inaccuracies, and explore different ways of connecting things together.

There may not be a single ‘master’ map that is better than all, but there may be a map that is more useful than others.

How to Use Mind Maps

When we use this with clients and partners on projects we aim for the following:

  • To examine the assumptions involved in the project
  • To explore alternative relationships of fit and see if the map is the best representation of what we are looking at
  • To guide the project and keep the topics on track
  • To provide a building block for connecting ideas together (in ways that weren’t done previously)
  • To map out a system of relationships
  • To use colour and visuals to surface feelings, thoughts, and other emotional aspects of the project that might influence the strategy or outcomes

By creating a visual representation we see the whole project and the relationship context. Relationships are the key in any complex system. When we visualize these relationships it allows us to see how the actions in one relationship can affect others. Visual maps can aid us in anticipating possible effects.

(Note: We don’t use the term ‘unintended effects’ – just effects because in complex systems it’s too hard to predict cause and effect with any degree of accuracy).

We continually refer back to our maps to help ensure we are accounting for all relationships of importance throughout the project and not just those that have the most amount of activity within them. It’s incredibly difficult to track this in our heads or in something like a spreadsheet or text document.

Mind maps can be great tools to visualize a lot of information and get you and your collaborators on the same page when it comes to understanding what is going on in a complex system and program. Try it out — they are easy to create and simple to use.

If you want to use this approach to visualizing your programs and using this to help you innovate, contact us – we’d love to hear from you.

After-Action Review: Learning Together Through Complexity

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Complexity science is the study of how systems behave when under conditions of high dynamism (change) and instability due to the number, sequencing, and organization of actors, relationships, and outcomes. Complex systems pose difficulty drawing clear lessons because the relationship between causes and consequences are rarely straightforward. To illustrate, consider how having one child provides only loose guidance on how to parent a second, third or fourth child: there’s no template.

An After-Action Review is one such way to learn from actions you take in a complex system to help shape what you do in the future and provide guidance on what steps should be taken next.

The After-Action Review (AAR) is a method of sensemaking and supporting organizational learning through shared narratives and group reflection once an action has been taken on a specific project aimed at producing a particular outcome — regardless of what happened. The method has been widely used in the US Military and has since been applied to many sectors. Too often our retrospective reviews happen only when things fail, but through examining any outcome we can better learn what works, when, how, and when our efforts produce certain outcomes.

Here’s what it is and how to use it.

Learning Together

An AAR is a social process aimed at illuminating causal connections between actions and outcomes. It is not about developing best practice, rather it is to create a shared narrative of a process from many different perspectives. It recognizes that we may engage in a shared event, but our experience and perceptions of that event might be different and within these differences lie the foundation for learning.

To do this well, you will need to have a facilitator and a note-taker. This also must be done in an environment that allows individuals to speak freely, frankly, and without any fear of negative reprisals — which is a culture that must be cultivated early and ahead of time. The aim isn’t to point blame, but to learn. The facilitator can be within the team or outside the team. The US Military has a process where the teams undertake their own self-facilitated AAR’s.

To begin, gather those individuals directly involved in a project together in close proximity to the ‘end’ (e.g., launch, delivery of the product, etc..). As a group, reflect on the following three question sets:

  1. The Objectives & Outcomes:
    • What was supposed to happen?
    • What actually happened?
    • Practice Notes: Notice whether there were discrepancies between perceptions of the objective in the first place and where there are differences in what people pay attention to, what value they ascribe to that activity (see below), and how events were sequenced.
  2. Positive, Negative, and Neutral Events:
    • What created benefit / what ‘worked’ ?
    • What created problems / what ‘didn’t ‘work’?
    • Practice notes: The reason for putting ‘work’ in quotes is that there may not be a clear line between the activities and outcomes or a pre-determined sense of what is expected and to what degree, particularly with innovations where there isn’t a best practice or benchmark. Note how people may differ on their view of what a success or failure might be.
  3. Future Steps:
    • What might we do next time?
    • Practice notes: This is where a good note-taker is helpful as it allows you to record what happens in the discussion and recommendations. The process should end with a commitment to bringing these lessons together to inform strategic actions going forward next time something similar is undertaken.

Implementing the Method

Building AAR’s into your organization will help foster a culture of learning if done with care, respect and a commitment to non-judgemental hearing and accepting of what is discussed in these gatherings.

The length of an AAR can be anywhere from a half-hour to a full-day (or more) depending on the topic, context, and scale of the project.

An AAR is something that is to be done without a preconceived assessment of what the outcome of the event is. This means suspending the judgement about whether the outcome was a ‘success’ or ‘failure’ until after the AAR is completed. What often happens is successes and ‘wins’ are found in even the most difficult situations while areas of improvement or threats can be uncovered even when everything appeared to work (see the NASA case studies with the Challenger and Columbia space shuttle disasters).

Implementing an AAR every time your team does something significant as part of its operations can help you create a culture of learning and trust in your organization and draw out far more value from your innovation if you implement this regularly.

If your team is looking to improve its learning and create more value from your innovation investments, contact us and we can support you in building AAR’s into your organization and learn more from complexity.

Simple Systems Scoping

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Systems thinking done broadly allows us to take into consideration the various factors — structures, activities, relationships, interconnections — that can influence our organization, market, and domain of inquiry.

One of the fundamental qualities of systems is that they have boundaries. For example, when we consider an organization as a system we need to place boundaries on that organization such as who to include (e.g., all employees? full-time vs part-time? paid staff vs volunteers? settings or sites? etc..). There is no correct choice, just a useful one. Your boundary choices are to reflect what you are seeking to understand and how you’re seeking to act.

But how do you tell? We share with you a remarkably simple, but powerful way to scope your systems and determine if you have set the right boundaries.

Two Criteria

If you set your boundaries of inclusion in the system and find that you are lost and struggling to identify, map, or monitor the various interconnections, actors, actions, and outcomes within a system because there is too much to focus on then that is a sign you have bounded your system too loosely.

If you’re continuously finding yourself trying to explain what happened in the system by things outside of the boundaries, then you have bounded your system too tightly.

That’s it.

It may take some experimentation to get your boundaries right, however these two criteria can tell you if you’re on the right track or not.

Systems-informed strategy, mapping, and evaluation can be complicated, but understanding the boundaries does not have to be. This simple strategy has consistently allowed organizations to focus on what matters and avoid getting lost. The key is to make sure you have the ‘just right’ amount of detail and focus to allow you to make a meaningful sense of things and guide your action.

If you want help implementing a systems strategy for innovation and change in your organization or network, contact us.

Acting in Complex Times

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The complexities and complications of circumstances tied to the COVID-19 pandemic represent a hyper-exaggerated version of situations organizations find themselves in moments of disruption due to economic, social, and technological shifts. It is a moment of innovation.

What makes the current situation distinct is that the issues are global. Usually we have safe refuge in a new market, region, or setting, but now we don’t. How can we develop or implement strategy when things are continually changing for us and our partners, suppliers, and customers or clients?

Smallest Visible Systems (SVS)

Systems thinking helps us to understand how things are connected and structured, while complexity science can help us appreciate the challenges associated with how to understand the nature of the problems that present themselves. What both can teach us is that in times that are truly unprecedented in their complexity and scope it can be difficult to know what to do and how to act.

The temptation with systems approaches to strategy is to look at the whole system, but that is dependent upon whether we can see the boundaries of the system to help us understand the range of activities we need to consider in developing a model to guide us.

  1. Coherence is what we are seeking. In order to achieve coherence, we need to take some kind of action (often called a probe) and then see what that does. This helps us to examine how the system is behaving and how an action generates reactions and where (or whether) coherence forms. Coherence is basically a way of saying that things go together with some manner of alignment where
  2. Seeing or creating coherence is about meaning and meaning is context-dependent. What is meaningful for us depends on our circumstances, but it also provides us with a means to focus our attention amid the various signals we’re getting. Various patterns, relationships, interconnections and signals that we see that align together and create something meaningful are coherent.
  3. Coherence also provides us with a language to communicate. When you observe coherence it begins to create a language you can use to communicate to others about what you’re seeing. When we look at what is happening at a societal level, its difficult to find what coherent narratives are actionable. At a smaller level, we might find them and this allows us to communicate more fully with others and this will allow us to scale and grow our learning.

This is the smallest visible system (SVS) in which you can make a difference. Once you can act wisely on this system, you can expand the boundaries and scope to work larger.

Acting on Systems

What this means for action is this:

  1. Pay attention to what is going on around you. Ask yourself: what is important and meaningful to me?
  2. Be systematic, but not rigid, in how you pay attention. This could mean looking at sales numbers, social trends, meeting minutes and observations from everyday life. If you’re working in teams, ask people about what they are paying attention to and what has meaning for them. What things are they organizing their work or life around? Reflective journaling can help, too. This is data.
  3. Gather the meaning. Bring together those things that offer some coherence to see how they make sense for what you are doing, seeking to become, or what you wish to accomplish. This is a social process called sensemaking. By guiding yourself through the data it’s possible to see patterns and what is called emergent properties — new forms of order arising from what might seem unordered.
  4. Start to act on this new coherence narrative and then repeat the cycle from step 1.

This will help you to determine what is useful and not useful for you in whatever context you are operating in. It’s a simple, but powerful means to start the journey toward a greater understanding of your present situation and help you see how and where you can act, whether that is in a time of massive upheaval or something merely disruptive.

Keep safe and know there’s more that you can do than you realise.

If you need help in setting this process up, implementing it, and making sense of it all, reach out. This is what we do.

The Amazing Spidergram

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Illustrating action points within a complex system challenges evaluation users. Time to call on your friendly neighbourhood spidergram for help.

Visualizing complex systems is a challenge within strategy, foresight, and evaluation because each component of the system is interconnected with others. Influence on one of these is likely to influence others.

From an action standpoint, it’s easier to focus on one or two small parts of the system than tackle the entire system all at once. How do we reconcile this and provide a means to see the parts of the system without being reductionistic and neglecting the relationship with the whole?

One answer is: look to the spiderweb.

A spiderweb is a good entry-level metaphor for helping people see places they can take action within a system by creating distinctions between the parts (nodes, intersections) and the whole (branches, webs). There are two related, but different spiderweb models worth noting.

Spider Diagrams / Mindmaps

Spider diagrams (or spidergrams or mindmaps) are ways to connect ideas together through the branch-and-thread model akin to a spider’s web (hence the name). These are often called mindmaps and have been shown to facilitate learning about complex topics.

They enable the development of relationships between ideas and possible causal or associative pathways between ideas, concepts, or other data- or evidence-informed concepts. They also enable us to cluster related concepts together to identify sub-systems that may be more amenable to our intervention within the larger whole.

Spidergrams / Radar Diagrams

The other spider-related metaphor that is available to innovators and evaluators is the spidergram, sometimes called a Radar Chart or Spider Chart. These allow for the display of data collected along a scale presented alongside others that use a similar proportioned scale.

This hub-and-spoke model of data allows users to see a variety of performance indicators presented along a similar set of axes related to a common goal.

What this allows for is a view of performance across a variety of metrics simultaneously and can recognize how we make progress on one area often at the expense of another. Strategically, it can enable an organization to balance its actions and foci across a variety of key indicators at the same time.

This can be used with quantitative data such as the financial data above or social data, too.

Spidergrams/charts can also overlay data within the same domain (see example) providing even more depth into recurring or separated data points within the same topic or subsystem.

The web of engagement

What makes these tools powerful is that they display a lot of data at the same time in a manner that can facilitate engagement with a group of people tasked with making decisions. Visualizing data or systems brings the benefit of literally getting people’s focus on the same page.

People around a table can then literally point to the areas they are interested in, concerned with, do not understand, or wish to explore assumptions about.

Complex systems introduce a lot of data and a lot of confusion. Sensemaking through the use of visuals and the discussion that they encourage is one of the ways to reduce confusion and get more from your data to make better decisions.

If you’re stuck in the web of data and complexity, call on your friendly neighbourhood spidergram.

Want to learn more about how this can assist your innovation efforts? Contact us and we’ll gladly swing over and help (without the costume).

Photo by Jean-Philippe Delberghe on Unsplash. Spidergram by