Gothenburg, Sweden

martin.lackeus@everydayinstitute.se

OUR METHOD: DESIGNED ACTION SAMPLING

At Everyday Institute, we use Designed Action Sampling in our various projects. It is a scientific method particularly suited to helping people improve their everyday lives. It is used by approximately 40,000 people who form large communities within education and working life.
Scroll down a bit and you will find all ten chapters in full from our handbook “The Practitioner-Researching Employee” — a handbook on Designed Action Sampling. The handbook will soon also be available in printed format. Ask Martin Lackéus if you are interested in receiving your own copy. But first, the book’s introduction is presented here in full. If you would like to download the book as a PDF, click the button below:

Introduction

We humans have studied our everyday lives since time immemorial. We have tried things out, observed what happened, drawn conclusions and adjusted our actions. In agriculture, medicine, community building and much else. Today we see it in healthcare, social care, education and social work in the public sector, and in engineering, product development, service, leadership and crafts in the private sector. We call this everyday inquiry: the practice of systematically studying one’s own work through action, reflection and shared learning. Everyday inquiry has probably always been a prerequisite for doing good work. Especially when situations are complex, when every encounter is unique, and when manuals don’t go all the way. That’s when an exploratory approach is needed—one that builds on professional judgment.

The inquiring practitioner is therefore not a new ideal. It’s an ancient approach, deeply human and deeply professional. Yet for a long time, there has been a lack of language, structures and legitimacy for workplace-based everyday learning. In many organisations, this kind of learning has been reduced to something private, silent, or informally oral. At the same time, demands for documentation, evidence and quality have increased sharply. The result has often been a strange gap—more and more analyses and directives, but less and less room for practitioners themselves to own and develop a deep understanding of their profession. This handbook aims to fill that gap. It is written for practitioners who want to reclaim ownership of knowledge development in their own work.

Professional work always happens in motion. It is relational, situation-dependent and emotionally charged. It cannot be fully standardised without losing what makes the work meaningful and effective. Yet much of the knowledge development concerning professional practice has gradually been moved away from those who actually do the work. Research, evaluation and development have increasingly become something done on professions, rather than by professions.

Today, many traditional professions find themselves in what can be described as a professional crisis. Demands are increasing, time is shrinking and complexity is growing. At the same time, more and more decisions about how work should be understood, measured and developed are made by actors far removed from everyday practice: academics, politicians, authorities, consultants and global tech companies. Often this happens with good intentions, but the consequence still risks weakening professionals’ own judgment. When others formulate the questions, own the data and interpret the results, power over professional development also shifts.

Recently, large-scale digital data collection—a kind of mass research—has become increasingly common. Various IT platforms silently collect extreme amounts of data about us. Never before has so much data been collected about people’s work and behaviour. Such mass research can create overview and make patterns visible that would otherwise be difficult to detect. But it also carries risks, see chapter 10. When complex practice is reduced to numerical indicators and metadata, there is a danger that what is easy to measure comes to govern, rather than what is important to understand in depth. The problem is not data itself, but what is measured and thereby given significance, who owns the interpretation, and who decides what the results should be used for.

Professional knowledge needs to be reclaimed by practitioners themselves. Not in opposition to academic research or large-scale analyses, but as a necessary complement. Many professions carry great social responsibility and therefore need to improve their quality over time. This requires approaches that enable practitioners to collectively study their own practice in scientifically robust yet everyday and time-efficient ways.

This is where Designed Action Sampling (DAS) comes in. DAS is a scientific method that makes it possible for practitioners to try out different actions in their own everyday work, reflect on what happens, systematically yet time-efficiently share experiences with others, and analyse patterns together. The method builds on three simple steps:

  • Design testable actions (“Design the doing”),
  • Carry them out in practice and reflect afterward
    (“take Action”), and
  • Analyse the outcome together (“Sample the impact”).

By connecting reflections to concrete actions and by having many people participate simultaneously, both depth and breadth are created in the learning. Feelings, experiences and lived realities are taken seriously—not as noise, but as important signals in complex change processes.

The method is the result of 15 years of methodological research at Chalmers University of Technology. It’s not surprising that the method emerged at a technical university, given the role that advanced digital technology plays in making DAS possible. The research has been carried out in close collaboration with practitioners, primarily in Uddevalla municipality and at the Swedish National Agency for Education, but also in hundreds of other large and small organisations in the public and private sectors. The list of acknowledgments is long, and also includes school developers in Sundsvall, Åstorp, Hässleholm, at Praktiska Gymnasiet, Lärande i Sverige, Frida Education and in many other places.

This book is divided into three parts with ten chapters that don’t necessarily need to be read in numerical order. If you’re a manager, chapter 7 might be especially interesting. If you’re interested in the history of inquiry or in power and surveillance perspectives, perhaps chapter 10 should come first. If you like metaphors, don’t miss chapter 9. If analysis is your thing, go early to chapter 6.

In the first part of the book (chapters 1-3), central concepts around DAS and its scientific roots in everyday inquiry in professional work are introduced. The second part (chapters 4-6) is about how everyday inquiry can be organised in practice, by describing the three steps of DAS in detail—one step per chapter. The focus here is on how DAS is used in everyday work.

Chapter 7 describes the leadership and organisation around DAS, both the everyday and the more overarching leadership. Chapter 8 describes in detail the most common challenges we’ve seen when practitioners study their own practice, from time constraints and uncertainty to ethics, data quality and organisational resistance. Chapter 9 explores how metaphors can be used to make DAS understandable in everyday work. Finally, in chapter 10, inquiry is placed in a longer historical perspective, from humanity’s ancient everyday learning to today’s mass research. A discussion is held about what is at stake when professional knowledge development risks being taken over by other actors.

I provide reading suggestions in the form of references at the end of many sections in the book. Quite a few of these references are to my own texts, since this book is a summary of what I’ve written about DAS over the years. The references should not be interpreted as classic academic references to support various claims, but are simply there so that readers can find more in-depth information if interested.

Finally, this handbook is part of an open and free practitioner training offered by the research institute Everyday Institute. On the institute’s website www.everydayinstitute.se, there is an opportunity to read the book together with others, in a format that combines theory with practice. Participants receive action-based tasks in the spirit of DAS to carry out in their own everyday work, and are given the opportunity to reflect collectively on their experiences. In this way, the ideas from the book can be mixed with your own practice in a fine-grained, living and collectively exploratory way. A warm welcome!

 

Martin Lackéus

Inquirer at Everyday Institute

Researcher and teacher at Chalmers

1) Introduction to Designed Action Sampling

Why should we study our own work? We're already stretched thin. The schedule is packed, the inbox is growing, decisions are waiting. Yet sometimes there's a quiet resistance inside – a sense that we're missing something important. That we're doing lots of things, but not always learning deeply from...

2) A Historical Perspective: How It Began and Its Scientific Roots

The methodological journey behind DAS began with equal parts frustration and curiosity. My doctoral studies at Chalmers started in 2009 with a deeply personal question: What had my teachers actually done to me as a student ten years earlier? I had been transformed into an entrepreneur in the haulage...

3) How DAS works – Three steps and six key concepts

This chapter provides an overview of how the DAS method works in practice. Following the first two chapters about the ideas underpinning DAS and why the method emerged, this chapter explains how the work proceeds at an overall level—step by step and concept by concept. DAS always moves through...

4) Action Task and Tag Design: From Curiosity to Finished DAS Design

Designing action tasks and tags is the starting point for the entire DAS process – this is where the foundation is laid for both engagement and quality in everything that follows. The design work begins by formulating an inquiry question – a question that feels genuinely urgent to find...

5) Digital Datadriven Dialogue: Leading Your Colleagues’ Learning

Now we come to one of the most beautiful aspects of everyday inquiry, but perhaps also the most challenging. That moment when we, as study leaders, invite a larger group of participants to carry out various actions we have designed for them, and then reflect on what they learn...

6) Data Analysis with DAS: Intelligent Thinking

Now we come to the third and final step in DAS, where the S stands for "Sample the impact". How did it go for us? What did we learn? And what would be wise to do next? At its core, analysis is about learning together at depth – stepping...

7) Organising for DAS: The Inquiring Leader

Organising for DAS is, at its heart, a leadership task. DAS itself is straightforward, but it requires leadership that holds together structure, priority and psychological safety. Leaders at different levels work together to create an environment where people feel confident enough to experiment, reflect honestly and analyse without preconceptions....

8) Challenges with DAS: A New Method Meets the Everyday Rhythm

There is no shortage of challenges when working with DAS. The resistance that can arise is nothing unusual or specific to this method – it reflects well-known human patterns of response to change. Thanks to 1,200 reflections from around a hundred participants in my practitioner training programme in DAS,...

9) Metaphors That Give DAS Meaning: “DAS Is a Way to…”

The method DAS has so far been described as a way of working with clear components, processes and definitions. In this chapter, I take a step back and describe DAS through nine very different metaphors that have emerged over the course of the work. Metaphors are not primarily simplifications...

10) Everyday Inquiry in World History – Enthusiasts and Surveillance

Everyday inquiry is considerably older than universities and their formalised sciences. We have probably engaged in testing, reflection and sharing of experience for as long as we have been able to speak. During the scientific revolution of the seventeenth century, however, we took an important step forward when systematic...