Systemic Education: The Must-Have, Best Leadership Edge

Takeaway for leaders at all levels everywhere
  • Core problem: Decades of ideological swings in pedagogy have sidelined systems thinking—leaving leaders without strategic overview and teachers with reductionism.
  • Impact: When leaders lack a systemic perspective, well‑intended policies and investments backfire; trust erodes; debates devolve into false trade‑offs.
  • What works: Teach and lead with an Operative system that is validated to be systemic (sees the whole), systematic (stepwise progress) and strategic (improving on bottom lines from the beginning).
  • There is one such Operative system designed for scalable progress towards attractive futures.
  • It improves the value of, and does not compete with, any application for attractive futures such as UN SDGs, Circular economy, or CSR.
  • It improves not only an understanding of interconnectedness between disciplines of science and business, it improves the understanding of each discipline as well.
  • Evidence: Thirty years of international collaboration have created a practical Operative system—ready to be taught and applied in school as well as in stakeholder groups such as value chains.
  • Opportunity: Embedding this perspective in education and leadership saves time, improves learning, and unlocks collaboration across subjects and sectors.
1. The Problem: Ideology Crowding Out Nuance and Science
Education debates often collapse into clichés—knowledge transfer vs. self‑directed learning, strict discipline vs. freedom. In Sweden, the push in the 1980s–90s to ‘teach methods for knowledge‑seeking in groups instead of teacher‑centered instruction’ became so dominant that the proverbial baby was thrown out with the bathwater. The result: an ideological experiment with lasting damage, continuing polemics about discipline vs. laissez‑faire, and too little focus on what actually builds competence.
2. What Systems Thinking Adds (and Why Teachers and Leaders Need It)
Example: Jimmy Sjöblom and the Youth Environmental Parliament
Jimmy Sjöblom, a colleague of mine, captured this insight in practice. For years, he led The Natural Step’s Youth Environmental Parliament, a project where Swedish students and teachers first learned the art of systems thinking and then collaborated to tackle complex sustainability challenges.
The results were remarkable: students who had previously been disengaged became so motivated that they chased their teachers during breaks and even waited outside their restroom doors—to discuss interdisciplinary assignments from the parliament. Swedish Educational Radio and National TV helped broadcasting the initiative to all schools for nationwide participation.
Evaluations of the project, year after year, clearly demonstrated that when students and teachers see the whole picture, learning and teaching and training becomes exciting and deeply meaningful.
Systems thinking enhances anything taught at the lectern and enables effective independent or group‑based knowledge seeking and cooperation. Without a validated structure of the whole, data on details feel disconnected and overwhelming. Without data on details, systems thinking is sterile—mere skeletons of connections. The critical discourse is the interface between detailed knowledge and integrated understanding. This works both ways, systems thinking makes it easier to understand and remember details, like clearly visible “hooks” to hang data on. And the more concrete data you put that way into the systemic structure, the deeper you understand also the structure as an instrument for more learning.
In a globally interdependent world, empathy alone is no longer enough. We need structured thinking grounded in principles everyone can understand—principles that translate into consequences for people elsewhere on Earth or future generations. Leadership implication: When leaders see systemic, systematic and strategic structure, they stop solving one problem by creating another. They coordinate across functions, avoid silo traps, and build trust.

3. A Personal Lesson in Seeing the Whole
When I studied medicine in the 70’ies, we were taught chemistry early in the program. Each chapter in Carlson’s chemistry book for medical students covered a specific area. Somewhere in the middle of the book, my memory of the first chapters began to fade, while the remaining chapters presented new complexities. The question I hid from myself deep into the chemistry term was: ‘Am I perhaps too stupid to become a doctor?’

One day, I happened to flip through the book quickly, and a folded chart fell out from a pocket glued to the inside of the back cover. I unfolded the chart, which showed how all the chapters were connected in what chemistry calls the ‘Citric Acid Cycle.’ It illustrated the whole picture of how all chemicals and reaction steps function in the body’s metabolism. After that discovery, the rest of the chemistry course was no challenge—everything built on each other according to recurring principles, and the clarified connections made even the details easy to remember. The problem was that none of the teachers in medical chemistry, and no single chapter in the book, had referred to the whole that was hidden in the book’s cover. In my case, the ‘whole’, the systemic perspective, had to fall out of the book to be discovered. And only then did it become so much easier to learn and remember details, listen to lectures, and seek new knowledge in groups or independently. The horse before the cart, so to speak.

4. The Leadership Imperative: See Interconnections, Not Isolated Crises
The greatest threat to the welfare of our global civilization is not any single crisis—climate, biodiversity loss, soil degradation, poisoning, poverty, social distrust, wars, nuclear winter—but leaders who do not see how these concerns interconnect at a (re)design level. The question is, how could we apply a limited and easy-to-learn number of robust boundary conditions for (re)design of attractive futures, instead of futile efforts of “fixing” myriad damages from not doing so? This understanding does not ‘just come to you’ through desire or public debate. A systemic overview for learning and action must be actively learned and practiced. This is true for all complex tasks in complex systems, from chess, through curing cancer, to curing the deadly disease un-sustainability. Trust in institutions as well as between people declines when leaders lack the skills, dangerous for democracy [3]. Detail‑focused fixes without a holistic frame cause unintended harm and waste.
5. What Works in Practice: A System That Saves Time and Builds Capacity
Teachers sometimes fear that demands to teach and train a systems perspective steals time from their subject. “A systems perspective is all fine, for as long as it doesn’t steal any of my hours for chemistry, biology, economy…” It gives time—just as football integrates endurance, agility, speed, passing, and mental training into one meaningful system. Experience shows systems approaches increase engagement and accelerate learning. They connect disciplines into an explanatory, vital, and hopeful context—uniting people across sectors, cultures, and generations. Thirty years of collaboration have produced one practical Operative System [7] for strategic sustainable development—applied by schools, universities, companies, and municipalities worldwide. Explore more at Blekinge Institute of Technology and www.Stepwise.global. The latter is an open digitized AI assisted platform for learning, training, practicing and dialogue [8].
6. What Happens If We Don’t Act
Without a strategic overview and concrete principles for sustainability, design flaws of teaching, as well as organizations, persist, damage accumulates, and costs of time and money grow. Debates degrade into plague‑or‑cholera choices rather than integrated strategies. Trust erodes, undermining democratic legitimacy and social cohesion.
7. The Call to Action by use of the Operative Systems ABCD process, a very short summary:
A. Start from a worldview based on the robust boundary conditions for modelling prosperous, scalable, attractive futures in harmony with people and nature everywhere.
B. Collaborate across departments, sectors and disciplines to discover current assets and challenges and sectors to get there, bridging the gap.
C. Collaborate across departments, sectors, nations and disciplines to explore and list possible measures and investments that could work as steppingstones in response the challenges at B.
D. Prioritize measures from C such that each steppingstones strikes the right balance of progress speed and incomes to continue the approach. Learn more in detail how organizations from the private and public sectors across the globe are currently doing this [1-8]. Teaching and training it does not threaten pedagogical diversity; it enriches diversity and makes learning easier, more enjoyable, and more relevant. And restores hope —especially vital for young people.
References
  1. Broman, G., Robèrt, K.-H., Basile, G., Larsson, T., Baumgartner, R., Collins, T., Huisingh, D. (2014). Science in support of systematic leadership towards sustainability. Journal of Cleaner Production, 140, 1–9.
  2. Broman, G., Robèrt, K.-H. (2017). A Framework for Strategic Sustainable Development. Journal of Cleaner Production, 140, 17–31.
  3. Rothstein, B. Social Traps and the Problem of Trust. Cambridge University Press. ISBN 0-521-84829-6.
  4. Robèrt, K.-H., Broman, G. (2017). Prisoners’ Dilemma Misleads Business and Policy Making. Journal of Cleaner Production, 140, 10–16.
  5. Robèrt, K.-H., Borén, S.G., Ny, H., Broman, G. (2017). A Strategic Approach to Sustainable Transport System Development – Part 1: Attempting a Generic Community Planning Process Model. Journal of Cleaner Production, 140, 53–61.
  6. Broman, G., Byggeth, S., Robèrt, K.-H. (2002). Integrating Environmental Aspects in Engineering Education. International Journal of Engineering Education, 18(6), 717–724.
  7. Broman, G., Robèrt, K.-H. (2025). Operative System for Sustainable Development. Sustainable Development, 0:1–16. Open source: https://onlinelibrary.wiley.com/doi/10.1002/sd.3357 .
  8. Stepwise Global, Open digitized platform for AI-assisted learning, training, and dialogue: https://www.stepwise.global
All hot topic Reflections are direct consequences of our Operative System [7].
For a deeper dive into the science behind the Operative System that informs all Reflections, see the peer-reviewed Open-Source paper with all its references: https://onlinelibrary.wiley.com/doi/10.1002/sd.3357 If you need any further advice, perhaps getting some further references, please send a question to us from the homepage https://www.stepwise.global.