Subjecting research to testing outside the university walls requires courage, but the rewards are immense. For Professor Rikke Magnussen, close partnerships with industry and practitioners are not a departure from basic research. On the contrary, they serve as a vital method to sharpen it. With the successful GreenEdTech project, she demonstrates that innovation is not about compromising academic integrity. Instead, it is about taking responsibility for the green transition, allowing research to meet the real world, and daring to put skin in the game.

Many researchers within the humanities and social sciences remain hesitant to link their work with innovation. This concern often stems from the fear that such a connection might compromise academic independence, particularly if the collaboration with the private sector becomes too intertwined. The worry is that one becomes a mere supplier: a consultant blindly solving bottom-line problems at the expense of independent basic research. Rikke Magnussen is well aware of this skepticism. As a professor at Aalborg University, she has spent her career insisting on working closely with those outside academia. However, her experience paints a picture that radically contradicts the myth. "We are not being commissioned," she states flatly. "We generate the ideas ourselves." For her, external partnerships are not about relinquishing control or delivering a bespoke product. Rather, the research originates from ambitious visions, after which the researchers identify partners in society who share those objectives. The goal, above all, is to generate knowledge that changes the world.

The Necessity of Stakes
Leaping from stable theory to unpredictable practice requires a distinct kind of courage. Rikke Magnussen works primarily with design-based research. In practice, this means she designs and develops concrete solutions as an integral part of the scientific process. Here, the stakes are suddenly real. "We are putting our heads on the block," she explains. The metaphor is apt. If a pedagogical model or a digital design fails in an actual classroom, the researcher cannot simply hide behind complex terminology. Yet, this vulnerability is exactly what makes the research razor-sharp.

The encounter between academic theory and a vibrant reality creates a powerful dialectical feedback loop. Collaborating with the outside world illuminates blind spots and forces researchers to question the true reach of their theories. Does a complex concept actually hold up when it meets a diverse school class in Albertslund? Does it only make sense in a closed journal, or can the people on the front lines recognize its value? Innovation in this form requires the daring to set aside the research ego and accept that one does not hold all the answers in advance.

The Mothership and the Tool
This interplay between research and reality is currently culminating in the GreenEdTech project. Rikke Magnussen and her consortium have set out to address one of the most pressing challenges of our time. The green transition is in desperate need of both manpower and entirely new competencies. While engineers delivered wind turbines and solar cells long ago, the necessary human skills are still missing. To solve this, the researchers developed GET Green. This hybrid learning platform features a digital tool that frames the students' work, most of which takes place physically in the classroom as they draw models and brainstorm ideas on paper.

In this universe, students from 7th to 10th grade are moved away from passive screen time and tasked with solving authentic sustainability challenges. These solutions are developed in direct collaboration with major players like Topsoe, Grundfos, municipalities, and various green organizations. Students are guided through four structured phases: systems thinking, value thinking, future thinking, and strategic thinking. This shifts the focus from individual guilt to genuine agency.

A Scientific Duty
The payoff of this work is striking for everyone involved. Students find a newfound sense of purpose in their education because they are contributing concretely to society. Companies are often equally impressed. As a representative from Topsoe noted: "We have occasionally received ideas that only children could devise—completely unconventional ideas that our engineers would never have thought of."

This is social innovation in its most potent form. It is the orchestration of processes, cultural shifts, and pedagogy where knowledge creates tangible progress for the green transition. When Rikke Magnussen observes this interplay, she describes it as the highlight of her research career. "In a way, it is the culmination of everything I have worked on. Seeing knowledge translated into something that actually makes a difference for young people and companies simultaneously is where it all makes sense." It is the moment abstract knowledge becomes concrete change. Her story serves as an intellectual call to action: our understanding of people and social structures is far too critical to reside exclusively within the university. The human factor is the key to overcoming the great challenges of the future, and it is the direct duty of researchers to bring that knowledge into play.