Originally by: Amy Grove, Professor of Implementation Science, University of Birmingham
Read the original here: https://www.linkedin.com/pulse/from-proof-concept-impact-how-implementation-tc3le/?trackingId=5d7TGbesSN%2BEqMkIJFR7Vg%3D%3D
How do we ensure that innovations developed in health, education or social care make a real difference to the people they are designed to help? This is the central question driving the work of Professor Amy Grove, Professor of Implementation Science at the University of Birmingham, and her team at the Centre for Evidence and Implementation Science. Their research is focused not only on developing knowledge but on ensuring that promising ideas are adopted, embedded and sustained in complex systems.
Implementation science is an emerging discipline with a simple but vital purpose: to improve the uptake, usability and sustainability of research in real-world settings. As Professor Grove explains, some of the best ideas fail not because they are ineffective, but because they are not implemented properly. The consequences of this can be wide-reaching, affecting both the innovators who have invested in development and the people and organisations who might otherwise have benefitted. “Just because something works doesn’t mean it can immediately be adopted. Proving an idea, tool or service can work isn’t always enough to get people to use it. We must understand how it works in the ‘real world’ for the people and organisations who need it most.”
The need for this kind of work is particularly urgent in systems under pressure, such as the NHS or state education. Services are balancing high demand and increasing expectations while struggling with limited resources. In these circumstances, new tools and approaches are welcome, but organisations often lack the time or expertise to stop and examine how best to integrate them. The Centre’s role is to help identify the trade-offs and opportunity costs of adopting innovations, providing clarity on how they can deliver benefits to both organisations and individuals.
In practice, this means working with a range of partners outside higher education, including industry, to answer critical questions about safety, effectiveness, adoption and value for money. The team’s work is rooted in collaboration, ensuring that relevant decision makers are directly engaged in evaluating and refining the pathway from innovation to implementation. A recent example is their partnership with a company that developed a virtual platform for weight management. The platform replicates the support offered via NHS referral routes but provides it at home, potentially easing the burden on overstretched services. However, as Professor Grove notes, “it is complicated to get digital solutions into NHS supply chains and services.” The team is now independently evaluating the platform to assess cost-effectiveness and its viability as an alternative for weight loss programmes. With this evidence, the company is better positioned to consider scaling up its offer.
Opportunities to collaborate with the Centre are open to organisations across a wide spectrum, from health and education to policing and even the cultural sector. Support is available at the stage when a product or service has moved beyond proof of concept and early trials and is ready for more rigorous assessment of its effectiveness and sustainability. The Centre helps partners navigate complex systems, understand barriers to uptake, and build evidence that is fit for purpose. Options for collaboration range from commissioned projects to partnerships on research grants and the hosting of doctoral researchers.
Professor Grove is particularly enthusiastic about two areas shaping the future of the field. The first is the rising profile of implementation science itself. “Increased interest and investment in implementation science from funders is exciting, and we have recently launched the Implementation Science Programme for researchers to help meet the new demand this is generating.” The University of Birmingham is also planning its first Implementation Science Conference in January 2026, a milestone that will highlight the breadth of applications across sectors.
The second is the potential of what she calls “pre-implementation optimisation.” This approach involves future-proofing the design of trials and evaluations by ensuring they are conducted in settings that closely resemble the intended place of use. Factoring in questions of how, where and for whom innovations work at the outset means they can move more quickly from trial to real-world adoption. As Professor Grove explains, “implementation science is all about that and it will be a real game-changer.”
The work of the Centre for Evidence and Implementation Science demonstrates the importance of bridging the gap between innovation and impact. Ideas and technologies alone are not enough; without careful planning, testing and adaptation, they risk falling short of their potential. By focusing on the realities of adoption and sustainability, Professor Grove and her colleagues are ensuring that innovations designed to improve lives can do exactly that.
