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Our purpose

Environmental challenges are rarely isolated. Climate change, resource constraints, ageing infrastructure, environmental degradation and growing demands on essential services are closely connected. Addressing them requires an understanding of how environmental, technological, economic and social systems interact.

Our group investigates these connections and develops evidence that can support better decisions. We aim to bridge the gap between scientific research and implementation by translating knowledge into practical strategies, methods and tools that can be applied by organisations, communities and policymakers.

What we do

Our research spans climate resilience and adaptation, Nature-based Solutions, circular economy and bioeconomy, water and wastewater management, sustainable infrastructure, industrial transition, environmental traceability and Digital Product Passports.

Digital technologies are central to much of our work. We use data analysis, artificial intelligence, systems modelling, optimisation, digital twins and scenario-based assessment to understand complex systems and explore how they may respond to future environmental, climatic and socio-economic conditions.

By bringing these areas together, we can examine not only the performance of individual technologies or interventions, but also their wider environmental, operational and societal implications.

From evidence to action

A central focus of the group is the development of research outputs that can be used in real decision-making contexts. These include predictive and causal models, interactive dashboards, decision-support platforms, scenario-assessment tools, circularity frameworks, traceability systems and sustainability evaluation methods.

Our work helps users explore data, compare alternative interventions, understand uncertainty and identify potential trade-offs. We place particular emphasis on making complex evidence transparent, accessible and relevant to the people responsible for planning, operating and managing environmental and infrastructure systems.

How we work

Our approach is interdisciplinary and collaborative. We combine engineering expertise with environmental science, mathematics, computing, data science and sustainability assessment.

We work closely with the intended users of our research to understand the decisions they face, the information they require and the practical constraints within which they operate. This helps us co-develop solutions that are scientifically robust while remaining usable and relevant in practice.

We also recognise that technical innovation alone is not enough. Effective solutions must consider governance, policy, standards, economic feasibility, stakeholder priorities and the wider context in which implementation takes place.

Collaboration and impact

The group collaborates with universities, businesses, utilities, public authorities, standards organisations, policymakers and communities through UK, European and international research programmes.

These partnerships enable us to test methods in real settings, work with diverse datasets and contribute to pilot and demonstration activities. They also provide opportunities to support training, knowledge exchange, technical guidance and the development of approaches that can be transferred beyond individual projects.

Through this work, we aim to help organisations move from broad sustainability ambitions towards practical, evidence-based and measurable action.

Our ambition

Our ambition is to contribute to a future in which infrastructure, industries and communities are better prepared for environmental change, resources are managed more responsibly and scientific evidence is used effectively in decision-making.

By connecting research, digital innovation and real-world implementation, we seek to support climate adaptation, environmental protection, resource efficiency and the development of more resilient and sustainable systems.