Centre for Engineering, Environment and Society Research

Kingston University's Centre for Sustainable Engineering and Environmental Research (CEESR) conducts innovative research across diverse disciplines. It unites engineering, science and social studies to address global sustainability challenges. The work supports sustainable development and technological innovation through interdisciplinary expertise.

Through its diverse research groups and projects, CEESR delivers real-world solutions for some of the most pressing challenges facing society today. Whether designing safer buildings, reducing transportation emissions or enhancing renewable energy systems, our work is at the forefront of innovation and sustainability.

Below are our areas of research and expertise.

Our research in civil engineering focuses on creating sustainable, resilient infrastructure that meets the challenges of modern urbanisation and environmental change. Key areas include:

• Sustainable construction materials: Development of low-carbon and high-durability materials such as geopolymer concretes, aiming to reduce the carbon footprint of the construction industry.
• Waste management in construction: Advanced strategies to repurpose construction waste and incorporate circular economy principles in building projects.
• Structural analysis and resilience: Investigating the performance of materials and structures under extreme conditions, including earthquakes, to enhance global safety standards.

Through partnerships with industry and public stakeholders, our researchers deliver practical solutions that improve the sustainability of construction projects worldwide.

This group addresses pressing environmental and societal challenges, using innovative science and policy-driven research. Focus areas include:

• Climate resilience: Designing strategies to mitigate the impacts of climate change on vulnerable communities, emphasising flood management and disaster preparedness.
• Water resource management: Researching ways to preserve freshwater systems through pollution control, efficient use and restoration projects.
• Environmental policy and urban development: Exploring the intersection of environmental science and public policy to guide sustainable urbanisation and reduce ecological footprints.
• Social dimensions of sustainability: Examining how communities can adopt sustainable practices to create equitable and thriving societies.

Our work directly supports policymakers, industry and NGOs in addressing environmental and social challenges with evidence-based solutions.

With the global focus on renewable energy, CEESR is at the forefront of innovation in sustainable energy systems. Current projects include:

• Renewable energy technologies: Researching advancements in solar, wind and hydrogen energy to create reliable, clean energy sources for the future.
• Energy storage systems: Developing efficient battery technologies and fuel cells to address the challenges of energy intermittency and scalability.
• Energy efficiency: Creating smart grids and advanced energy monitoring systems that maximise resource use while reducing waste.
• Carbon neutral technologies: Innovating methods to achieve zero-emission energy solutions through advancements in carbon capture and use.

CEESR researchers are driving the transition to sustainable energy by partnering with governments and businesses to implement clean technologies.

CEESR’s expertise in fire safety and fluid mechanics is critical for ensuring safety in high-risk industries such as nuclear power, aerospace and oil and gas. Highlights include:

• Fire spread and combustion dynamics: Studying the behaviour of fire under complex conditions to enhance fire suppression technologies.
• Explosion mechanics: Researching blast effects and mitigation strategies to prevent industrial and environmental disasters.
• Fluid dynamics for safety applications: Analysing the movement of gases and liquids in industrial systems to improve performance and reduce risks.

The RAD-FIRE Project

This flagship project investigates fire dynamics in radiation-heavy environments like nuclear facilities and space stations. By simulating these extreme conditions, CEESR is setting global standards for fire safety in high-risk operations.

Our transportation research ensures that next-generation systems are safer, cleaner, and more efficient. Key focus areas include:

• Advanced propulsion systems: Designing low-emission propulsion technologies to revolutionise vehicle and aircraft performance.
• Lightweight materials for transport: Developing high-strength composites that reduce vehicle weight, improve fuel efficiency, and maintain safety.
• Emission reduction strategies: Researching methods to reduce the environmental impact of land and air transport through innovative technologies and policies.
• Noise pollution mitigation: Exploring quieter vehicle and aircraft designs to improve the quality of life in urban areas.

This research ensures sustainable progress in transportation while addressing critical environmental concerns.

The nano-materials and composites group leads transformative research in advanced materials, enabling innovation across multiple industries. Key contributions include:

• High-performance composites: Designing materials with unparalleled strength-to-weight ratios for aerospace, automotive and construction industries.
• Nano-coatings and surface engineering: Developing advanced coatings to enhance the durability, thermal resistance and self-cleaning properties of materials.
• Scalable production techniques: Innovating cost-effective methods for manufacturing nano-materials to make them accessible for widespread industrial use.

CEESR’s research supports industries aiming to meet 21st-century demands for efficiency and sustainability.

Medical engineering research at CEESR combines cutting-edge technology with healthcare innovation to enhance patient care and well-being. Core areas include:

• Medical devices: Designing next-generation diagnostic tools, surgical equipment and wearable technology to improve healthcare delivery.
• Prosthetics and biomechanics: Innovating prosthetic designs and mobility aids to provide comfort and functionality to users.
• Accessible healthcare solutions: Developing affordable and scalable medical technologies to support healthcare systems in underserved regions.

At CEESR, we combine technical innovation with a commitment to sustainability. Our research informs policy, guides industry practices and improves lives globally. Work with us to create change, and join our team through diverse research opportunities.

Explore collaborations, events and research degrees:

Email: [email protected] 

For more details about the Research Centre, please contact Dr Alan Dykes.