Flooding remains the most destructive natural disaster impacting humanity—already affecting nearly two billion people worldwide. As the effects of climate change intensify, the need for innovative, science-driven flood management solutions has never been more urgent. The Centre for Doctoral Training for Resilient Flood Futures (FLOOD-CDT) offers a unique opportunity for exceptional PhD candidates to lead pioneering research that will transform how communities adapt to and manage flood risks. About the FLOOD-CDT The FLOOD-CDT is a £6.5 million national initiative funded by the Natural Environment Research Council (NERC), the Environment Agency, and other leading partners. This world-class training centre brings together four renowned UK universities—the University of Southampton, Newcastle University, University of Bristol, and Loughborough University—alongside major research organisations including the National Oceanography Centre, the British Geological Survey (BGS), and the Centre for Ecology and Hydrology (CEH). The programme’s mission is to develop the next generation of interdisciplinary researchers who will drive innovation in flood resilience and help shape global responses to the growing challenges posed by climate change. Over the next several years, the FLOOD-CDT will fund at least 56 fully funded PhD studentships, each designed to address critical aspects of flood risk management, climate adaptation, and sustainable urban planning. What the Programme Offers Successful applicants will join a dynamic research community committed to creating a safer, more climate-resilient world. The FLOOD-CDT provides: A fully funded PhD studentship with a tax-free stipend of £20,780 per year, full tuition coverage, and an £8,000 research and training grant. Access to bespoke interdisciplinary training, designed to enhance technical knowledge, leadership capabilities, and policy engagement. Collaboration with leading experts in academia, government, and industry, working on cutting-edge flood resilience solutions. Opportunities to influence policy and practice, ensuring research has measurable societal and environmental impact. A supportive, inclusive research community, where collaboration and innovation drive every project. Research Focus Areas FLOOD-CDT projects span a wide range of disciplines and real-world applications, including: Climate Modelling and Flood Forecasting: Developing advanced tools to predict flood events and inform early-warning systems. Sustainable Infrastructure Design: Innovating new approaches to flood-resilient construction and green infrastructure. Catchment and Coastal Management: Understanding hydrological systems to improve flood prevention strategies. Community and Policy Resilience: Exploring how governance, communication, and planning can reduce social vulnerability to flooding. Data Science and AI for Flood Management: Leveraging digital technologies to enhance decision-making and resource allocation. This integrated approach ensures that students not only advance scientific understanding but also deliver practical solutions that can be implemented across diverse environments. Training and Mentorship FLOOD-CDT provides a comprehensive training programme combining academic rigour with real-world application. Students will benefit from: Personalised supervision from world-leading academics and industry mentors. Professional development workshops focused on communication, leadership, and stakeholder engagement. Access to national and international research networks through conferences and fieldwork opportunities. Cross-disciplinary collaboration among students, fostering creativity and shared learning. The programme’s strong industry links mean graduates will be well-prepared for impactful careers in academia, government agencies, consultancy, or the environmental sector. Who Should Apply FLOOD-CDT seeks motivated, forward-thinking individuals with a passion for tackling global challenges through interdisciplinary research. Applicants should hold a relevant first-class or upper second-class degree (or equivalent) and demonstrate a strong interest in environmental science, engineering, policy, or related disciplines. Ideal candidates are those eager to combine scientific innovation with practical application—people who aspire to make a tangible difference in how societies prepare for and respond to flooding. How to Apply Prospective students are encouraged to explore the available PhD projects and review application guidance on the FLOOD-CDT website. Each project includes detailed information on research focus, supervisory teams, and partner institutions. Applications are evaluated based on academic excellence, research potential, and alignment with the centre’s mission of advancing flood resilience. For additional details or to sign up for newsletters and seminar updates, interested applicants can contact the FLOOD-CDT team directly through their official website. Building a Safer, More Resilient Future The Centre for Doctoral Training for Resilient Flood Futures represents a major step forward in preparing the world for a changing climate. By combining science, policy, and innovation, FLOOD-CDT empowers researchers to create the knowledge and tools needed to protect people, infrastructure, and ecosystems from the devastating impacts of flooding. Joining this programme means becoming part of a mission-driven community working toward sustainable, resilient solutions that will safeguard future generations. Apply now to shape the future of flood resilience and make a global impact through pioneering research. VISIT THE OFFICIAL WEBSITE TO APPLY For more opportunities such as these please follow us on Facebook, Instagram , WhatsApp, Twitter, LinkedIn and Telegram Disclaimer: Global South Opportunities (GSO) is not the funding organization. For any inquiries, please contact the official organization directly. Please do not send your applications to GSO, as we are unable to process them. Due to the high volume of emails, we receive daily, we may not be able to respond to all inquiries. Thank you for your understanding.