PhD Studentship: Modelling Resilience of Water Distribution Networks

PhD Project: Modelling Resilience of Water Distribution Networks

This PhD project offers a unique opportunity for a motivated and academically driven individual to delve into a critical area of societal infrastructure: the resilience of water distribution networks. Under the expert supervision of Rasa Remenyte-Prescott within the Faculty of Engineering, this research aims to develop a sophisticated modelling approach for assessing the robustness of these essential systems.

Water distribution networks are the lifeblood of our communities, yet they are constantly vulnerable to a range of threats. These include the inevitable aging of infrastructure leading to component failures, the unpredictable impacts of climate change on weather patterns and environmental factors, and even deliberate acts of sabotage. This project directly addresses these challenges by focusing on developing a cutting-edge mathematical model and supporting research software.

Key Advantages for Aspiring Researchers:

• Impactful Research: Contribute to the development of solutions that enhance the reliability and safety of a fundamental societal service.
• Advanced Modelling Skills: Gain hands-on experience in developing and applying complex mathematical models and potentially creating novel research software.
• In-depth Understanding: Explore the intricate dynamics of water networks, including the prediction of key performance indicators under various failure scenarios.
• Strategic Problem Solving: Investigate the impact of different threat types, identify critical network vulnerabilities, and propose innovative resource allocation strategies to bolster network resilience.
• Academic Excellence: Work within a reputable faculty and contribute to the cutting-edge of engineering research.

Key Considerations for Your Career Path:

• Academic Rigor: This project demands a strong foundation in mathematics and engineering principles, with a preference for candidates holding a Master's degree. While exceptional candidates with a 2:1 undergraduate degree may be considered, a first-class honours degree is the standard requirement.
• Starting October 2026: Prospective candidates should plan their applications and funding searches accordingly, keeping in mind the application timeline.
• Funding Opportunities: While the project is open to UK/EU and overseas students, candidates are encouraged to proactively explore and secure their funding sources. Useful information can be found at https://www.nottingham.ac.uk/pgstudy/funding/postgraduate-funding.aspx.
• Early Application Recommended: Given the competitive nature of PhD positions, early application is strongly advised. The position will remain open until filled, with a nominal closing date of 25th January 2026.
• Discipline Alignment: This opportunity is ideal for graduates with backgrounds in engineering, mathematics, or closely related disciplines who possess a keen interest in infrastructure systems and quantitative analysis.

This PhD project offers a compelling pathway for individuals seeking to make a tangible contribution to the field of infrastructure resilience and develop highly sought-after analytical and research skills. We encourage enthusiastic and academically strong candidates to explore this exciting research endeavor.