WRII2601 PhD Studentship in Water Resilience and Infrastructure Innovation
Newcastle University
Newcastle upon Tyne, United Kingdom
General Description
Newcastle University is offering a fully funded PhD studentship under the reference WRII2601, focused on advancing research in water resilience and infrastructure innovation. This opportunity is part of the University’s strategic commitment to addressing global challenges related to sustainable water systems, climate resilience, and infrastructure development.
The successful candidate will undertake an interdisciplinary research project that explores innovative approaches to enhancing the resilience, efficiency, and sustainability of water infrastructure systems. The project is expected to engage with contemporary challenges such as climate change adaptation, urban water management, and infrastructure planning, combining engineering, environmental science, and data-driven methodologies.
The studentship provides comprehensive academic support within a leading research-intensive university, including access to world-class facilities, expert supervision, and integration into a vibrant research community. The candidate will be expected to produce original research contributing to academic publications and practical applications in the water and infrastructure sectors. Opportunities for collaboration with industry and policy stakeholders may also form part of the research experience.
Eligibility Criteria
A minimum of a 2:1 honours degree (or international equivalent) in a relevant discipline such as civil engineering, environmental engineering, water resources, or a related field
A master’s degree in a relevant subject is desirable but not essential
Applicants should meet Newcastle University’s English language requirements where applicable
Demonstrated interest in water systems, infrastructure, and sustainability research
Required Expertise/Skills
Strong analytical and problem-solving abilities
Interest in interdisciplinary research and environmental challenges
Ability to undertake independent research and manage a long-term project
Effective written and verbal communication skills
Familiarity with data analysis, modelling, or engineering tools is advantageous
Salary Details
Fully funded studentship covering tuition fees and providing an annual stipend in line with UK Research Council rates
Application Deadline
Not specified