Australia – PhD in Urban Rainfall-Informed Green Stormwater Management at The University of Queensland

The University of Queensland offers a fully funded PhD position in Urban Rainfall-Informed Green Stormwater Management. This research aims to develop innovative solutions for urban flooding and sustainable city design, leveraging data and modeling to improve flood resilience. Located in Brisbane, Australia, the university is renowned for its research excellence and vibrant academic community. The role involves collaboration in a leading research group focused on nature-based stormwater management solutions.
University: The University of Queensland

Country: Australia

Deadline: 2026-03-19

Fields: Civil Engineering, Earth Sciences, Built Environment, Urban Planning, Environmental Science

Topic: Australia – PhD in Urban Rainfall-Informed Green Stormwater Management at The University of Queensland

Fields: Civil Engineering, Earth Sciences, Built Environment, Urban Planning, Environmental Science

Position: PhD

Country: australia_newzealand

Deadline: 2026-03-19

Main Category: engineering

University: The University of Queensland

Real Country: Australia

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Are you passionate about developing innovative solutions to urban flooding and advancing sustainable city design through cutting-edge research? If you are motivated to make a real-world impact in urban hydrology and green infrastructure, this fully funded PhD opportunity at The University of Queensland may be the ideal next step for your academic and professional journey.

About The University Or Research Institute

The University of Queensland (UQ) is one of Australia’s leading research and teaching institutions, consistently ranked among the top universities worldwide. Located in the vibrant city of Brisbane, UQ’s St Lucia campus offers an inspiring academic environment with world-class facilities and a diverse, international community. UQ is renowned for its commitment to excellence in research, innovation, and industry engagement, particularly in engineering, environmental sciences, and sustainable development. The university’s collaborative culture and robust industry partnerships position its graduates at the forefront of global research and practice.

Australia itself is recognized for its high quality of life, multicultural society, and thriving research ecosystem. Brisbane, as a dynamic urban center, provides a unique living laboratory for urban sustainability research and offers an excellent quality of life, with access to beautiful natural surroundings and a strong support system for international students.

Research Topic and Significance

The PhD project focuses on “Urban Rainfall-Informed Green Stormwater Management,” a critical research area as cities worldwide grapple with the increasing frequency and intensity of extreme rainfall events. Urbanization not only amplifies the risk of flooding but also modifies local rainfall patterns through complex land-atmosphere interactions. Understanding and mitigating these effects is essential for building resilient, sustainable cities.

This research leverages big observational data and advanced computational modeling to unravel how urban structures—such as green spaces, building density, and spatial layout—alter rainfall and contribute to localized flooding. The ultimate goal is to develop a robust framework for integrating green stormwater management solutions, thereby reducing flood risks and improving water quality in urban environments. The societal relevance of this work is immense, as it directly supports the design of cities that are better adapted to the challenges posed by climate change and rapid urbanization.

Project Details

The successful candidate will join a world-class research group led by Dr. Jessica Eisma, a recognized leader in nature-based solutions for urban stormwater management, with a particular focus on coastal communities. Dr. Eisma’s expertise extends to the modification of rainfall by urban environments, and her group collaborates with leading experts at Virginia Tech, Rice University, and institutions across Europe.

The project offers access to state-of-the-art computational resources and experimental facilities. There are ample opportunities to gather real-world field data in collaboration with government and industry partners. The selected PhD student will receive tailored training in numerical modeling and field data analysis, as well as support in building strong academic and professional networks. The research environment is highly interdisciplinary, fostering collaboration between civil engineering, atmospheric science, and urban planning.

The position is fully funded through the Research Project Scholarship, which includes a generous living stipend of $37,500 per annum (tax free, indexed annually) and full tuition coverage.

Candidate Profile

This Opportunity Is Ideal For Candidates With a Strong Academic Record And Demonstrated Potential For Research Excellence In Fields Such As Civil Engineering, Environmental Science, Urban Planning, Or Atmospheric Science. Applicants Should Have

– A background in water-sensitive urban design, urban hydrology, or related areas.

– Prior experience or knowledge in nature-based solutions and land/atmosphere interactions is highly beneficial.

– Academic achievement evidenced by previous degrees, publications, honors, or relevant awards.

– A keen interest in interdisciplinary research and a desire to address real-world urban sustainability challenges.

– Strong analytical skills and a willingness to engage with computational modeling and field data analysis.

Applicants with experience in atmospheric science or urban planning are particularly encouraged to apply. The selection process will consider academic records, publication history, honors, awards, and relevant employment experience.

Application Process

To apply for this position, candidates must submit an Expression of Interest (EOI) by 19 March, 2026.

Before applying, ensure you meet the eligibility requirements for the Doctor of Philosophy (PhD) at The University of Queensland and prepare the necessary documentation.

Application Steps
• Submit an Expression of Interest (EOI) for the PhD program at UQ.
• In your EOI, complete the ‘Scholarship/Sponsorship’ section with the following details:

– Project: ‘Research project scholarship’

– Scholarship Code: STORMWATER-EISMA
• You do not need to apply separately for the project or scholarship.

For further information on the project and the application process, please refer to the official scholarship advertisement:

https://study.uq.edu.au/study-options/phd-mphil-professional-doctorate/projects/urban-rainfall-informed-green-stormwater-management-0

Conclusion

This is a unique and fully funded opportunity to advance your research career at one of Australia’s top universities, contribute to the development of resilient urban environments, and build strong professional networks in the field of urban hydrology and green infrastructure. If you are driven to create positive change through scientific research and innovation, do not miss the chance to apply.

Explore more opportunities like this by following updates on leading university websites and research portals.

Questions & Answers

Question: Who is eligible to apply for this PhD position?

This position is open to candidates with a strong background in engineering, environmental science, urban planning, atmospheric science, or related fields. Candidates should demonstrate academic excellence and a keen interest in urban hydrology and green infrastructure.

Question: What financial support is provided?

The Research Project Scholarship covers a living stipend of $37,500 per annum (tax free, indexed annually) and full tuition fees.

Question: What is the application deadline?

The deadline for submitting an Expression of Interest (EOI) is 19 March, 2026.

Question: What research facilities and resources are available?

The project provides access to advanced computational resources, experimental facilities, and opportunities for real-world data collection in collaboration with government and industry partners.

Question: Who will supervise the project?

The principal supervisor is Dr. Jessica Eisma from the School of Civil Engineering at The University of Queensland.

Question: What skills or experience are desirable for applicants?

Experience in water-sensitive urban design, urban hydrology, nature-based solutions, land/atmosphere interactions, and computational modeling is highly desirable.

Question: Do I need to apply separately for the scholarship?

No, you do not need to apply separately. Simply indicate the project and scholarship code in your EOI.

Question: Where can I find more information about the project and how to apply?

Full Project And Application Details Are Available At

https://study.uq.edu.au/study-options/phd-mphil-professional-doctorate/projects/urban-rainfall-informed-green-stormwater-management-0

Want to calculate your PhD admission chances? Try it here:

https://phdfinder.com/2026/03/12/phd-admission-chance-calculator/

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