Immerse yourself in a fully-funded PhD scholarship through CSIRO's Next Generation Graduates Program, an industry-driven, multi-disciplinary graduate training program that equips you with entrepreneurial thinking and skill sets for breakthrough innovation in emerging technologies.
About the Project
You will be based at James Cook University in Cairns, working collaboratively with Cairns Regional Council to examine strategic approaches to urban heat mitigation. This project will deploy heat sensors in key neighbourhoods across the city to identify high-risk locations affected by the urban heat island (UHI) effect.
The project will integrate population and demographic data and utilise advanced modelling simulations to develop a strategic urban cooling plan, which will inform local policy decisions. In doing so, the research will propose areas for mitigation, ensuring interventions are both effective and equitable.
Research Focus
Urban design interventions such as increasing green spaces, enhancing urban albedo and built shade can significantly reduce UHI intensity and improve thermal comfort for residents. This interdisciplinary project will address the complex interactions between urban infrastructure, climate change and community resilience.
Your Responsibilities
* Conduct research relevant to urban heat mitigation in Cairns
* Work closely with JCU supervisors and Cairns Regional Council to refine the research focus within the broader project goals
* Undertake 6 months of placement at Cairns Regional Council as part of research activities, over the course of the PhD
* Participate in CSIRO's Next Generation cohort building activities around Australia
What You'll Get Out Of It
This PhD project offers highly competitive financial support, specialised training in new technologies, and the opportunity to contribute to meaningful research that will shape the future of urban living in Cairns.
Under the supervision of A/Prof Lisa Law, you will receive comprehensive support to undertake research activities, including presenting at national and international conferences and collaborating with multidisciplinary experts across the university.
This is a unique opportunity to work on a project that has real-world implications for the community and to develop your skills and expertise in a supportive and collaborative environment.