We are looking for PhD candidates on the topic described below to commence in 2020. This is part of UNSW’s
scientia scheme, where the successful candidate will receive AU$40K/year stipend, AU$10K/year on career development, as well as tailor-led career development plans. Applicants should
register their interest by the 12th of July: https://www.scientia.unsw.edu.au/scientia-phd-scholarships/our-health-during-heatwaves-climate-change-responsible.
If successful after this initial step, the supervisors will be in touch with the candidate to guide them on the formal submission process. The supervisory team includes Dr Sarah Perkins-Kirkpatrick and Dr Melissa Hart of UNSW Sydney, and Dr Sophie Lewis of
Any queries on the project or the scientia process, please contact Sarah Perkins-Kirkpatrick (email@example.com)
Heatwaves have adverse health impacts on Australians. Recent heatwaves have incurred severe health burdens, which are likely to worsen under a warmer climate. This project will examine the influence of anthropogenic climate change on health impacts of Australians
during heatwaves. It will involve investigating high-impact events and determining vulnerable demographics and exacerbated diseases. Analyses of climate (e.g. observations and projections from climate models) and human health (e.g. hospital admissions) data
will be undertaken for various regional and temporal scales. Once health impacts of significant heatwaves are isolated, cutting-edge detection and attribution methods will determine the role of anthropogenic climate change.
The ideal candidate will have a keen interest in the global impacts of heatwaves, and detection and attribution methods. They must be enthusiastic about communicating the findings of their research beyond the climate science community to stakeholders and the
general public. Innovative methods to successfully communicate their findings to a wide audience are welcomed, inclusive of cross-discipline initiatives. The candidate will work closely with UNSW’s grand challenge on climate change – their scientific findings
will support knowledge conveyed by the grand challenge, and they will actively contribute to the public debate around climate change.
The successful candidate will also have a Bachelor’s degree in atmospheric science, maths, physics, or a related field, with a high GPA. They will have either a masters or first class honors degree in a similar field. Graduates with a background in climate
or atmospheric science, or similar quantitative sciences are welcome, as well as those from epidemiological sciences. While having experience in both fields is desirable, it is not essential. They must have some programming experience in analytical languages
such as MATLAB, R or Python. A background in model development and/or statistics is desirable but not essential. Students with prior research and/or work experience in climate science will be given priority.
Dr Sarah Perkins-Kirkpatrick
ARC Future Fellow/Senior Lecturer
Climate Change Research Centre