Enhancing the protective capability of photovoltaic modules

Hailstones cause significant damage to photovoltaic modules worldwide. This PhD project will explore innovative approaches to improving module resilience through the incorporation of thin, cost-effective material layers designed to limit the propagation of impact-induced damage.

Using experimental, computational and analytical methods, the research will investigate the fundamental mechanisms governing damage initiation and growth in photovoltaic modules. The findings will contribute to improved impact-resistance testing, damage prediction and the development of more durable photovoltaic systems.

Code: 1661 Mechanical Engineering

Campus: Canberra

Desired background

A Bachelor of Engineering degree in Mechanical Engineering, or an equivalent qualification, is preferred. Applicants with a Bachelor of Science with Honours in Physics or Materials Science will also be considered. A research master’s degree, or a master’s degree with a substantial research component, would be advantageous. The successful applicant must also meet the University of New South Wales’ admission requirements.

Scholarship

$39,206 per annum (2026 rate, indexed) for 3.5 years

Eligibility

Domestic PhD candidates only.

How to apply

If you are interested in submitting an expression of interest, please contact Professor Paul Hazell (p.hazell@unsw.edu.au)  by 30 November 2026 with the following:

• Cover letter addressing the criteria
• Copy of your CV
• Your academic transcripts

If successful, you will need to submit a formal application, available here https://www.unsw.edu.au/research/hdr/application for admission to UNSW.