Excerpt reviewed · high confidence
Live PageUp begin-application page retains lJobID=542035 and requests an email address to continue.UNSW Sydney
UNSW Sydney
Develop biopolymer-based energy harvesters that convert low-frequency mechanical motion into electrical power. Create test strategies, apply DC poling and corona charging, automate experimental setups and characterise electromechanical coupling and power output.
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Source visited 7 Aug 2026 (UTC). A source visit does not establish every employment term or confirm that applications remain open.
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Excerpt reviewed · high confidence
Live PageUp begin-application page retains lJobID=542035 and requests an email address to continue.UNSW Sydney
Excerpt reviewed · high confidence
Official vacancy page states AUD 113,000 to 121,000 per annum plus 17% superannuation and annual leave loading, Level A, full-time employment and a 3 years fixed-term contract.UNSW Sydney
Excerpt reviewed · high confidence
Official vacancy page states the closing date 2026-08-27 using AUS Eastern Standard Time metadata.UNSW Sydney
Excerpt reviewed · high confidence
Official UNSW vacancy page identifies job 542035, the title, full-time work type and Post Doctoral Research Associate category.UNSW Sydney
Excerpt reviewed · high confidence
PhD awarded or nearing completion in materials science, electrical engineering, mechatronics, applied physics or a closely related discipline. Experience in electrical characterisation of materials or devices and analysis of low-level electrical measurements. Electrical characterisation experience using methods such as impedance spectroscopy, dielectric measurements or low-level charge and current measurement. Understanding of electromechanical coupling mechanisms. Data-analysis skills for low-level electrical measurements. Publication and conference-presentation record relative to opportunity.UNSW Sydney
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