Research Associate- School of Photovoltaic and Renewable Energy Engineering
About the role
The School of Photovoltaic and Renewable Energy Engineering is internationally recognised for its record-breaking research in solar power (photovoltaics) and renewable energy. The PERC solar cell was first invented at UNSW in 1983 and today powers more than 85% of all new solar panel modules worldwide. SPREE continues to be at the forefront of leading-edge research and development in renewable technology as economies transition away from fossil fuels.
The Research Associate (Level A) contributes to UNSW’s research excellence through the development of innovative molecular devices based on singlet fission, an emerging photophysical process with the potential to enhance solar-energy conversion and advance optoelectronic technologies. The role focuses on developing advanced spin-physics models and applying magnetic-field-dependent spectroscopy techniques to investigate, quantify and control the spin dynamics underpinning singlet fission, contributing directly to A/Prof. Murad Tayebjee’s ARC Future Fellowship research. Working collaboratively with researchers and academic colleagues, the Research Associate undertakes theoretical and experimental research, analyses and interprets complex data, and contributes to the development of design principles for efficient singlet fission materials and devices. The position also supports the dissemination of research findings through scholarly publications, conferences and workshops, while providing technical and theoretical guidance to PhD students and contributing to the broader research activities of the group. The Research Associate reports to A/Prof. Murad Tayebjee and has no direct reports.
Location: Kensington, Sydney, New South Wales. Visa sponsorship is not available for this position; candidates must hold unrestricted work rights to be considered.
Responsibilities
- Develop innovative molecular devices based on singlet fission
- Develop advanced spin-physics models
- Apply magnetic-field-dependent spectroscopy techniques to investigate, quantify and control spin dynamics underpinning singlet fission
- Undertake theoretical and experimental research
- Analyse and interpret complex data
- Contribute to the development of design principles for efficient singlet fission materials and devices
- Disseminate research findings through scholarly publications, conferences and workshops
- Provide technical and theoretical guidance to PhD students
- Contribute to the broader research activities of the group
Requirements
- Experience modelling the spin physics of triplet excitons
- Experience working with magnetic field dependent imaging and modulated magnetic field spectroscopy techniques
- Experience working in a multidisciplinary team of physicists, chemists, and engineers
- A PhD in a related discipline, and/or relevant work experience
- Proven commitment to proactively keeping up to date with discipline knowledge and developments
- Demonstrated ability to undertake high-quality academic research and conduct independent research with limited supervision
- Demonstrated track record of publications and conference presentations relative to opportunity
Skills
- Spin physics modelling of triplet excitons
- Magnetic field dependent imaging
- Modulated magnetic field spectroscopy techniques
- Multidisciplinary collaboration across physics, chemistry, and engineering
- Independent research design and execution
- Scholarly publication and conference presentation
- Mentoring and technical guidance of PhD students
Benefits
- 17% Superannuation and leave loading
- Flexible working arrangements
- Additional 3 days of leave over the Christmas period
- Access to lifelong learning and career development
- Progressive HR practices
Pay
Research Academic Level A6–A8 from $118,467 per annum + 17% Super + Annual Leave Loading
Schedule
Full Time, 35 hours per week. Fixed term until 31 December 2027.