Research Associate – Singlet Fission & Spin Dynamics (Flexible) in Sydney

Research Associate – Singlet Fission & Spin Dynamics (Flexible) in Sydney

Sydney Full-Time 48690 - 59510 $ / year (est.) Hybrid
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At a Glance

  • Tasks: Conduct cutting-edge research in solar energy and spin-physics models.
  • Company: UNSW, a leader in renewable energy research.
  • Benefits: Flexible working hours, collaborative environment, and access to top-notch resources.
  • Other info: Opportunity to work alongside leading experts in the field.
  • Why this job: Join a team making a real difference in sustainable energy solutions.
  • Qualifications: Background in physics, chemistry, or engineering with research experience.

The predicted salary is between 48690 - 59510 $ per year.

The Research Associate (Level A) at UNSW's School of Photovoltaic and Renewable Energy Engineering contributes to world‐leading solar research by developing spin-physics models and applying magnetic-field‐dependent spectroscopy to study singlet fission.

This work supports A/Prof.

Murad Tayebjee's ARC Future Fellowship.

Working with physicists, chemists and engineers, you will perform both theoretical and experimental research, analyse data, draft design principles for materials and devices,

Research Associate – Singlet Fission & Spin Dynamics (Flexible) in Sydney employer: UNSW

UNSW is an exceptional employer that fosters a collaborative and innovative work culture, providing employees with the opportunity to make a meaningful impact through their fundraising efforts. Located in a vibrant academic environment, staff benefit from professional development opportunities, a commitment to diversity, and a supportive community that values each individual's contributions. Join us to be part of a mission-driven organisation dedicated to advancing education and research while enjoying a fulfilling career.

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Contact Details:

UNSW Recruitment Team

We think you need these skills to ace Research Associate – Singlet Fission & Spin Dynamics (Flexible) in Sydney

Spin-Physics Modelling
Magnetic-Field-Dependent Spectroscopy
Theoretical Research
Experimental Research
Data Analysis
Collaboration with Physicists
Collaboration with Chemists