Join a research team with an international reputation for advancing next‑generation solar energy technologies. Contribute to Australian Government‑funded projects developing innovative, eco‑friendly nanomaterials and high‑efficiency photovoltaic devices with real‑world industry impact.

Salary package: Annual base salary from $112,550 (Level A6) plus 17% employer's superannuation contribution and annual leave loading.

- Full‑time, fixed‑term role for 12 months
- Based at Macquarie University, Wallumattagal Campus, North Ryde
- Build your academic networks and further your research career

The Role

An exciting opportunity has become available in the School of Engineering at Macquarie University. We are seeking a qualified Research Associate to join a team with an international reputation for producing high‑quality, industry‑relevant research in the area of advanced solar energy devices.

We are looking for a passionate and accomplished researcher with a solid track record in developing high‑quality nanomaterials and high‑efficiency solar energy devices.

The successful candidate will join established projects funded by the Australian Government, focusing on the development of a pilot prototype for eco‑friendly manufacturing. The project will involve optimising green and non‑toxic nanomaterial formulations, as well as materials and device fabrication processes, to achieve high power conversion efficiency. The role will also include supervising junior researchers within the photovoltaics group in the School of Engineering.

Key Responsibilities





- Set up a scalable synthesis and fabrication facility for non‑toxic nanomaterials and devices
- Implement green production in highly light‑emitting nanomaterials and solar‑cell fabrication

Selection Criteria

- A PhD in photovoltaic engineering or a closely related discipline
- Strong research experience in light‑emitting nanomaterials synthesis and solar energy harvesting devices as demonstrated by high‑quality publications or patents
- Expertise in nanomaterial characterisation (both optical and electrical) as demonstrated by high‑quality publications or patents
- Strong interpersonal, written and verbal communication skills
- Ability to implement required health and safety policies and procedures
- A track record of working with industry partners

All offers of employment are conditional upon satisfactory verification of a Criminal History Check and a PhD Qualification Check.

Applications close: 17th July 2026 at 11:59pm (AEST).

Benefits

- Subsidised onsite parking options
- Flexible working options
- Training and professional development
- Discounted health insurance (Medibank)
- Subsidised membership at the Sport & Aquatic Centre

Flexible Work

Macquarie University believes by providing flexibility in when, where and how work is done, we can support staff to manage personal commitments while optimising work performance and contributions to the University. For more information on our flexible work practices, please visit our Jobs at Macquarie page.

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📌 Research Associate in Solution Processed Nanomaterials and Solar Energy Devices (City of Ryde)
🏢 Macquarie University
📍 City of Ryde