Research Fellow - Ultrafast/Strong-Field/Attosecond Science

Griffithuniversity; Brisbane; Hybrid; AUD 117,000 - 139,000; Full time

Benefits offered by this job

Learning & Development

Hybrid work options

Salary packaging

Health discounts

Parental leave

Leave loading

Internal mobility

Wellbeing initiatives

Job summary

Griffith University in BrisbaneSouth (Nathan) campus invites a Research Fellow to join a leading team in ultrafast, strong‑field and attosecond science within the ARC Discovery Project. You will design and deliver innovative experiments, publish in top journals and support HDR supervision.

Collaborating with world‑class researchers, you will access state‑of‑the‑art facilities, contribute to high‑impact outcomes and strengthen Griffith University’s reputation for research excellence with a

Qualifications

• PhD or equivalent qualifications/work experience in Ultrafast/Strong‑Field/Attosecond science or a related field.
• Post‑doctoral experience and hands‑on knowledge of intense ultrafast lasers and/or photon/particle detectors preferred.
• Sponsorship may be offered for the right candidate.

Responsibilities

• Conduct high-quality research advancing the project objectives and collaborative efforts.
• Publish findings in leading international journals and contribute to competitive funding applications.
• Collaborate with multidisciplinary teams and supervise HDR candidates as required.
• Deliver research outputs including publications, conferences and technical reports.
• Support teaching and student learning activities and maintain a safe research environment.

Skills

Research experience

Ultrafast lasers

Photon detectors

Education

PhD or equivalent in Ultrafast/Strong-Field/Attosecond science

Tools

Ultrafast laser systems

Job description

About the opportunity

We are seeking a talented and motivated Research Fellow to join a leading research team undertaking pioneering work in ultrafast, strong-field and attosecond science. This role offers the opportunity to contribute to internationally recognised research at the forefront of understanding electron dynamics and chemical processes on attosecond timescales.

Working collaboratively with world-class researchers, you will play a key role in the Australian Research Council Discovery Project, "Attochemistry - Imaging Valence Electrons in Motion" Through the design and delivery of innovative experiments, you will help advance fundamental knowledge of electron behaviour during chemical transformations, contributing to high-impact research outcomes and strengthening Griffith University’s reputation for research excellence.

This is an exciting opportunity to access state-of-the‑art facilities, collaborate across disciplines, and contribute to breakthrough discoveries in a rapidly evolving field of science.

Key responsibilities

• Conduct high-quality research that advances the objectives of the research program, contributing to innovative discoveries and impactful outcomes within the Centre and associated projects.
• Develop a strong research profile through the publication of findings in leading international peer‑reviewed journals and by contributing to the development of competitive research funding applications.
• Collaborate with multidisciplinary research teams, providing expertise and contributing to a broad range of research initiatives aligned with the Centre's priorities.
• Prepare and deliver high-quality research outputs, including publications, conference presentations, technical reports and stakeholder communications.
• Contribute to teaching, student learning and curriculum activities as required, supporting Griffith University’s commitment to academic excellence.
• Support the supervision, mentoring and development of Higher Degree Research (HDR) candidates, fostering a positive and productive research environment.
• Provide guidance and oversight to Research Assistants and technical staff to ensure the successful delivery of research objectives.
• Maintain compliance with all relevant legislation, ethical requirements, laboratory standards, and University policies and procedures, while promoting a safe, inclusive and professional research culture.

About you

The occupant of this position will hold a PhD or equivalent qualifications/work experience in Ultrafast/Strong‑Field/Attosecond science or a related field.

Candidates with prior post‑doctoral research experience and hands‑on operational knowledge of intense ultrafast lasers and/or photon/particle detectors will be favoured.

Sponsorship may be offered for the right candidate.

What we can offer

This is a full time, fixed term opportunity until 30/09/2029 based at Brisbane South (Nathan) campus. As Griffith is a multi‑site university, you may be required to work across other locations.

Griffith University’s sites are located on the lands of the Yugarabul, Yuggera, Jagera, Turrbal, Yugambeh and Kombumerri peoples.

Salary

Research Fellow Grade 2 - Base range - $117,076.11 - $139,031.71 + 17% superannuation. Full package range - $136,979.05 - $162,667.11.

Why join Griffith?

• Wide range of Learning and Development opportunities
• Mix of on campus and work from home options available and a supportive work environment
• Salary packaging options and corporate health discounts
• Generous leave entitlements including paid parental leave and leave loading
• Support with future learning opportunities through our educational staff assistance scheme
• Opportunities for internal mobility
• Health Safety and Wellbeing initiatives - on campus Gym facilities

At Griffith, we're committed to providing a safe and inclusive environment for all - whoever you are and wherever you're from. If you require any accommodations, we welcome you to let us know so we can work with you to participate fully in our recruitment experience.

Griffith University values diversity, inclusion and flexibility and we encourage Aboriginal and Torres Strait Islander, and people of all backgrounds to apply. For more information please visit our Equity, Diversity and Inclusion page. Our University is committed to fostering a safe, respectful and inclusive community for all. In alignment with the National Higher Education Code to Prevent and Respond to Gender‑based Violence (2025), Griffith University includes a declaration as part of the recruitment journey to uphold the values and standards of our community. Griffith University also maintains a strict zero‑tolerance policy against all forms of modern slavery. For more information, please refer to Griffith's Modern Slavery Policy .