KOALA 2026
The 17th Conference on Optics, Atoms, and Laser Applications

KOALA, a unique, non-profit, “for students, by students” event. The conference began in 2008 to give undergraduates and Higher Degree Research students in optics, photonics, quantum, and laser applications a platform to present research and network with peers and industry leaders.
In 2026, we are expanding the conference scope to include a stronger focus on quantum science and technologies, reflecting the rapid growth and national strategic importance of this sector.
With around 100 attendees in recent years, KOALA is now the leading student conference in Australia and Aotearoa New Zealand. It will be held at The University of Sydney, for 30th November - 4 December 2026.
KOALA 2026 will feature:
Plenary and Student Talks: Plenary talks by leading local and international invited speakers, and 50+ student oral presentations.
Poster Presentations: 50+ student posters with 1-minute preview pitches, followed by discussion and networking.
IDEA Panel: A dedicated panel session on Inclusion, Diversity, Equity, and Accessibility (IDEA), focusing on student experiences to highlight challenges, share perspectives, and examine practical ways to foster a more inclusive and equitable scientific community.
Social Day: A relaxed day to explore Sydney, unwind, and build meaningful connections with fellow participants in an informal and social setting.
Careers Panel and Industry Night: Insights into career pathways in optics, photonics, and quantum within Australia’s growing deep‑tech sector, followed by networking with industry.
Workshops: Focused sessions offering practical experience with key techniques and tools, led by experts from academia and industry.
To make the conference as accessible as possible, for those that attend and present at KOALA the conference registration is an all-inclusive fee, covering all programmed conference activities, as well as accommodation with a light breakfast.
Key Dates
Date
Time
Location
The University of Sydney
Tags
Community