Summary
From humble beginnings in 1945, the Queensland Institute of Medical Research, now known as QIMR Berghofer, is one of Australia’s most successful medical research institutes, translating discoveries from bench to bedside for a better future of health.
As part of WSFB 2025, students are invited to experience The Day in the Life of a Scientist. Step into the Genetics Lab for a hands-on experience while interacting with scientists working in the world of medical research.
During the program, students will:
- complete a hands-on experimental activity in a state-of-the-art education laboratory
- hear a talk from researchers working at the forefront of discovery
- tour the Institute’s world-class medical research facilities
More Information
School Resources
- Years 9-10: Science: Biological Sciences, Science as a Human Endeavour, Science Inquiry Skills, Work Studies
- Years 11-12: Biology (General Senior Subject) – Cells and Multicellular Organisms, Maintaining the Internal Environment, Heredity and Continuity of Life. Chemistry (General Senior Subject) – Chemical Fundamentals, Structure, Synthesis, and Design. Health (General Senior Subject):
- Cross-Curricular Links: STEM Learning, Design and Technologies,
- Critical and Creative Thinking: Problem Solving and Innovation
School Information
To book, complete the QTIX School Group Booking Request form.
If you have any questions, please phone a QTIX Groups Bookings Officer on (07) 3840 7466.
Please note the student to adult ratio – please see our Information for Schools page for details.
All visitors must wear enclosed, comfortable shoes.
Venue: QIMR Berghofer Medical Research Institute,
300 Herston Rd, Herston QLD 4006
Running time 5 hours (inc lunch break)
Accessibility
To discuss your access requirements and to book any access services for performances, please call Qtix 136 246. Want to plan your visit? Learn More
Extra Resources
What is DNA and how does it help us classify animals? In this resource you will learn how DNA sequences help scientists classify species, and explore how Queensland Museum researchers used DNA to discover new reptile species. You will also use DNA evidence to determine if two butterfly specimens belong to the same species.
Corals In the past, coral species were identified solely by the physical characters of the coral skeleton. However, analysing coral DNA is providing scientists with a new understanding of the diversity and evolution of corals.
Queensland Museum has a responsibility to collect, research and promote Queensland’s natural, cultural and technological heritage. Our collections provide evidence of changes occurring in our natural and cultural environments.
Cost
$350+GST per session (24 student capacity)