Our workshops
![](https://cms.qut.edu.au/__data/assets/image/0009/689085/building-a-rescue-arm.jpg)
Mechatronics: build and code rescue arms
Using the engineering principles of mechatronics, students construct a robot arm from a range of components and motors.
Discipline areas: T E M
Year level: 9 to 10
Duration: Full-day
Mechatronics: build and code rescue arms workshop![](https://cms.qut.edu.au/__data/assets/image/0003/689106/hands-on-workshop.jpg)
Modelling science data
Students collect real data using motion sensors, and learn how to fit mathematical models to represent the data.
Discipline areas: S T E M
Year level: 10 to 12
Duration: Half-day
Modelling science data workshopPython: cars of the future
This workshop introduces students to the basics of programming logic and processes, then extends students to navigate a driverless car.
Discipline areas: T E M
Year level: 8 to 10
Duration: Full-day
Python: cars of the future workshop![](https://cms.qut.edu.au/__data/assets/image/0006/688596/rockets-101-orbiter-lauch-simulation.jpg)
Rockets 101
Students investigate the relationships between force, mass, thrust, speed and different fuel combinations in order to launch the highest rocket.
Discipline areas: S T E
Year level: 7 to 9
Duration: Half-day
Rockets 101 workshop![](https://cms.qut.edu.au/__data/assets/image/0005/1009409/science-meets-art.jpg)
Science meets art
Drawing on the art of Ken and Julia Yonetani, students will develop an understanding of how to communicate impact through art and science.
Discipline areas: S
Year level: 7-8
Duration: Half-day
Science meets art workshop![](https://cms.qut.edu.au/__data/assets/image/0010/688960/space-simulations.jpg)
Understanding space-time and relativity
This workshop will introduce the concepts of gravity, kinematics and relativity and how they can be applied to better understand the universe.
Discipline areas: S T E M
Year level: 9 to 10 (Junior), 11 to 12 (Senior)
Duration: Full-day
Understanding space-time and relativity workshop