Getting robots to do our dirty work
Coming to a sewer near you – robots cleaning our urban pipelines. Mechatronic engineering shows you how.
Not so long ago robots were science fiction. Today, they are rapidly becoming a part of our daily lives. From drones to surgical bots, they do the difficult and nasty things that humans can’t or would rather avoid. The revolution of our robotics, comes about from mechatronic engineering.
Forty-four per cent of jobs are under threat from automation, according to CSIRO. And it’s not just manufacturing, even jobs like accounting and law are at risk. But the news is not all bad. Just as fast as robots are replacing jobs, new careers are being created and many of them are in robotics.
What does it take to get into Mechatronic engineering?
To get into robotics you need to study mechatronic engineering, which is a combination of mechanical, electronic, computing and control engineering. “It is a versatile degree that’s going to become even more popular and relevant in the future,” says Associate Professor Sarath Kodagoda (inset), program coordinator for mechatronic engineering at the University of Technology Sydney.
Mechatronic engineering offers many interesting career paths. Add biology and you could create robots inspired by nature, such as the gecko drone created by Stanford University in the US. This drone was inspired by the warm-climate lizard, which can stick to any surface except Teflon.
It’s the gecko’s hairy toes that enables it to climb walls. The drone mimics this effect, creating a robot that can land on any surface. And why would that be useful? One example is Amazon, which is considering using drones for home deliveries. And soon you may be able to get a pizza delivered to your door by a sticky-footed drone.
Delivering pizza isn’t the worst job in the world, but inspecting sewerage pipes might be – so getting a robot to do that sort of dirty work has to be a good thing. Sarath is working with Sydney Water to develop a maintenance robot to check the status of the city’s network of pipes used to transport sewage.
“We send robotic tools into the pipes to map the wall thickness, which gives an indication of the status of the pipe,” he says.
“This system can be controlled remotely so people don’t have to go into the sewers. But we will still need someone to operate the robot and others to maintain it.” – Rebecca Blackburn
Discover how Nathan Adler used mechatronic engineering to create his own surf robot.
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Mechatronics, Edith Cowan University
Robotics/Mechatronics, Swinburne University of Technology
Mechatronics/Intelligent Systems, UTS
Mechatronic engineering, University of Queensland
Mechatronic engineer: *$64,590
Mechatronic design engineer: *$103,393
Systems engineer: *$77,645
| Toshiba | Sydney Water
| CSL Group | GE Group