Robots - photo essay/print
The industrial application of automated and robotic technologies has been a feature of manufacturing for many years.
Typically, these kinds of robots are used in a very structured way – performing basic, repetitive tasks, 24 hours a day.
But there’s a revolution on the way, and it’s all due to the vast improvements in sensor capabilities.
Tamzin Walker says cheaper, more efficient sensors and responsive technology are enabling the development of interactive, humanoid robots.
Ms Walker, who has a degree in mechatronics engineering and computer science, is doing a masters of engineering degree at Edith Cowan University, and is co-founder of the ECU Robotics and Programming Society.
Her masters project involves programming a Baxter industrial robot to be able to identify and remove plastic bags from recycling plant conveyer belts.
“If you’re interested in engineering but don’t think you can do it, give it a shot. You will probably surprise yourself,” she said.
Read MoreTypically, these kinds of robots are used in a very structured way – performing basic, repetitive tasks, 24 hours a day.
But there’s a revolution on the way, and it’s all due to the vast improvements in sensor capabilities.
Tamzin Walker says cheaper, more efficient sensors and responsive technology are enabling the development of interactive, humanoid robots.
Ms Walker, who has a degree in mechatronics engineering and computer science, is doing a masters of engineering degree at Edith Cowan University, and is co-founder of the ECU Robotics and Programming Society.
Her masters project involves programming a Baxter industrial robot to be able to identify and remove plastic bags from recycling plant conveyer belts.
“If you’re interested in engineering but don’t think you can do it, give it a shot. You will probably surprise yourself,” she said.
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