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for construction waste grasping, and further design flexible and adaptable robotic grippers for waste handling. The existing commercial robotic hand and grippers might not be able to handle irregular and heavy
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Opportunity This PhD scholarship is funded as an important part of an ARC funded project Advancing Policy Design for Robots in Public Spaces, conducted by Professor Michael Mintrom, Associate Professor Shanti
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manufacturer of hand-held metal detection technologies, has collaborated with researchers at the University of Adelaide to develop this industry PhD opportunity, to explore the use of semi-autonomous robots
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largely uses traditionally approaches when it comes to laboratory work and synthesis of materials, also here the advent of automation, robotics and machine learning is bringing tremendous change
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vision. The project will be conducted at the Newcastle Robotics Lab in Australia in collaboration with industry partners 4AI Systems and 4Tel Pty Ltd who specialise on rail transport safety. The PhD
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substrate. The key research areas of the project include building on results that led to significant improvement in durability of mild steel via a new robotic additive coating process at high thicknesses
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Department of Mechanical Engineering. The successful candidate will have strong interest in computer vision, AI and/or robotics techniques. A programming skill (e.g., Python) would also be essential. They will
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substrate. The key research areas of the project include building on results that led to significant improvement in durability of mild steel via a new robotic additive coating process at high thicknesses
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as a full-time, internal student have an honours or masters degree in one of these areas: robotics computer science other related discipline. How to apply Apply for this scholarship at the same time
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substrate. The key research areas of the project include building on results that led to significant improvement in durability of mild steel via a new robotic additive coating process at high thicknesses