AI empowered robots for dexterous manipulation in warehouse automation
We are thrilled to announce our collaboration with Dematic on an industry-focused PhD project aimed at addressing key challenges in the materials handling sector. This collaborative effort brings together academic expertise and industry insights to drive innovation and deliver real-world impact.
Project Overview:
The project is called “AI empowered robots for dexterous manipulation in warehouse automation”, focuses on developing intelligent warehouse robots capable of learning human-level handling of objects and adapting their previous experience to new work tasks. It seeks to alleviate challenges relating to labour shortages and put Australia at the forefront in adoption of robotics in warehousing – leading to faster deliveries, better working conditions and a more efficient supply chain.
Collaborative Approach:
Leveraging the University of Technology Sydney’s renowned expertise in Robotics and Artificial Intelligence, and Dematic’s industry leadership in warehousing automation and intralogistics, this project epitomizes a collaborative approach that bridges the gap between academia and industry.
Value for Industry:
“Supply chains are vital to the health, safety and wellbeing of Australians, including getting food, medicines and other goods to consumers, and products to essential services, industry and utilities. Using AI to develop warehouse robots that can handle sophisticated tasks with dexterity and accuracy will further revolutionise our industry, creating efficient, resilient, agile and sustainable supply chains that ensure critical productivity growth and economic stability for all Australians.” – Morne Rathbone, Vice President Engineering Asia Pacific, Dematic.
Value for Academia:
At University of Technology Sydney, we take pride in pushing the boundaries of knowledge and innovation. This project presents a unique opportunity to apply our cutting-edge interdisciplinary research in artificial intelligence and robotics, making a significant impact on the materials handling and intralogistics industries. In collaboration with Dematic, we aim to drive revolutionary advancements that will resonate not only within the academic community but also across the broader industrial landscape.” – Distinguished Professor Dikai Liu, Strategic Research Director, UTS Robotics Institute
Student Perspective:
“I am thrilled to be embarking on this industry PhD journey, where I will have the opportunity to leverage my industrial experience to pioneer research in Robotics and AI. Working at the forefront of these dynamic and fast-paced fields promises to be both exciting and challenging. I’m grateful for the chance to collaborate with leading experts at UTS to develop groundbreaking technologies set to drive significant transformation in industry.” – Aleksandar Krnjaic, Senior Research Engineer, Dematic.