Anonymous $1.5 million donation to robotics research aims to make technology accessible to the average Australian farmer.
Project co-ordinator Salah Sukkarieh Professor of Robotics and Intelligent Systems, and Director of Research and Innovation at the Australian Centre for Field Robotics says the affordable Farmbots will give farmers a tool to help better manage their farms.
“It will also help them reduce the time spent on laborious farm duties, crop and animal monitoring, as well as invasive pest management,” he said.
“The technology will provide our farming community with low-cost platforms that can be adapted easily to meet the farmer’s individual needs.
“The new technology will assist agriculturalists in taking their farms into the future as well as provide an education tool for the next generation of growers.
“We will develop two low-cost Farmbot devices – the EmuBot™ and the KangaBot™. The platforms will be rugged, robust, battery and solar powered, energy efficient, simple to operate, and easily adaptable to meet different faming needs,” Professor Sukkarieh said.
The two variants will capture a wide range of agriculture applications from livestock, to tree crops and vegetable rows.
“We want to give all farmers the opportunity to have access to transformational technology by creating an affordable robot,” says senior technical developer Mark Calleija.
“Access to low cost robots would positively impact the quality of life for our farmers and their communities.
“It would help them address input and labour costs and improve efficiencies.
“It will also provide a generic platform that will enable farmers to grow technological capability on their farms as well as provide an educational tool for next generation growers.
“The mainstream use of agricultural robotics will also encourage a renewed interest in farming and attract a new technology-savvy generation back to the farm,” said Calleija.
With Australia’s population expected to reach around 38 million by 2060 the Australian Productivity Commission’s July 2015 update report said future growth in Australia’s agricultural sector “is likely to depend on the more productive use of land, water and other natural endowments through the application of the most up-to-date equipment and technologies against the background of changing productive potential.”
Professor Archie Johnston, dean Faculty of Engineering and Information Technologies, said this type of generous donation would accelerate researchers’ efforts in working collaboratively with industry groups to deliver innovative technologies that will inevitably revolutionise farming techniques.
With every gift to the University of Sydney, donors become part of INSPIRED – the Campaign to support the University of Sydney, which aims to raise $600 million by 2017.
Three small Australian cube-sized satellites will be launched from the International Space Station to research new regions that could impact technology used on Earth, with the University of Sydney leading development of one of the CubeSats, undergoing testing in Canberra this week.
Sudden cardiac death claims the lives of 2-3 young Australians every week.
Unveiled this week, the new flight planning system is the result of a world-first, four-year project conducted at the University’s Australian Centre for Field Robotics (ACFR). The team comprising four aeronautical research fellows, 3 PhD candidates and 10 software engineers worked on designing new system models.
The University of Sydney has welcomed the NSW Government's $25 million pledge to create the Sydney School of Entrepreneurship as a new collaborative venture in the higher education sector.
With Australia’s farming future looking increasingly reliant on automated technologies, such as low-cost robotics, the industry’s vision should include more support for agri-technology start-ups, retraining growers and agronomists for a digital age, and introducing rural kids to hands-on robotics.
Despite demand from overseas markets such as China, Australia’s milk wars illustrate the difficulty of taking a low-cost commodity approach to competition. Farmers need to embrace digital disruption, promoting our renowned clean, green produce by using tools that are increasingly available to detail the journey from behind the farm gate to the consumer.
MadMaker is the brainchild of electrical and information technologies engineer Dr Abelardo Pardo, a specialist in technology-based learning. It was designed to inspire students who may not have previously considered a future career in engineering, technology or science-related fields.
Confidence is key when motivating young people to change their diet and exercise habits, new research from the University of Sydney shows.
An international team has created a harder-than-diamond Lonsdaleite diamond – usually found at the site of meteoric impacts. Unlike cubic diamonds, the hexagonal creation is more likely to be used in manufacturing.
University of Sydney alumnus Dr Martin Seneviratne has been named the 2017 Roden Cutler NSW John Monash Scholar. The award will see Dr Seneviratne head to Stanford University to continue his ground-breaking work into clinical informatics.