Media releases

Federation University Australia and Bulmer Farms have partnered to develop groundbreaking technology in farm automation. 

Federation University student, Rizan Mohamed, is the driving research into automating the harvesting of baby broccoli, a crop where every stem is currently hand harvested, making it a highly labour-intensive process. 

The research has been made possible thanks to an industry-funded Higher Degrees by Research (HDR) grant, which is an integral part of Federations co-operative model. The Co-op model gets students work and world ready, through direct connection to employers, paid placements, career preparation and workplace skill development. 

“The project involves developing robotic systems that efficiently handle and harvest baby broccoli, leveraging cutting-edge technologies like computer vision and robotics to improve agricultural productivity and environmental sustainability,” Rizan said. 

The establishment of the automation is a direct response to the challenges raised by the industry. It will aim to solve problems faced by growers globally, with labour shortages being one of the main concerns. 

Bulmer Farms Agronomist and Co-Supervisor, Alexandra Keith, said recent advances in technology have given us as growers the opportunity to re-think what is possible in the harvest space.  

“For Australian growers to continue to remain competitive and supply low cost, nutritious produce to the consumer, we must continue to innovate to improve our efficiencies,” she said. 

Rizan has found that partnering with the horticulture industry has been an enlightening and rewarding experience.  

“It has provided a real-world context for my research, allowing me to understand the practical challenges and requirements of the agriculture sector. This partnership has facilitated access to industry expertise, resources, and infrastructure which has, significantly enhanced the scope and applicability of my work,” he said. 

“It has given me the opportunity to apply theoretical knowledge in practical settings, gain hands-on experience with advanced robotics systems, and develop professional skills such as project management and collaboration.” 

“This project not only highlights the potential of robotics in transforming agriculture but also underscores the importance of the co-operative model in fostering innovation.” 

Quotes attributable to Federation University Associate Professor in Mechatronics, Dr Gayan Kahandawa Appuhamillage 

"Tackling a challenge within an industry is rewarding. The impact of your efforts is directly visible." 

"Collaborating with local industries through our co-operative education model facilitates our contribution to the community and fosters regional development." 

"This project afforded us the opportunity to implement cutting-edge technology in solving practical problems. Furthermore, the insights gained will bolster our future endeavours."