AI and Drones Take Flight in CQUniversity’s World-first Weed Control Breakthrough

Description

CQUniversity's tech experts are supporting farmers to target weeds with an AI-driven and drone-delivered solution.  Each year Australian farmers battle a $5 billon dollar war against weeds every year. Using advanced robotics, drone engineering and agronomic design the the innovation project builds on previous work to develop a world-first proto-type that integrates image processing, AI, GPS and lightweight autonomous drones for precision herbicide spraying.

Dr Nahina Islam, Dr Jahan Hassan and Assoc Prof Biplob Ray in a cotton field under a spraying drone.

Partners 

Camzilla, Impexpo Pty Ltd

ConnectAuz Pty Ltd

Foxwell Farms

DQ Commodities

Logical Analysis

Northern Territory’s Department of Agriculture and Fisheries

Researchers

Dr Nahina Islam

Dr Jahan Hassan 

Associate Professor Biplob Ray

Dr Md Nurun Nabi

Dr Lasi Piyathilaka

Dr Zhenglin Wang

Associate Professor Surya Bhattarai

Impact

Australian farmers battle a $5 billion dollar war against weeds every year. Traditional methods to combat weed infestations, such as blanket herbicide spraying, are costly and harmful to the environment. Together, the team aims to advance the green and cost-saving technology to commercialisation, helping to deliver sustainable, cost-effective solutions for the agricultural sector.

CQUniversity tech experts are supporting farmers to target weeds with an AI-driven and drone-delivered solution – and the innovative world-first approach has been backed by fresh Federal Government funding. 

A new $1,136,194 grant will help take the smart approach to patent and commercialisation, after Central Queensland field trials proved successful in cotton crops earlier this year. 

The CQU project offers Australian farmers a green and cost-saving game-changer in their $5 billion battle against weeds every year.

The new two-year research initiative is aimed at transforming weed management practices through advanced technology. 

The innovative project builds on previous work developing a world-first prototype that integrates image processing, AI, GPS and lightweight autonomous drones for precision herbicide spraying. 

Explore CQUniversity projects across agriculture and innovation at CQU’s Institute for Future Farming Systems and Centre for Machine Learning – Networking and Education Technology.

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