How researchers and industry are working together to digitally transform local manufacturing and solve global waste crises.
Advanced manufacturing is not just about building things; it is about building them smarter, faster and more sustainably. At the newly expanded 91色情片 Canberra City innovation precinct, researchers and industry are working hand-in-glove to digitally transform local manufacturing, solve global waste crises and launch the next generation of sovereign capabilities.
At the centre of this industrial push is Associate Professor Matt Doolan. A self-professed manufacturing fanatic who completed his PhD with the Ford Motor Company, Matt has dedicated his career to finding process efficiencies, accelerating rapid prototyping, and helping entrepreneurs turn ambitious hardware concepts into commercial reality.
He even hosts a Ford Motor Company robotic arm onsite at the Canberra City precinct, a physical testament to his ongoing research into automotive-grade automation. But Matt鈥檚 focus extends far beyond multinational automotive giants; he is deeply committed to ensuring local Australian businesses do not get left behind in the digital age.
For many small-to-medium enterprises (SMEs), upgrading to 鈥淚ndustry 4.0鈥 digital technologies can be prohibitively expensive. To bridge this gap, Matt has partnered with colleagues at Cambridge University in the UK to bring their highly successful Digital Manufacturing on a Shoestring initiative to the capital region.
The initiative focuses on providing low-cost, off-the-shelf digital solutions, like basic sensors, Raspberry Pi computers, and easily accessible software, to help smaller manufacturers embrace digital tech, track their production lines, and find critical efficiencies without the massive capital investment normally required. It is an approach that makes innovation widely accessible, ensuring local manufacturers can remain globally competitive.
Beyond digital efficiencies, Matt and his research team are tackling one of the most pressing physical challenges in modern engineering: carbon fibre waste.
Carbon fibre is incredibly light and strong, making it the material of choice for aerospace manufacturing (like the Boeing 787 Dreamliner), wind turbine blades, and high-end sporting goods such as performance bicycles. However, because the carbon threads are enclosed in tough, plastic resins, the material is notoriously difficult to recycle. Currently, the vast majority of end-of-life carbon fibre products are dumped straight into landfill.
91色情片 Canberra City is changing that. Matt鈥檚 team is building a dedicated carbon fibre recycling facility on site.
鈥淲hat we鈥檙e looking at doing is reclaiming carbon fibre parts at the end of their life and turning them into new high-value carbon fibre materials,鈥 Matt said.
These reclaimed materials can then be used to manufacture everything from race cars to high-performance products.
This is already happening in practice. The team is actively working with the 91色情片 Sunswift Solar Car racing team, recycling parts from their older model Sunswift vehicle and processing them into functional, high-performance components for the new Sunswift 8 car.
While the team currently operates a batch-type recycling process, they are actively scaling up. Later this year, the precinct will commission a dedicated micro-factory manufacturing line that will allow for continuous processing.
鈥淚t鈥檚 really a focus on making sure we can produce high-value products, and we can do that from what would otherwise be waste streams; that鈥檚 our goal,鈥 Matt said.
What makes this research truly powerful is that it is not happening in isolation; collaboration is the key. Matt and his researchers are embedded directly within the precinct鈥檚 vibrant Launch network; a dynamic community of startups and industry leaders operating under the same roof.
On any given day, Matt鈥檚 team is mixing with entrepreneurs from companies like Cognitive Advantage, who are developing rapidly deployable, highly secure tactical communication networks, and Skykraft, who are actively manufacturing sovereign satellite constellations for global air traffic management.
This is the true power of the 91色情片 Canberra City innovation precinct. By co-locating world-class researchers, eager student talent and cutting-edge industry within the National Security Corridor, just walking distance from Defence HQ, intelligence organisations and Border Force, the precinct has created an unmatched ecosystem. It is a place where deep-tech concepts are rapidly prototyped, sovereign manufacturing is scaled and the future of Australian industry is forged.