Active Integrated Matter (AIM) is one of the 6 Future Science Platforms (FSPs) being run by CSIRO. Offering a new technology platform combining materials, robotics, and autonomous science, underpinned by processing and sensing technologies, CSIRO’s AIM FSP will lead ground-breaking advances at the interface of big data, advanced autonomous systems and materials science. The innovation developed in CSIRO’s AIM FSP will support the fourth wave of the industrial revolution—industry 4.0—providing global solutions and positioning early adopter industries ahead of the pack.
A number of mega-trend forecasts predict dramatic changes in the world by 2030. These will be wide-ranging; from personalised food and therapeutics to increased extreme weather events and human-free autonomous manufacturing and maintenance environments, known as ‘dark factories’. There will be an increased expectation for better products that are cheaper and more environmentally sustainable. A growing demand for customised products will require the development of sophisticated autonomous processes and maintenance systems.
For individual companies, this may seem daunting. How can you innovate fast enough to stay ahead of the competition?
The 2030 vision of CSIRO’s AIM FSP is to work with our partners and collaborators to harness the scientific advances presented by big data, advanced autonomous systems, and materials science to provide a competitive edge for early adopters of these next generation technologies. AIM will provide the tools needed to tackle global challenges, capitalise on trends, and ensure preparedness for future population, climate and environmental scenarios.
The AIM Test Beds
Autonomous Chemical Processing
To explore how a diverse range of processes can move towards intense, safe, economic and clean chemical processing.
To autonomously design robots, or robot components, with certain desired physical properties that are derived from the environments in which they function.
Bringing the Factory to the Shop
To increase the application, reliability and predictability of additive manufacturing, focusing on the additive manufacturing of metals, polymers and ceramics.
Coral Reef Monitoring & Response
To develop novel monitoring and response technologies for coral reefs, based on our expertise in advanced materials, sensors, and autonomous robotics.
Eliminate Food Loss
To develop new strategies to avoid food loss from farm to retail by recovering and value adding to the edible portion of this loss to produce food ingredients/ products, which will enhance the sustainability of the food supply chain.
To address fundamental challenges in the design, materials, and functional properties to enable development of field robots with changing morphology and transport modalities.
Natural Disaster Response & Recovery Systems
To ultimately save lives by creating innovative solutions that assist Search and Rescue Teams in missions after natural disasters that hit Australia and the World.
Personalised Fabrication of Smart Food Systems
To develop smart “inside-able” materials that are personalised to develop superior health and performance outcomes.