Common Knowledge Priorities Common themes across Growth Centre knowledge priorities include developing and adopting technology and systems associated with automation, digitisation, and advanced materials; environmental impact and sustainability, and how emerging technologies will impact markets. Sector-specific Knowledge Priorities (AMGC) (FIAL) (MTPConnect) (METS Ignited) (NERA) (ACSGN) Digital design and Using genetics, Clinical Advancing mining Mapping prospective security for: specialty/therapy, rapid prototyping novel technologies and beneficiation basin geology IT integrated with including geriatrics, Sustainable and processing technologies such across the minerals infectious disease, control systems for manufacturing and techniques to as selective mining, and energy sectors and immunology plant and machinery life engineering produce highly comminution, Developing new Mobile internet Areas of science, Additive differentiated and classification, technology, business including Artificial intelligence value added foods reducing manufacturing, models and antimicrobial and big data resistance, tailings/reject materials resilience infrastructure to computing biomedical and repair streams, in-situ adapt to the Internet of Things (or engineering, and Bio-manufacturing recovery and changing energy mix regenerative connected products) and biological medicine Quantum computing integration Devices and Block-chain Nano-manufacturing diagnostics, and including bionics, point of care diagnostics, and Precision wearable devices manufacturing
Common Knowledge Priorities Common themes across Growth Centre knowledge priorities include developing and adopting technology and systems associated with automation, digitisation, and advanced materials; environmental impact and sustainability, and how emerging technologies will impact markets. Sector-specific Knowledge Priorities (AMGC) (FIAL) (MTPConnect) (METS Ignited) (NERA) (ACSGN) Digital design and rapid prototyping Sustainable manufacturing and life engineering Additive manufacturing, materials resilience and repair Bio-manufacturing and biological integration Nano-manufacturing and Precision manufacturing Using genetics, novel technologies and processing techniques to produce highly differentiated and value added foods Clinical specialty/therapy, including geriatrics, infectious disease, and immunology Areas of science, including antimicrobial resistance, biomedical engineering, and regenerative medicine Devices and diagnostics, including bionics, point of care diagnostics, and wearable devices Advancing mining and beneficiation technologies such as selective mining, comminution, classification, reducing tailings/reject streams, in-situ recovery and Mapping prospective basin geology across the minerals and energy sectors Developing new technology, business models and infrastructure to adapt to the changing energy mix security for: IT integrated with control systems for plant and machinery Mobile internet Artificial intelligence and big data computing Internet of Things (or connected products) Quantum computing Block-chain
industry_growth_centres_initiative_-_sector_competitiveness_plans_overview.docx