Materials Australia Magazine | June 2022 | Volume 55 | No.2

Page 34

INDUSTRY NEWS

Materials Science Contribution to Advanced Manufacturing at IMCRC Source: Dr Matthew Young, Manufacturing Innovation Manager, IMCRC 2022 marks the final year of the Innovative Manufacturing Cooperative Research Centre (IMCRC) and my sixth year as Manufacturing Innovation Manager. When I joined IMCRC, only four projects had been approved for funding, with no projects started. This year, IMCRC will see the completion of a portfolio now made up of 71 individual collaborative projects representing a total investment of more than $230 million in cash and in-kind value catalysed from an original pool of $30 million in funding granted in CRC Round 17 by the Department of Industry, Science, Energy and Resources. Although IMCRC is a manufacturing focused research organisation, advanced materials and processes have been key in the foundation of the organisation and a key strength within our partner universities from Australia that researchers have focused to develop and advance Australian manufacturing Industry.

Uncovering Growth Opportunities for Industry IMCRC was founded on three core research programs themed as 'Additive Manufacturing', 'Automation and Assistive Technologies' and 'High Value Product Development' as well 34 | JUNE 2022

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as an 'Industry Transformation' education program. Guided by a set of milestones and goals outlined in an agreement with the Commonwealth, all programs were to be achieved within major industry-led projects conducted with our essential and project participants. Beyond these programs, IMCRC saw the opportunity and capacity to do more. We went to market for new projects aligned to CSIRO’s Advanced Manufacturing: A roadmap for unlocking future growth opportunities for Australia. The roadmap identifies five enabling technologies for strategic growth in manufacturing: • Sensors and data analytics • Advanced materials • Smart robotics and automation • Additive manufacturing (3D printing) • Augmented and virtual reality Providing significant overlap with the original IMCRC core research programs, these enabling technology priorities helped enhance IMCRC’s objectives. Because these priorities were independent of the six national priority areas WWW.MATERIALSAUSTRALIA.COM.AU


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Technology-First Approach For Light Metals Innovation

25min
pages 48-56

MA - Short Courses

5min
pages 57-58

Breaking News

18min
pages 42-47

University Spotlight - University of Tasmania

5min
pages 40-41

Super Duplex Can Corrode

6min
pages 38-39

Advanced Manufacturing at IMCRC

10min
pages 34-37

Hitachi High-Tech Sets a New Pace for Plating and Coatings Analysis with the New FT230

5min
pages 30-31

Deakin Supports Local Industry to Advance Battery Technology

2min
page 29

Boston Micro Fabrication’s Ultra-High Resolution 3D Printers Now Available in Australia through AXT

2min
page 33

Better Battery Design by Analysis

1min
page 32

Australia Leading the Way in Construction and Building Materials

5min
pages 26-27

Making Muscles, Building Brains: Inside the Mind-Blowing World of Biofabrication

3min
page 28

Assessing the Quality of Raw and Processed Battery Materials Using the Phenom XL Desktop SEM

6min
pages 24-25

Why You Should Become a CMatP

2min
page 23

CAMS2022

5min
pages 8-11

CMatP Profile: Professor Nikki Stanford

4min
page 20

WA Branch Meeting Report - 9 June 2022

4min
page 16

Fundamentals of Metallurgy and Additive Manufacturing

2min
page 21

Our Certified Materials Professionals (CMatPs

4min
page 22

WA Branch Technical Meeting - 11 April 2022

3min
page 12

From the President

3min
page 3

Materials Innovations in Process Engineering

1min
page 13
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