Minister Maher’s remarks on IPAS in the Legislative Council
On 22 March, Minister Maher spoke about IPAS in the Legislative Council. His full comments are below, but a few highlights include:
- IPAS was a standout research institute, engaging in cutting-edge research and development with game-changing potential across many areas of industry and technology
- the State Government was proud to have partnered with IPAS to deliver the Photonics Catalyst Program. As a result of this program, Trajan had been working with IPAS to fabricate novel ion transfer tubes for mass spectronomy that were then used to undertake chemical analysis in the medical industry. Trajan had established a new office within the IPAS facility at Adelaide University and were investigating the possibility of undertaking larger scale manufacturing in South Australia
- Minister Maher also spoke about the IPAS event he attended last week at the University, which he described as a great opportunity for SA companies to hear from several leading speakers about the transformative potential of photonics
- The Government was committed to maximising the photonics opportunity for the state. It had recently provided $200,000 to the University of Adelaide to undertake a photonics value chain analysis to determine the feasibility of further establishing South Australia as a world recognised location of photonics excellence. Through this financial contribution, IPAS had appointed the international photonics expert Dr Bob Lieberman to deliver the photonics value chain analysis.
Full details on Minister Maher’s comments below:
The Hon. G.A. KANDELAARS ( 14:43 ): My question is to the Minister for Manufacturing and Innovation. Can the minister inform the chamber about opportunities in photonics and advanced sensing that may deliver for South Australia?
The Hon. K.J. MAHER (Minister for Employment, Minister for Aboriginal Affairs and Reconciliation, Minister for Manufacturing and Innovation, Minister for Automotive Transformation, Minister for Science and Information Economy) ( 14:43 ): I thank the honourable member for his question and his interest in this area and in areas that are providing future industries and future prospects for South Australia. Last week, I had the opportunity to attend the Institute for Photonics and Advanced Sensing at Adelaide University (IPAS), which I have been to a number of times over the last 12 months or so. While there are a number of distinguished research institutions in South Australia, IPAS is a standout, engaging in cutting-edge research and development with game-changing potential across many areas of industry and technology.
The state government is proud to have partnered with IPAS to deliver the Photonics Catalyst Program, which is connecting South Australian manufacturers with emerging laser and sensor technologies being developed by the institute. The seeds we are sowing with programs such as the Photonics Catalyst Program are creating a positive impact for South Australian companies and companies such as Austofix and Trajan.
Trajan has been working with the Institute for Photonics and Advanced Sensing to fabricate novel ion transfer tubes for mass spectronomy that are then used to undertake chemical analysis in the medical industry. The company, Trajan, has committed to entering into a strategic alliance with IPAS that will initially result in the establishment of a new office within the IPAS facility at Adelaide University. I understand that they are also investigating the possibility of undertaking larger scale manufacturing in South Australia which may include the transfer of some of the manufacturing that Trajan do elsewhere around the world.
The IPAS event last week was a great opportunity for representatives from South Australian companies to hear from several leading speakers about the transformative potential of photonics, sensoring and this sort of measurement. Case studies were presented by Anne Collins from Trajan Scientific and Medical; Chris Henry from Austofix, whose company is engaged in the advanced manufacturing of orthopaedic implants; Dr Gordon Frazer from DSTG, which is involved in the development of things such as the over-the-horizon radar system.
The variety of the companies represented at this event signified the breadth of current applications of these technologies for industry, but equally there are applications that are yet to be fully explored. At this event I also had the opportunity to speak with international photonics expert Dr Bob Lieberman, who is President of the International Society for Optics and Photonics. Photonics is a disruptive technology with the potential to be a game-changer for many companies, including South Australian companies, to solve problems for local, interstate and global customers.
Photonics devices, such as lasers, sensors and optical fibres, are applicable to a number of important local industries, including resources, medical, defence, food and environmental industries. We know that the photonics global market is estimated to be worth around $540 billion and is expected to grow to $950 billion by 2023, so this industry represents a great opportunity for our local research and local advanced manufacturing.
That is why the South Australian government is committed to maximising the opportunity for this state. The government recently provided $200,000 to the University of Adelaide to undertake a photonics value chain analysis to determine the feasibility of further establishing South Australia as a world recognised location of photonics excellence.
Through this financial contribution, the Institute for Photonics and Advanced Sensing at Adelaide University has appointed the international photonics expert Dr Bob Lieberman to deliver the photonics value chain analysis. Very simply put, Dr Lieberman’s work will help the state to develop a road map for light-based technologies in a partnership with the University of Adelaide’s Institute for Photonics and Advanced Sensing.
This project will deliver a comprehensive analysis of South Australia’s existing photonics capabilities within research and industry; an understanding of current and future global market opportunities that utilise photonics technologies and areas where these can be matched to existing capabilities; the necessary actions and projects for industry, research and government to build a photonics industry in South Australia; and research alignment to industry needs and specific projects to take commercial ready or near commercial ready technology to the market.
The road map will provide an important analysis of current and future local, national and international market opportunities relating to photonics. South Australia has globally recognised research expertise in photonics at the University of Adelaide, the University of South Australia, Flinders University and at the Defence Science and Technology Group. We must capitalise on these significant opportunities in this emerging market and the benefits that might present themselves for the South Australian economy.
It is expected that this work will provide the foundations for the Institute for Photonics and Advanced Sensing proposed Photonics SA cluster. I look forward to informing the house in the future on the outcomes of Dr Lieberman’s analysis and the very real opportunities this technology offers for industry in South Australia.
Posted on April 19, 2016, in IPASnews, news and tagged andre luiten, Anne Collins, Austofix, dr anne collins, Dr Bob Lieberman, institute for photonics and advanced sensing, International Society for Optics and Photonics, ipas, ipas adelaide, Kyam Maher, Legislative Council, Optics and Photonics, pcp, photonics, photonics catalyst program, photonics roadmap, photonics roadmap 2016, photonics roadmap 2016 ipas, photonics roadmap south australia, Prof Andre Luiten, professor andre luiten, South Australia, SPIE, the hon kyam maher, the university of adelaide, trajan, university of adelaide. Bookmark the permalink. Leave a comment.