Manufacturing in Australia is not dead – it’s transforming

Despite the shutdown of the automobile industry in Australia after almost a century of car making, manufacturing is alive and well, says an industry expert.

Mr Harry Mulder, the Marketing Manager for Omron Electronics, says Australian manufacturing has been going through a significant restructure in recent years.

More manufacturers are now embracing automation and new technologies to increase productivity and improve profitability.

At a special presentation at Macquarie University in Sydney last week, Mr Mulder said manufacturing in Australia still employs nearly one million people – about 7% of the total workforce.

“It’s certainly not dead,” Mr Mulder assured students from the Faculty of Business and Economics.

“In fact, some sectors, such as food and beverage are thriving,” he said.

“The bottom line is there are many opportunities out there, particularly as markets become more global.”

But manufacturers now are facing a number of challenges, he says.

“It’s no secret that Australia, like Europe and North America, has high labour costs. And with a population of less than 25 million it is a relatively small domestic market.

“Also, manufacturers often face substantial barriers imposed by would-be trading partners including import tariffs and duties and restrictive embargoes and other restrictive practises.

“They are also faced with high shipping and transportation costs due to the long distance from major markets.”

But it’s not all doom and gloom, says Mr Mulder.

Australian manufacturers can remain competitive on the global stage by producing better quality products – and making them at less cost.

“We can achieve this through innovation and improving production lines.

“Innovation is the key – and Australian manufacturers are punching above their weight in that regard.”

Mr Mulder gave students a broad overview of the Omron Group, which employs some 36,000 people worldwide and turns over more than US$7 billion annually.

Omron, a world leader in automation, has a proud history spanning 84 years.

With its headquarters in Kyoto, Japan, the company specialises in the manufacture of automation components, equipment and systems as well as medical equipment and social systems solutions.

Since its inception Omron has achieved several significant world firsts including developing the first contact-less proximity switch to detect metallic or non-metallic objects, the ATM cash dispenser, electronic ticketing gate and traffic response electronic signalling.

Omron uses its own technology in its factories, resulting in a 15% increase in production.

Over the last 250 years, there have been four main distinct stages of manufacturing, each providing a quantum leap of improvement in methods.

The industrial “revolutions” include:

  • Steam and mechanisation
  • Electrification and process line
  • Computerisation
  • Digitisation, robotics and AI

“With the new Industrial Revolution we’ve seen an explosion of connectivity and networking,” says Mr Mulder.

“This includes connection to the Internet and the advent of Cyberphysical systems. Physical locations have become less important,” he says.

New technology including handheld computing, iPhones and tablets have been a game changer.

So how does connecting to the internet help manufacturing?

“Mainly through the storage and analysis of Big Data,” says Mr Mulder.

“This data is logged (huge files stored in the cloud) and it is analysed by computers, running 24/7 which look for anomalies.

“By monitoring and analysing equipment manufacturers can find inefficiencies and improve quality.

“AI (Artificial Intelligence) means computers thinking for themselves – and there has been much development currently in this area.”

The Internet of Things (IoT) and the Industrial Internet of Things (IIoT) refers to devices that collect and transmit data to the internet.

According to Forbes, in 2008, there were more devices connected to the internet than there were people – and this number is rapidly rising.

And according to some estimates, the IoT will add $10-15 trillion to global GDP in the next 20 years.

“Big Data will determine how efficiently a machine operates so that anomalies can be detected which could lead to breakdowns or other problems. Preventative maintenance can then be carried out.

“It is now also used for traceability where a product can be traced throughout its supply chain, for verify its origins and authenticity.

“This helps to prevent anti-counterfeiting, particularly in the pharmaceutical industry.”

Mr Mulder admits robotics and automation will cost jobs – but these are mainly dangerous, dirty or tedious jobs which humans don’t particularly like to do.

“It will mean a reskilling – humans can use their brains to take on more meaningful jobs, requiring higher level, abstract thinking.

“The main aim is for machines to work with humans, not to make humans redundant,” he told students.

Mr Mulder said there are many opportunities still available for Australian manufacturers, but some changes in the way they think may be needed.

“Quite simply, manufacturers need to adapt and innovate in order to succeed.

“But we can expect some exciting times ahead.”

Omron Marketing Manager Harry Mulder with Dr Rob Jack (Faculty of Business and Economics) at Macquarie University in Sydney.
Omron Marketing Manager Harry Mulder with Dr Rob Jack (Faculty of Business and Economics) at Macquarie University in Sydney.
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