IT in Manufacturing


Digitalisation: the cultural challenge

May 2019 IT in Manufacturing

In a digital transformation, people matter every bit as much as technology, says Victoria van Camp, CTO and president, innovation and business development, SKF.

Regardless of their sector, size or history companies, are recognising that the recent improvements in connectivity, control and analytical capabilities have the potential to unlock significant improvements in the cost, quality and productivity of their operations. More fundamentally, digital technology is enabling entirely new product and service offerings, and underpinning the creation of new business models.

Digital transformation involves cultural change

You do not have to look far to see this process in action. SKF has been designing and making bearings, seals and related products for more than a century. Today, however, SKF is a digital business too. It now offers a wide range of technologies – both hardware and software – that improve customers’ rotating equipment performance.

Digital technology is changing internal activities too. Engineers now create new products or solve customer problems through a portfolio of advanced design optimisation and simulation tools. The company has also made significant investments in flexible, automated manufacturing sites and connected logistics networks, which are helping to cut delivery lead times and tailor products more precisely to customer requirements.

Yet, despite all the progress made so far, few organisations can claim to have mastered the digitalisation challenge. The gap between the potential application of digital technologies and what most companies have integrated into their everyday operations remains wide.

If the rewards of the digital revolution are so significant, what is holding companies back? Technology is certainly part of the story. Some digital approaches have not yet reached the level of maturity required for large scale use. At SKF, work is ongoing into the use of new artificial intelligence technologies to predict asset performance and failures, but the approach is still in its infancy, even if it is developing quickly.

But there is also another force at work. There are plenty of technologies that are mature, robust and inexpensive enough to be applied far more widely than they are today. That suggests that barriers to adoption are not technical, but cultural. There is plenty of evidence to support this hypothesis. When consultancy Capgemini Invent surveyed more than 1700 business leaders, for example, 62 percent of them said that their own corporate culture was the biggest obstacle to digital transformation.

Perhaps that should not be surprising. Moving to a digital world can be an unsettling experience. There are the requirements to work in new ways, and with new tools, for example. In some cases, staff may fear a loss of autonomy. Increased transparency also means there is nowhere to hide if things are not going well.

The bad news, according to Capgemini’s research, is that companies in the mechanical and plant engineering sectors are late adopters when it comes to the creation of a true digital culture.

“The discipline of engineering strongly focuses on the technical side of its products and services,” notes Yvette Zzauer of Capgemini Invent. “This impacts the corporate culture, which tends to be more technology than human-centred. While this means engineering businesses tend to be more comfortable than other sectors about adopting technological advances, it can mean they pay insufficient attention to the human side of digitalisation.”

Digital transformation involves employees at all levels

Fortunately, there are things companies can do to promote cultural change. In the past, corporate culture was broadly and intangibly defined by shared values, attitudes, standards, and beliefs that characterise the members of an organisation and define its nature. However, digital culture is more tangible, concrete and explicit.

For SKF, building a digital culture is a long-term change management effort requiring sustained attention from the top of the organisation. Digital change cannot be achieved as a purely top-down effort as employees need to be involved throughout the process. Starting with smaller initiatives, it is worth testing and trialling these and then rolling them out to the organisation. Furthermore, digital transformation needs to go hand in hand with the organisation’s strategy and be enabled by organisational structures, allowing digitalisation to be driven throughout the organisation.

For more information contact Samantha Joubert, SKF South Africa, +27 11 821 3500, [email protected], www.skf.com



Credit(s)



Share this article:
Share via emailShare via LinkedInPrint this page

Further reading:

Next-gen battery-driven grease gun
SKF South Africa Motion Control & Drives
SKF’s innovative TLGB 21 battery-driven grease gun optimises lubrication efficiency and reduces costs, by seamlessly combining advanced technology with a smart, rugged design.

Read more...
Development of motor control units for automotive industry
Siemens South Africa IT in Manufacturing
SEDEMAC has adopted the Siemens Xcelerator portfolio of industry software, which is used in the development of its motor control units and engine control units. The motor control units are used in EVs, hybrids, ebikes and power tools, while the engine control units are used for off-road and on-road engines.

Read more...
Cybersecurity and cyber resilience – the integrated components of a robust cyber risk management strategy
IT in Manufacturing
Organisations continuously face numerous cyberthreats in today’s digital landscape, and while many prioritise cybersecurity to safeguard digital assets, their strategies for cyber resilience often become neglected.

Read more...
Sustainable last-mile delivery electric trucks
Siemens South Africa IT in Manufacturing
Workhorse Group, an American technology company focused on pioneering the transition to zero-emission commercial vehicles, has adopted the Siemens Xcelerator portfolio of industrial software as it builds electric trucks for sustainable last-mile delivery.

Read more...
South Africa’s role in the AGI revolution
IT in Manufacturing
AI has found its way into general conversation after the emergence of large language models like ChatGPT. However, the discussion is increasingly turning to the search for Artificial General Intelligence (AGI), which could entirely change the game.

Read more...
Predictive asset performance management with ABB Ability Genix
ABB South Africa IT in Manufacturing
The ABB Ability Genix APM suite is a comprehensive asset management platform powered by AI, IIoT and model-based predictive data analytics. This enables a paradigm shift towards a more proactive and predictive asset management approach.

Read more...
Intelligent automation primed for $47 billion revenue by 2030
IT in Manufacturing
According to GlobalData, the intelligent automation market is set to grow from $18 billion in 2023 to $47 billion in 2030, driven by advancements in AI, particularly the rapid adoption of generative AI.

Read more...
Chocolate manufacturing with Siemens Xcelerator
Siemens South Africa IT in Manufacturing
Freybadi, one of the largest chocolate manufacturers in Indonesia and a trusted supplier of chocolate in the Asia-Pacific, Middle East and African regions, has adopted the Siemens Xcelerator portfolio of industry software to optimise its manufacturing and production processes.

Read more...
Diagnostic services for optimised operations and protection of critical plant assets
SKF South Africa Motion Control & Drives
The SKF Rotating Equipment Performance Centre provides anyone from anywhere with easy access to a comprehensive suite of advanced condition monitoring, analytical and diagnostic solutions.

Read more...
A CFO’s guide to unlocking the potential of gen AI
IT in Manufacturing
CFOs of leading global organisations understand that their role extends beyond mere financial oversight; they are pivotal in steering organisation-wide transformation, particularly in the realm of technological advancement.

Read more...