Putting Smart Manufacturing Into Strategic Perspective

Though it might seem trivial what you call it—smart manufacturing, Industrial Internet of Things, digital manufacturing, etc.—or how you position it, it’s important to decide how the technologies and terms fit together.

John Clemons, MESA
John Clemons, MESA

When we talk about the future of manufacturing, it can seem like we’re all over the map. Various terms—smart manufacturing, Industrial Internet of Things (IIoT), digital manufacturing, the connected factory or supply chain, Industry 4.0—are used interchangeably by some, while nuanced differences are debated by others.

Some groups—mostly plant and operations leaders—derisively ask: “What’s the difference? We’ve been automating and integrating manufacturing and business processes for 30 years.” But others consider smart manufacturing as nothing less than transformational.

Though such debates might seem academic, discussions about what we mean when we talk about these technologies is critical for every organization. It’s part of the process that will help executives fully understand the ramifications of smart manufacturing (my preferred term) and move their organizations into an era that will be very different from today’s.

Evolution or revolution?

As the debate continues, the Manufacturing Enterprise Solutions Association (MESA) and IndustryWeek conducted research to learn whether or not, or to what degree, companies are starting to coalesce around a common understanding of smart manufacturing.

The findings, revealed in a report titled “Seeking Common Ground for Smart Manufacturing,” offers a snapshot of company views about smart manufacturing. In so doing, it offers insight into how companies can strategize about becoming smart manufacturers.

Though the survey found some areas of agreement, the most interesting findings identify where beliefs diverge. Chief among these is the finding that companies have different views about the extent of change required in the transition to become a smart manufacturer.

A surprising number (43 percent) of respondents reported that their organizations approached their smart manufacturing initiatives as part of their continuous improvement/innovation/lean effort, while only 24 percent viewed them as ways to build a transformational strategy/new business model. Thirty-three percent responded that it was not clearly one or the other. Given smart manufacturing’s potential impact, this result was unexpected.

However, business leaders who are aware of, or practice, advanced CI/lean likely view it as transformational. These companies have a robust CI/lean tradition, with a big staff and strong guiding principles governed by a management system that’s tightly integrated into creating and implementing business strategy. For these companies, viewing a smart manufacturing strategy as part of CI/lean is likely the fastest and best way forward.

Most importantly, the report asserts, “This is a fundamental question companies will tackle as they work toward smart manufacturing. To what degree is it useful to frame these initiatives as an extension of existing CI programs? In what ways must these initiatives move beyond the traditional boundaries of CI?”

To delve further into the research, MESA started a Smart Manufacturing Community that meets regularly to help members and non-members cultivate knowledge and discuss best practices in a safe environment. There are topic-specific groups discussing analytics and Big Data for smart manufacturing, smart connected factory, the manufacturing execution system (MES) and its role in smart manufacturing, smart connected supply chain, and digital thread/digital twin.

Tactical or strategic

A similar finding is that more companies cite tactical rather than strategic objectives as the reason for their smart manufacturing initiatives. Top objectives included: increasing operational efficiencies (61 percent); reducing operating costs (58 percent); improving customer service (47 percent); improving product quality (45 percent); and improving quality control (44 percent).

The top-ranked strategic objective, improving new product introduction capabilities and speed, ranked in sixth place overall, named by only 39 percent of respondents. Rounding out the other strategic priorities were: meeting competitive market pressure to keep up with technology advances (34 percent); creating new business models/providing new value to customer (29 percent); and proactively preparing for future customer, contract or regulatory requirements (27 percent).

Other research findings suggest that as companies gain more experience with smart manufacturing, they’re more likely to cite strategic objectives as the purpose for their initiatives. According to the report, companies that have implemented one or more smart manufacturing projects are more than twice as likely to site strategic objectives as the impetus.

The research overall proved there are still a lot of questions about how to prove the business case or ROI for smart manufacturing. This prompted MESA to start an on-demand, online course called Smart Manufacturing Justification and ROI. The course covers the major elements necessary to produce an effective ROI, including the importance of partnering with the correct stakeholders, acquiring an executive sponsor, and understanding and articulating the present state and desired future state.

Digital lean?

Other recent Analytics That Matter research conducted by LNS Research and MESA also probed the intersection of CI/lean and smart manufacturing. It discovered two opposite possibilities for companies with CI/lean-based business strategies.

Sharing the results at the 2018 MESA North America conference, Andrew Hughes, principal analyst at LNS, concluded: “When it comes to adding digital capabilities to those traditional [CI/lean] programs, there’s huge resistance.”

However, when the analysts correlated the two groups—comparing those implementing CI/lean digitally and those who were not doing it digitally—there was a huge correlation, Hughes noted. “Those people who had applied digital techniques to their CI program were much, much more likely to be implementing predictive and prescriptive analytics,” as well as other digital technologies, he said. He cautioned, however, that the number of companies that are combining digital and CI/lean strategies is “still very small.”

More importantly, when the researchers reviewed the impact of digital CI on reported company metrics, they found that, across the board, if they had digital CI, they had better metrics and had bigger improvement in the metrics than before, according to Hughes. He cautioned that more research was needed to determine if the companies with better metrics had started from a better position.

Gaining strategic perspective

So why should you care about these research results or about what you call this change? What does it matter whether you view it as a transformational or CI effort?

What the research tells me is that, although each company’s journey toward smart manufacturing involves adopting many of the same technologies, how each company makes this migration is unique.

As they formulate their smart manufacturing vision, executives will need to discuss and decide how all the technologies and terms fit together to drive their companies’ unique competitive advantage. They’ll also have to determine how to implement the vision, whether as part of a CI/lean or transformational strategy—or maybe a little of both.

It’s too early to tell which approach works best. Perhaps similar research next year will find that smart manufacturing is transformational for the business, but CI for the plants; or that it works well as part of an advanced CI/lean strategy, but lags when the CI/lean program is limited to the factory floor.

What we can say for sure is that—no matter what you call it or how you perceive it—companies can achieve big benefits from being smart manufacturers. And the time to strategize about it is now.

Research services provided by Patricia Panchak.

>>John Clemons is on the MESA Americas Board of Directors and is chair of the MESA Marketing Committee. He has been working in the field of manufacturing IT for more than 30 years, and is currently director of manufacturing IT for Maverick Technologies. He is the co-author of the book Information Technology for Manufacturing: Reducing Costs and Expanding Capabilities.

 

More in IIoT