Front of mind: AI in manufacturing
Control Engineering Poland: Expectations are high among manufacturers for the ability of artificial intelligence (AI) to improve processes and profitability. New research shows that companies able to sort the systems and personnel issues surrounding implementation can get a leg up on the competition as use cases grow.
Artificial intelligence (AI), long a hot topic for information technology departments (IT), is increasingly finding its way into boardroom discussions as they look to implement smart systems in manufacturing are becoming more frequent. Companies also are evaluating processes that might benefit from AI enhancement.
With the answer to both sets of questions being “just about all of them,” expectations are high among senior executives for AI’s prospects, and the number of use-cases are rising both across the industry and enterprise. It’s an optimism being expressed amid obstacles to greater uptake.
A study released at September’s Industry of Things World (IoTW) conference in Berlin illustrates those trends. It also points the way forward for manufacturers. This involves addressing systems and human capital issues to extract more business value from AI implementation.
“Our survey shows that the European industrial sector has clearly understood and embraced the strategic power of AI,” said Volkhard Bregulla, vice president global manufacturing, automotive and IoT at Hewlett Packard Enterprise (HPE), which co-sponsored the research. “But, it also reveals that it will be essential we close the data and skills gap to fully unleash its potential.”
In conjunction with IoTW promotor we.Conect Global Leaders GmbH, HPE polled more than 850 executives, directors, and line managers on AI’s impact on their companies, business processes, and bottom lines. These include double-digit growth in both profits (10.4%) and margin (11%), even as a corresponding number (11%) of the largely European survey population had successfully executed AI implementations.
HPE, which finances and sells networking solutions, found 14% will bring AI projects on-stream in their operations over the next 12 months. In total, more than 60% of those surveyed had engaged with the technology and did so at vectors that span their operations.
“When they look at onboarding new technologies, companies often focus more on cost reduction and less on efficiency,” Bregulla told journalists at the Berlin Congress Center. “Our respondents see AI as a tool for driving differentiation.”
Design, operations, maintenance
That’s evident in the spectrum of projects either completed or underway at those companies. Implementation is highest research and development, where cognitive technology combines with 3-D printing to speed prototyping and testing. The predictive analytics that are a hallmark of the technology means operations and maintenance also are experiencing high rates of onboarding.
Support also is reflected in IT budgets with respondents reporting their companies will spend 0.5% of revenues in 2019 on AI projects. In an industry that routinely devotes around 2% of annual income to IT, that reads as a significant commitment.
“The success rates for AI projects are very high,” said Dale Rickert, the global director for the IOTW conference series, noting 95% of respondents that had completed projects had achieved the targets set for them in the planning stages. “So are the levels of satisfaction.”
It’s no mean feat, given the breadth of projects and the business goals they aim to achieve. These include increasing efficiency, improving customer relationship management (CRM) and adding new features to products and services. Companies also are implementing AI for enterprise resource planning (ERP) and to create the organizational flexibility that enables them to respond as market and business conditions change.
The locations of those projects—ranging from data centers to the production line—attests to AI’s scope for cutting costs and increasing efficiency in core and peripheral operations. Survey respondents were roughly split on deployments at the edge—where data is collected and instructions executed—and in the datacenter, where the computational and analytical capabilities that underpin machine learning are located.
While around a third of implementations taking place at the edge are happening right now, respondents expect that number to rise to around half by 2030. A 15% increase is forecast for data center deployments in the same timeframe, meaning hybrid strategies to AI will remain the norm as AI projects grow in number.
Legacy IT systems are necessitating this bifurcated approach with almost half of respondents reporting the quantity and quality of the data needed to run AI models as an impediment to implementation. Failings in data governance and enterprise architecture also must be addressed ahead of adoptions, respondents said.
“Because algorithms are only as good as the data put through them, the ability to generate clean data across the value chain is something that manufacturers considering AI must address,” Bregulla said, calling data “a key success factor in scaling AI adoption.”
Poll results point to the importance of human capital and overcoming the challenges to AI implementation. Contrary to popular fears about the potential job losses in the rise of the machine, nearly two-thirds of respondents said they expect the technology to create more positions than it eliminates.
Because these jobs will revolve less around production technologies and more around data science means demand is high for those with the sets of skills necessary to implement and maintain AI projects. Manufacturers will be compelled to look to outside experts as they reskill and upskill workforces.
“The important thing is that manufacturers get AI expertise into the business,” Brugella said, who noted that the low number of completed projects indicates that it’s early days for AI in manufacturing. “Our survey shows that the European industrial sector understands the strategic power of AI. Closing the data and skills gap is essential for fully unleashing its potential.”
KEYWORDS: Artificial intelligence, AI for manufacturing
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