For manufacturers seeking to thrive in an Industry 4.0 world, digitally enabling the workforce may be an excellent first step, facilitating better collaboration, innovative products, a better customer experience and a more robust supply chain. But it’s easier said than done. Getting there begins with a thorough examination of your organization’s competitive position and business initiatives.
Industry 4.0's Impact on the Deskless WorkerAndonix
The current and future impact of Industry 4.0 technologies on the deskless worker in the manufacturing industry. A summary of how technology can create value for forward-thinking organizations.
Industrial revolutions are momentous events. By most reckonings, there have been only three. The first was triggered in the 1700s by the commercial steam engine and the mechanical loom. The harnessing of electricity and mass production sparked the second, around the start of the 20th century. The computer set the third in motion after World War II.
It might seem too soon to proclaim that the fourth industrial revolution, spurred by interconnected digital technology, has begun. But Henning Kagermann, the head of the German National Academy of Science and Engineering (Acatech), did exactly that in 2011, when he used the term Industrie 4.0 to describe a proposed government-sponsored industrial initiative.
When you look closely at the rapid pace of digitization in industry today, the name doesn’t seem hyperbolic at all. It is a signal of sweeping change that is rapidly transforming many companies and may catch others by surprise.
Inspiration book 2020 - Factories of the Future - 12 use cases Geert Jacobs
As a manufacturing company, how can you arm yourself against future challenges? How do other
companies approach this and who is taking the lead in Belgium?
In this inspirational booklet, 12 manufacturing companies share their keys to success. Discover how and
where your company can also make the difference.
Industry 4.0's Impact on the Deskless WorkerAndonix
The current and future impact of Industry 4.0 technologies on the deskless worker in the manufacturing industry. A summary of how technology can create value for forward-thinking organizations.
Industrial revolutions are momentous events. By most reckonings, there have been only three. The first was triggered in the 1700s by the commercial steam engine and the mechanical loom. The harnessing of electricity and mass production sparked the second, around the start of the 20th century. The computer set the third in motion after World War II.
It might seem too soon to proclaim that the fourth industrial revolution, spurred by interconnected digital technology, has begun. But Henning Kagermann, the head of the German National Academy of Science and Engineering (Acatech), did exactly that in 2011, when he used the term Industrie 4.0 to describe a proposed government-sponsored industrial initiative.
When you look closely at the rapid pace of digitization in industry today, the name doesn’t seem hyperbolic at all. It is a signal of sweeping change that is rapidly transforming many companies and may catch others by surprise.
Inspiration book 2020 - Factories of the Future - 12 use cases Geert Jacobs
As a manufacturing company, how can you arm yourself against future challenges? How do other
companies approach this and who is taking the lead in Belgium?
In this inspirational booklet, 12 manufacturing companies share their keys to success. Discover how and
where your company can also make the difference.
Study Future PLM - Product Lifecycle Management in the digital age.Joerg W. Fischer
Product Lifecycle Management in the digital age.
The catalyst for IoT, Industry 4.0 and Digital Twins
“It is not primarily a matter of developing a digitalization strategy for your company. Rather, it is about aligning corporate strategy and processes so that your company can survive and succeed in an increasingly digitized world.”
Prof. Dr.-Ing. Jörg W. Fischer
The term Industry 4.0 was mentioned for the first time in Germany, in 2011, as a proposal for the development of a new concept of economic policy based on high-tech strategies .
These technologies are changing the role of employees and the work they do, allowing interactions between the different elements of the industrial company, throughout the value chain, since suppliers to customers.
With this in mind, we are delighted to bring you the 3D Printing & Additive Manufacturing Industrial Applications Summit 2013 - the world's first industry-driven additive manufacturing event designed specifically to identify the real business benefits and new opportunities AM technologies present.
Hosting a cross-section of industry leaders and pioneering experts, you will be able to gain first hand insights on successful commercial applications, state-of-the-art machine and material developments, costs and intellectual property challenges.
A presentation by Irving Wladawsky-Berger, former chief technology officer at IBM on the future of innovation in the service sector. Given at Imperial College Business School on 13 October 2009.
3D Printing & Additive Manufacturing: Industrial Applications Summit 2013 - the world's first industry-led forum designed specifically to identify the real business benefits and new opportunities these technologies present.
Hosting a cross-section of industry leaders and experts, you will be able to gain first hand insights on successful commercial applications, state of the art developments, and ultimately the steps necessary to enable scalability.
Pursuing a Single Version of the Truth, From Product Creation to Service
This IDC Manufacturing Insights White Paper summarizes the critical challenges the industrial equipment industry faces today and outlines the dramatic changes the industry will encounter going forward.
The paper highlights how today's fast-paced business environment calls for industrial equipment manufacturers to increase the speed of decision making along the entire product life cycle, from concept to design, from engineering to manufacturing and to service.
IDC Manufacturing Insights suggests industrial equipment organizations modernize their IT landscape to speed up decision making, streamline business processes, and break organizational silos. To do so firms will have to create a unique platform that — supporting the entire product life-cycle process, end to end — offers a single data source from product creation to service.
Digital Manufacturing and Design Innovation InstituteControlEng
Announced earlier this year, the Digital Manufacturing and Design Innovation Institute (DMDII) is a Chicago-based manufacturing hub that will bring together public, educational and private interests to accelerate innovation and reduce development time and costs. Learn how all manufacturing will benefit from the research and development based at this digital lab.
Manufacturing lags behind Digitalization - Canada - June 2017paul young cpa, cga
This presentation looks at digitalisation on manufacturing including how Canadian manufacturers are lagging behind the rest of world in adoption of digital strategy.
The presentation will look at all areas of digital manufacturing including IoT, robotics, 3-D printing and integratation of data analytics.
Industry 4.0 – lessons from large and small firmsShaun West
Key note presented at the Konferenz Perspektiven mit Industrie 4.0 ZHAW, Winterthur, 6 September 2017.
The paper described real examples of digital solutions from large and small firms. It closes with the Data-to-Action model that has been developed by Shaun West, Petra Müeller-Csernetzky and Mario Rapaccini.
Industry 4.0 and the Innovation Gap in Advanced ManufacturingMike Nager
White paper describing the challenges the Industry 4.0 and Advanced Manufacturing will bring to workforce development and training of technicians and engineers.
The 10 best enterprise collaboration solution providers dec 2017Merry D'souza
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ITIF Senior Analyst Stephen Ezell presented on the future of advanced manufacturing at the AAAS annual conference. His presentation argued for the correct policies to support a robust advanced manufacturing climate in the United States.
Crafting the Modern Manufacturing Enterprise in the Post-COVID-19 WorldCognizant
To get ahead in the industrial space amid the prolonged pandemic, manufacturers must embrace holistic agility and resilience, and democratize access to applications and data. This will eliminate operational silos at last and free data to more effectively inform everything: just-in-time build and logistics decisions, operational execution, customer experience product engineering decisions and everything in between, driving innovative product launches and much-needed cost reductions.
The Work Ahead in Manufacturing: Fulfilling the Agility MandateCognizant
According to our research, manufacturers are well ahead of other industries in their IoT deployments but need to marshal the investment required to meet today’s intensified demands for business resilience.
Impact of Digitalization on Work Culture and Employmentijtsrd
Digitalisation is transforming business landscapes and the world of work, and redefining the boundaries of production, consumption and distribution. This has created tremendous opportunities, as new products, processes and techniques have emerged, but it has also created threats as new ways of employment pose new challenges to employers and employees. The overall consequences on labour markets are, however, still highly uncertain, which is reflected in the wide variation in the outcomes of the existing research. The initial government responses appear to be reactive rather than proactive, and targeted towards mitigating the side effects of digitalisation instead of aiming to reap its potential benefits. This study focuses on the impact of digitalisation on work culture and employment. Traditional businesses and industries as well as new forms of work in the on demand economy are assessed. For both, job creation and destruction, interaction with customers and employees, labour relations in terms of both the organization of work, government responses with a specific focus on labour conditions, taxation and social security are discussed. Dr. Vidhya Rajagopalan "Impact of Digitalization on Work Culture & Employment" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-6 | Issue-6 , October 2022, URL: https://www.ijtsrd.com/papers/ijtsrd52015.pdf Paper URL: https://www.ijtsrd.com/management/accounting-and-finance/52015/impact-of-digitalization-on-work-culture-and-employment/dr-vidhya-rajagopalan
Study Future PLM - Product Lifecycle Management in the digital age.Joerg W. Fischer
Product Lifecycle Management in the digital age.
The catalyst for IoT, Industry 4.0 and Digital Twins
“It is not primarily a matter of developing a digitalization strategy for your company. Rather, it is about aligning corporate strategy and processes so that your company can survive and succeed in an increasingly digitized world.”
Prof. Dr.-Ing. Jörg W. Fischer
The term Industry 4.0 was mentioned for the first time in Germany, in 2011, as a proposal for the development of a new concept of economic policy based on high-tech strategies .
These technologies are changing the role of employees and the work they do, allowing interactions between the different elements of the industrial company, throughout the value chain, since suppliers to customers.
With this in mind, we are delighted to bring you the 3D Printing & Additive Manufacturing Industrial Applications Summit 2013 - the world's first industry-driven additive manufacturing event designed specifically to identify the real business benefits and new opportunities AM technologies present.
Hosting a cross-section of industry leaders and pioneering experts, you will be able to gain first hand insights on successful commercial applications, state-of-the-art machine and material developments, costs and intellectual property challenges.
A presentation by Irving Wladawsky-Berger, former chief technology officer at IBM on the future of innovation in the service sector. Given at Imperial College Business School on 13 October 2009.
3D Printing & Additive Manufacturing: Industrial Applications Summit 2013 - the world's first industry-led forum designed specifically to identify the real business benefits and new opportunities these technologies present.
Hosting a cross-section of industry leaders and experts, you will be able to gain first hand insights on successful commercial applications, state of the art developments, and ultimately the steps necessary to enable scalability.
Pursuing a Single Version of the Truth, From Product Creation to Service
This IDC Manufacturing Insights White Paper summarizes the critical challenges the industrial equipment industry faces today and outlines the dramatic changes the industry will encounter going forward.
The paper highlights how today's fast-paced business environment calls for industrial equipment manufacturers to increase the speed of decision making along the entire product life cycle, from concept to design, from engineering to manufacturing and to service.
IDC Manufacturing Insights suggests industrial equipment organizations modernize their IT landscape to speed up decision making, streamline business processes, and break organizational silos. To do so firms will have to create a unique platform that — supporting the entire product life-cycle process, end to end — offers a single data source from product creation to service.
Digital Manufacturing and Design Innovation InstituteControlEng
Announced earlier this year, the Digital Manufacturing and Design Innovation Institute (DMDII) is a Chicago-based manufacturing hub that will bring together public, educational and private interests to accelerate innovation and reduce development time and costs. Learn how all manufacturing will benefit from the research and development based at this digital lab.
Manufacturing lags behind Digitalization - Canada - June 2017paul young cpa, cga
This presentation looks at digitalisation on manufacturing including how Canadian manufacturers are lagging behind the rest of world in adoption of digital strategy.
The presentation will look at all areas of digital manufacturing including IoT, robotics, 3-D printing and integratation of data analytics.
Industry 4.0 – lessons from large and small firmsShaun West
Key note presented at the Konferenz Perspektiven mit Industrie 4.0 ZHAW, Winterthur, 6 September 2017.
The paper described real examples of digital solutions from large and small firms. It closes with the Data-to-Action model that has been developed by Shaun West, Petra Müeller-Csernetzky and Mario Rapaccini.
Industry 4.0 and the Innovation Gap in Advanced ManufacturingMike Nager
White paper describing the challenges the Industry 4.0 and Advanced Manufacturing will bring to workforce development and training of technicians and engineers.
The 10 best enterprise collaboration solution providers dec 2017Merry D'souza
Insights Success has critically evaluated and curated a list of “The 10 Best Enterprise Collaboration Solution Providers 2017,” which are revolutionizing collaborative businesses and driving diverse strategies to help organizations extend their business horizons.
ITIF Senior Analyst Stephen Ezell presented on the future of advanced manufacturing at the AAAS annual conference. His presentation argued for the correct policies to support a robust advanced manufacturing climate in the United States.
Crafting the Modern Manufacturing Enterprise in the Post-COVID-19 WorldCognizant
To get ahead in the industrial space amid the prolonged pandemic, manufacturers must embrace holistic agility and resilience, and democratize access to applications and data. This will eliminate operational silos at last and free data to more effectively inform everything: just-in-time build and logistics decisions, operational execution, customer experience product engineering decisions and everything in between, driving innovative product launches and much-needed cost reductions.
The Work Ahead in Manufacturing: Fulfilling the Agility MandateCognizant
According to our research, manufacturers are well ahead of other industries in their IoT deployments but need to marshal the investment required to meet today’s intensified demands for business resilience.
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The COVID-19 crisis seemingly provides a sudden glimpse into a future world.
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- Automated processes become a primary driver of productivity
- Flexible, transparent and stable supply chains
In this unique moment, companies can learn and progress more quickly than ever before!
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After the shock of the confinement and near-total stoppage of the economy, the recovery promises to be gradual and full of unknowns in terms of both demand and supply.
Can content management be used as an asset to boost productivity and collaboration?
Atos’ performance at the Olympic Games has proved the ideal challenge to improving the way we deliver world-beating business technology for our clients. This new Fast Track Guide on ECM is quick to read and formed from the very latest thinking. It describes how, in the economic climate, enterprise collaboration tools have been embraced by organizations looking to become leaner and more flexible to boost productivity and efficiency across an increasingly dispersed and mobile workforce.
Navigating the new world ushered in overnight by COVID-19Belatrix Software
We’re all being challenged by the current situation. In a matter of weeks, much of what we have always taken for granted, has changed. In this Belatrix report, we explore five key areas that we have identified for leaders and managers to focus on.This covers the spectrum from looking after your employees, to evaluating what products and services will remain viable in the long-term.
The pervasiveness of mobile computing is forcing companies to rethink their business models, reinvent their organizations and rewire their operations in order to reap the benefits and overcome the challenges of enterprise mobility.
The Next Wave of Manufacturing Relies on Plant Operations TransformationCognizant
To enable agility, predictability, responsiveness and efficiency, manufacturers must think holistically about their factories and develop integrated and harmonized capabilities that connect the supply chain with a new product introduction value stream.
Agile Talent in the Digital Age White PaperOneSpace
Increase efficiency and become more lean by embracing an agile talent model.
Agile talent is at the center of a social, technological and organizational revolution. It is drastically changing the workplace and providing unique opportunities for businesses large and small.
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1. Creating the
Modern Manufacturing
Workforce
For manufacturers seeking to thrive in an Industry 4.0 world,
digitally enabling the workforce may be an excellent first step,
facilitating better collaboration, innovative products, a better
customer experience and a more robust supply chain. But it’s
easier said than done. Getting there begins with a thorough
examination of your organization’s competitive position and
business initiatives.
December 2020
Produced in partnership with
2. 2 / Creating the Modern Manufacturing Workforce
Executive Summary
Even before COVID-19 hit, manufacturing faced pressure to up
its digital game. The industry’s very maturity was sometimes
perceived as working against it. Competing with tech, finance
and other sectors for young talent was growing more difficult.
Fairly or not, manufacturers had a reputation for stodginess
and reluctance regarding investing in the technology that
excited top millennial minds. Meanwhile, global competition
was relentlessly driving down price points and profits on
traditional goods.
The onset of the pandemic highlighted the industry’s vulnerabilities. Supply chains, which
had long been built on a low-cost-at-all-costs approach, were exposed as overly reliant
on a single region. While workers in many industries needed only a phone, a laptop and
collaboration software like Microsoft Teams to resume work, many manufacturers shut down
for extended periods, their shop floors and assembly lines at the mercy of broken supply
chains, distancing guidelines and other imperatives.
So if the writing was on the wall before COVID-19, the pandemic has added underlining and
an exclamation point: Manufacturers that haven’t done so already must embrace digital –
and fast.
But where to begin?
All too often, enterprise attempts at digital business take the form of technologies
assembled in haphazard fashion, with no unifying vision. Initiatives along these lines tend
to further complicate existing process execution. Unsurprisingly, they usually fall short of
comprehensive business model change.
The modern enterprise construct offers manufacturers a way to think of their operations
holistically, using a quantifiable business-centric approach that provides a context for
reimagining core processes; supporting technologies; and organizational and cultural
models needed across the value chain. It thus puts into perspective key trends and
imperatives, such as the merging of the physical and digital worlds, the democratization of
data, and the linchpin: workforce transformation.
3. Creating the Modern Manufacturing Workforce / 3
A 2019 study by Cognizant’s Center for the Future of Work indicates that employees
generally considered blue-collar feel that they lack the right technology to do their job
and are subject to fragmented experiences, outdated processes, and legacy technology.
1
Closing the skills gap, retraining the existing workforce, and building a data-driven culture
are fundamental to workforce transformation in manufacturing. Moreover, they are also
fundamental to becoming a modern manufacturing enterprise, which entails embracing
agility and resilience and democratizing data in a holistic effort to eliminate silos and
respond to customer needs. (Learn more in “Crafting the Modern Manufacturing Enterprise
in the Post-COVID-19 World.”) For this reason, workforce transformation may be an ideal
stepping stone in the larger shift to Industry 4.0 — but that’s true if, and only if, it is done
within the context of what the business’s needs are as they pertain to its value chain. 2
In this white paper, we highlight recent examples of engagements conducted by both
Cognizant and Microsoft that reveal the key architectural and operational principles critical
for moving the manufacturing workforce into the digital age. They include attracting and
managing talent; enhancing skills, productivity and teamwork; connecting the workplace;
and delivering innovation that drives true business value.
Manufacturers considering this path should begin with an evaluation of the company’s
existing technology footprint and business processes in light of new initiatives, and should
go where the evidence leads them; workforce enablement will be the appropriate path for
many, but not all, organizations.
The modern enterprise construct offers manufacturers
a way to think of their operations holistically, using a
quantifiable business-centric approach that provides
a context for reimagining core processes; supporting
technologies; and organizational and cultural models
needed across the value chain.
4. The COVID-19 impact
The pandemic has highlighted the importance of staying connected
regardless of physical location, although the trend toward increased
work from home (WFH) and reduced factory-floor personnel was
already solidly in place.
Despite COVID-19’s tragic, world-twisting nature, then, the pandemic offers clarifying insights for
manufacturers. Businesses that are rethinking aspects of their processes due to work from home (WFH),
geographically distributed employees and so on are grasping the importance of versatility in workers.
Manufacturers need people who can learn multiple advanced technologies, learn them quickly, train others in
their use and embed them in day-to-day processes to create value. This aggravated an already growing skills
gap across the industry, as illustrated in Figure 1.
Trends shaping the workforce transformation agenda
Figure 1
Closing the skills gap
Reskilling the existing workforce
Empowering first-line workers
Addressing an evolving dynamic work environment
Building a data-driven culture
Considering rising security & compliance concerns
Empower your workforce
Deliver new services
Optimize digital operations
Reimagine manufacturing
Market
opportunities
Technology, competition and globalization are reshaping the manufacturing industry
4 / Creating the Modern Manufacturing Workforce
5. Creating the Modern Manufacturing Workforce / 5
Attracting the next generation
Excelling in the future will require employees with top digital skills, and this is an area in which investing in
workforce technology could provide a boost. Manufacturing is one of the most established industries in today’s
business landscape, with many processes that date back 100 years or more. On the positive side, this means
manufacturing processes and guiding philosophies have been honed and fine-tuned through extensive
experience. On the other hand, manufacturing’s long history and pragmatic nature don’t exactly add to its sex
appeal, in a workplace context. In general, manufacturing faces “an acute skills gap,” and clients tell us that this
is exacerbated in the digital arena, with top tech minds applying their talents to other industries.3
One way that manufacturing can address this gap is to match the tech offerings that appeal to not only
millennials, but also workers of all ages who are eager to embrace the latest tools. Consider collaboration
and meeting apps now taken for granted, such as Microsoft Teams, Slack and Zoom. Not long ago, Slack
was scoffed at by old-school manufacturing enterprises, deemed a departmental toy that was not ready for
primetime. Today, it’s hard to imagine functioning without Teams or a similar tool. (To learn more about the
type of project, tools and mission that can attract millennials, see Quick Take, on the next page.)
6. 6 / Creating the Modern Manufacturing Workforce
Quick Take
Breathe in: Tackling the
ventilator shortage
As the effects of COVID-19 were felt around the world, leaders at the UK’s High Value
Manufacturing Catapult, which is tasked with boosting tech innovation, sought to address
the UK’s shortage of hospital-grade ventilators. The resulting VentilatorChallengeUK
consortium demonstrates the best values and abilities of today’s manufacturers and digitally
capable workforce.
For such an extraordinary mission, Microsoft ensured rapid deployment of its HoloLens,
the Microsoft Azure cloud platform, Teams, Dynamics 365 and Power BI to the consortium.
HoloLens, a mixed-reality headset, serves as a powerful example of tools enabling workforce
transformation. It allowed assembly line staff to see holograms of how parts fit together and
make hands-free video calls to experts while they were working. Through voice commands
and hand gestures, they could bring up a virtual screen that hovered in front of them,
displaying a live stream of someone with knowledge of the ventilators, wherever they were
in the world. That was critical for 2,500 engineers who had spent their careers building
products such as cars but now had to switch to assembling medical equipment overnight.
(Mixed- and virtual-reality tools have also become valuable for workplace training in general,
and safety training in particular.)
Additionally, Azure Cognitive Search lets workers create a digital repository of information;
pictures; video; and handwritten and typed documentation, and then retrieve information
relevant to the job at hand.
With these tools in the hands of a digitally enabled workforce, the consortium established a
new supply chain; performed all necessary training; and thus was able to scale production
from 50 ventilators a week to 1,500 a week — compressing what would typically be
considered a two-year project down to two months.
7. Creating the Modern Manufacturing Workforce / 7
The new workplace
As it’s been noted often since COVID-19 hit, remote management and
collaboration will remain key parts of working life going forward. WFH
and reduced human presence on the factory floor is hardly new; what
is now clearer than ever is that manufacturers must keep investing in
technology and talent to maintain productivity, preserve corporate
culture and drive professional development.
On the collaboration front, environments like Microsoft Teams have quickly become a household word. Going
forward, manufacturers need tools that deliver a consistent feature set and user experience regardless of
platform and physical location. Glass packaging producer Owens-Illinois (O-I), which has 26,500 employees
in 77 plants across 23 countries, upgraded from Skype for Business Online to Teams and quickly discovered
not only new capabilities that O-I knew it needed (notably improved communication and decision-making
within its glass production processes across both shifts and device types), but also some capabilities that
came as a pleasant surprise, such as real-time language translation in instant messaging. Almost immediately,
employees began to use Teams’ built-in translation capabilities to support communication in their language
of choice.
Early in the COVID-19 lockdown, emotions ran high throughout the corporate world, suggesting that many,
perhaps most, organizations would not permit workers to return to a physical work environment anytime
soon. WFH productivity was said to be at least as high; the future of office parks was deemed dire.
The passage of time has led to a more mixed reality, especially where manufacturing is concerned —
despite the march of technology, the shop floor still tends to require a large number of people, often in
close proximity to one another. Moreover, studies find that while WFH does bring certain benefits (personal
creativity, ability to focus) to many employees, most people want to get back to their physical workspace.4
For a look at how Cognizant is enabling a safe return to the factory or office, see Quick Take, page 8.
8. 8 / Creating the Modern Manufacturing Workforce
Quick Take
Getting back to the shop
floor – safely
The Cognizant Safe Buildings approach combines layered safety strategies and a
technology foundation to sense, monitor and manage data insights to lower risks.5
Tools and strategies help manufacturers:
❙ Screen employees and visitors for elevated body temperatures using thermal
imaging.
❙ Monitor physical distancing and provide contact tracing through location data from
wearable sensors, smart cameras and systems.
❙ Ensure hand hygiene and sanitization compliance using data from smart bands.
One of many early adopters, a multinational food company with 150 factories and
100,000 employees piloted Cognizant Safe Buildings with the goals of tracking
workers’ physical distance from one another; sending alerts on violations of these
distancing rules; and contact-tracing employees who’d been exposed to COVID-19.
The pilot was a strong success, according to the manufacturer. Following tweaks
developed through employee feedback, the program is now being scaled first to the
manufacturer’s North American factories, and then to other geographies.
In keeping with our suggested approach of auditing business needs and allowing them
to dictate the best action, manufacturers should consider their own situation before
rushing employees back to the shop floor en masse. WFH is now commonplace. The
goal is not necessarily to gather the largest possible group under one roof, but rather
to preserve productivity and organizational culture while enabling workers who may
spend only part of their time in an office or on a factory floor.
9. Creating the Modern Manufacturing Workforce / 9
The new workforce
When manufacturers audit their technology and business initiatives to
rationalize investment,they often find that reskilling their workforce earns
a high priority.As a 2019 report from Cognizant’s Center for the Future of
Work put it,“blue-collar work isn’t what it used to be.”6
Consider,the authors
noted,today’s factory floors, layered with sensors and algorithms sequenc-
ing intricate hand-offs between teams of people and banks of machines.
In such environments, newly empowered workers aren’t limited to routine
physical tasks; armed with the ability to exploit data, analytics or machine
learning,they’re adding value in innovative ways, using human insight and
judgment to master sophisticated technical process work with skill and flair.
This new category of worker is exemplified by the “Takumi Masters” at Lexus,who meld detailed knowledge of dig-
ital processes with old-school experience and an artisan’s touch.7
At Lexus,to be a Takumi is to have earned a high
honor— and to be rewarded appropriately.We believe this is the evolutionary direction of what we’ll call the Digital
Craftsperson.
For another example of thoughtful workforce enablement,this one focused on field technicians, see Quick Take,
page 11.
Unfortunately, not enough enterprises are creating environments in which digital craftspeople can thrive, in spite
of a clear need, as shown in the following figure; this is the type of investment that a careful self-assessment can
lead to. Failing to prime the workforce is a severe risk. The technology isn’t slowing down, and the competitive
pressure is only going to ratchet up. The time to act is now.
10. 10 / Creating the Modern Manufacturing Workforce
Quick Take
What color is your collar?
A Cognizant Center for the Future of Work research report found less than half of
businesses across industries were making needed workforce strategy changes despite:
❙ Over 70% of respondents say the biggest driver impacting blue-collar work is the growth
of technology.
❙ Blue-collar work will focus less on physical, repetitive tasks and more on knowledge-
intensive, digital-oriented roles.
❙ The use of smart machines is predicted to rise over the next five years for routine and
simple decision-making, by nearly 26% and 35%, respectively, and even more so for
complex and mission-critical decision-making (44% and 75% increases, respectively).
❙ Nevertheless, most operational decisions will still require lots of human input.
❙ A productivity bonus awaits leaders — businesses that consider themselves ahead of
the competition in this area expect a productivity kicker of 13% to 14% over the next five
years.
11. Enabling field techs:
Efficiency’s going up, costs are
going down
With WFH and the field now a virtual extension of the factory floor, enabling remote workers
has never been more important for manufacturers. Recently, one of the world’s largest
elevator OEMs sought to improve the productivity of its more than 31,000 field technicians.
Cognizant, selected as the manufacturer’s mobility enablement partner, performed an
activity analysis and found that fully 40% of the technicians’ work was considered to be of
low value. The first step in reducing this percentage was to put in place key performance
indicators (KPI) to ensure all changes contributed to business goals — to wit, improved
productivity.
By codifying cumulative expert input as knowledge graphs in Microsoft Azure, Cognizant
created first a troubleshooting app featuring search and chat capabilities, and then a tool
that actively monitors the company’s elevators at scale.
Results? Immediately, average search times for parts dropped from 10 minutes to 2, the
client told us. Little wonder, then, that the initiative that continues to be rolled out has
achieved a 5% improvement in field-tech efficiency — or a $300 million per year savings –
according to the client.
Quick Take
12. 12 / Creating the Modern Manufacturing Workforce
Quick Take
Shopfloor visibility
Digital
asset management
Operations
intelligence
During service innovation
Transforming the future of
product development and
engineering
R&D
Cross-functional &
organizational level groupsIndustry 4.0
AI assistant
for employees
Intelligent
training delivery
Mixed reality-
driven L&D
Predictive maintenance
Intelligent supply
chain planning
e-auctions for delivery
(continuous RFP process) The next-generation
digital supply chain
Realizing the industry 4.0 vision
Unlocking hidden value
through digital
Higher sales productivity and
customer experiences across
channels
No touch
order processing
Digital order platform
Ecosystem
collaboration platform
as-a-service
Hyper-personalization
services and solutions
The manufacturing value chain: Future capability map
Figure 2
13. Creating the Modern Manufacturing Workforce / 13
Rethinking data
The democratization of data demonstrates how changes made with the
workforce in mind can and should filter up through the organization
to deliver value in myriad ways. Through data lakes or other means,
forward-looking manufacturers are creating a “single source of truth”
so that workers across departments — customer service, operations,
finance — can maintain consistency, confident that they’re all singing
from the same hymnal.
Before it can be democratized, data must be modernized; data in older formats doesn’t lend itself to web
services-enabled forms of interoperability and sharing across silos, business functions and ecosystems.
Once addressed, data modernization does far more than enable employees. Properly aggregated, data is far
easier to store, use and share. That allows businesses to transform what was once an expensive burden into
an asset that helps leaders drive revenue growth, contain costs and increase business value.
Tooling and industrial materials supplier Kennametal, based in Pittsburgh, operates globally in multiple
languages, solving problems for customers in different verticals and regions. Kennametal employees are
now using Microsoft Power Platform to gain insight into factory productivity, using dashboards to get ahead
of the curve on incidents and equipment issues that previously required expert-level human resources
onsite. Natural-language query capabilities, whose results are presented in easily digested visual formats,
will ultimately provide 12,000 employees in multiple geographies with cloud-based access to sophisticated
analytics and project data. Visualizing information in minutes, business users can explore data and uncover
new insights without specialized help, Kennametal said.
In a prime example of how workforce empowerment benefits the business as a whole, Kennametal’s broader
vision is to link its smart factories to customers, providing them with up-to-the-minute information.
Once addressed, data modernization does far more than enable
employees. Properly aggregated, data is far easier to store, use
and share. That allows businesses to transform what was once an
expensive burden into an asset that helps leaders drive revenue
growth, contain costs and increase business value.
14. 14 / Creating the Modern Manufacturing Workforce
Looking ahead: The workforce as a stepping stone
In addition to the myriad benefits that reinventing the manufacturing
workforce offers on its own merits, we believe it’s an excellent entry
point into a broader and deeper digital journey. Many of the processes
and technologies required to address workforce issues (embracing new
apps, the democratization of data, knowledge capture, humans working
closely with machines, geographical flexibility) will serve as stepping
stones to an overall transformation.
In one example, Cognizant recently helped a global provider of packaging solutions chart its course for
becoming a modern enterprise, and reshaping the workforce played a huge role. The client was extremely
successful — but that very success had created unforeseen issues, including a need for better talent and
knowledge management challenges. As a result, the client wasn’t sure that its investment strategy was
consistent with market dynamics and its growth aspirations.
Cognizant used its modern enterprise framework and proprietary NorthSTAR consulting methodology (see
Figure 3) to identify and assess a range of disruptive business factors ranging from market dynamics driving
future product line requirements to innovation initiatives. All of these factors together provided a context for
digital innovation.
Cognizant evaluated the company’s maturity via 36 core and 60 cross-functional digital capabilities.
A key part of the analysis was to interview, and listen to, millennial employees. The exercise identified the
interventions and process reengineering needed to drive the client’s business functions moving forward
across key areas.
In the end, the client’s executive leadership was able to adjust its transformation strategy to better serve its
business and, most importantly, gain execution buy-in at the board level.
15. Leveraging NorthSTAR for a 360-degree view
Figure 3
UNDERSTAND ENVIRONMENT
ESTABLISH PATHWAY
FUNDING
TARGET AT SCALE
DELIVERDIGITAL
DIGITAL DNA
CHANGEPROGRAM
North
STAR
Rew
ard
Survey
Target
A
ccelerate
Evaluate digital
capabilities and
maturity
Establish and align on
digital vision
Define digital
transformation
roadmap
Target operating
model and talentBusiness case
& investment
plan
Engage
leadership
Deliver digital
target through
scaled team
Expand digital
innovation culture
Enhance digital
adoption
Reward & incentivize
digital behaviors
Measure
and monitor
results
Assess
competition
Baseline
digital
m
aturity
Alignto
digital
vision
Developdigitalroadmap
Establish
resource
m
odel
Promote
digitalobjectives
Secure
funding
Execute
pathw
ay
at
scale
Cultivate
innovation
culture
Harden
digitalcapability
Incentivize
desired
conduct
What’s
next
Assessenvironment& threats
SELF-ASSESS
North
STAR
Creating the Modern Manufacturing Workforce / 15
16. 16 / Creating the Modern Manufacturing Workforce
Once a manufacturer determines that workforce enablement is a priority, what steps should it take? Our
thoughts:
❙ Begin with a guiding philosophy and agreed-on KPIs to ensure that all investment delivers business value.
❙ Execute and communicate a Safe Buildings program so employees know that when they enter a facility,
they do so with minimal risk.
❙ Tweak corporate culture and management strategies to recognize the new reality of WFH.
❙ Attract leading candidates by implementing technology that appeals to millennials and other next-
generation workers.
❙ Improve worker productivity through automation and knowledge harvesting.
❙ Put in place knowledge-capture and knowledge-sharing tools to ensure that employees’ experience is
integrated into systems and passed on.
❙ Embrace career-long training to keep employees’ skills up to date.
❙ Offer career and compensation paths that recognize and reward newer roles.
The manufacturing industry is at a critical juncture regarding digital change. Rather than launching
halfhearted modernization efforts in a handful of unrelated departments or business units, leaders should
create a unifying vision, communicate that vision throughout the enterprise with full-throated support, and
move to execute it. If an audit shows that digitally enabling the workforce is the right place to begin, then it’s
an initiative that can bring lasting benefits to the business as a whole.
17. The manufacturing industry is
at a critical juncture regarding
digital change…leaders should
create a unifying vision…and
move to execute it.
Creating the Modern Manufacturing Workforce / 17
19. About the author
Creating the Modern Manufacturing Workforce / 19
Prasad Satyavolu
Chief Digital Officer and Consulting Leader
Prasad Satyavolu is Chief Digital Officer and Consulting Leader in the
Manufacturing, Logistics, Energy & Utilities Business Unit. He is responsible
for incubating new solutions, offerings and commercialization for digital
business and advisory services in these industries. Prasad has written
extensively on the future of mobility and energy, connected infrastructure
and manufacturing, monetization and consumer experience. In his nearly
three decades of work in the industry, he has held leadership roles and
managed complex business environments. Prasad has successfully
incubated and scaled several business lines, and continues to advise clients on large-scale transformation
programs. He can be reached at Prasad.Satyavolu@cognizant.com | linkedin.com/in/prasadsatyavolu.
Neal Meldrum
Global Director of Business Strategy, Manufacturing and
Resources group, Microsoft
Neal Meldrum is Global Director of Business Strategy in the Manufacturing
and Resources group at Microsoft. He has 20-plus years of experience in
the industrial equipment, operational technology and cloud manufacturing
solutions space. Neal is responsible for driving corporate strategy for
Factory of the Future, Industrial IoT and Digital Twin. He can be reached at
Neal.Meldrum@microsoft.com.