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Smart factories, the Industrial Internet of Things (IIoT), and digital twins are more than just buzzwords. They represent a fundamental transformation on the factory floor. This technological revolution creates a massive demand for a new kind of technical information: content that is modular, machine-readable, and deliverable to any device. A static PDF manual simply won’t cut it anymore. These pressures are reshaping expectations across all manufacturing industry segments, forcing content teams to rethink their entire workflow. We’ll look at the specific challenges these trends create and how modern content strategies can turn your documentation into a strategic asset.
That’s who we are. But who are you, dear readers? We are always curious about what kind of people and organizations care about the issues that we do, so we took a look at the list of 1,750 people who have come to our site in the past year and downloaded a white paper or registered for a webinar.
We found that our audience can be divided into four main segments:
Manufacturing is the largest segment, but that includes a diverse mix of companies offering a wide range of products - everything from dog food to rocket ships. At Jorsek, we find it useful to further divide the manufacturing industry into seven segments: high-tech, semiconductors, medical devices, computer manufacturing, automotive and heavy machinery, aerospace/defense, and other, or general manufacturing.
Each one of these segments has its unique characteristics, but they have all shown a great interest in adopting new ways to document their products. Why is that? Here are four imperatives that are driving this trend.
Understanding the Manufacturing Industry Landscape
To understand why manufacturing companies are so invested in modernizing their documentation, it helps to first understand the industry itself. At its core, manufacturing is the process of transforming raw materials into finished goods through physical, chemical, or mechanical means. This definition, drawn from the U.S. Bureau of Labor Statistics, covers everything from massive automotive plants and semiconductor foundries to local bakeries that produce and sell their own products. It’s a vast and varied field, but a common thread is the creation of a physical product, which always requires clear instructions for assembly, use, and maintenance.
The complexity of this documentation depends heavily on the type of manufacturing. The industry is broadly split into two categories, each with its own unique challenges. Understanding this split is the first step in appreciating why a one-size-fits-all approach to content just doesn’t work. For technical communication teams, the difference between the two dictates everything from content structure to delivery methods, making it a critical distinction for anyone looking to improve their content operations.
What is the Manufacturing Industry?
The manufacturing industry is the engine of the physical world, responsible for creating the products we use every day. It’s a sector defined by production, whether in a sprawling factory or a small workshop. This process of creation is incredibly diverse, spanning countless materials and methods. Because every product has a lifecycle—from design and assembly to operation, service, and eventual disposal—it generates a massive volume of information. This information, which includes everything from engineering specifications to user manuals and safety warnings, is the lifeblood of the product and the people who interact with it.
For technical documentation teams, this means the scope of work is enormous. The content they produce is not just a "nice-to-have" accessory; it's an integral part of the product itself. It ensures that equipment is assembled correctly, operated safely, and repaired efficiently. As products become more complex and global supply chains more interconnected, the demand for accurate, accessible, and consistent documentation has never been higher. This is the central challenge that drives manufacturing companies to seek better ways of creating structured content.
Discrete vs. Process Manufacturing
The two primary modes of production are discrete and process manufacturing. Discrete manufacturing involves the assembly of distinct, separate items that can be counted. Think of cars, smartphones, or airplanes. Each unit is a separate entity built from various components and sub-assemblies. The documentation for these products often includes detailed parts catalogs, step-by-step assembly guides, and service procedures. The key challenge here is managing the immense complexity of components and their relationships, especially when a single part might be used across multiple product lines.
Process manufacturing, on the other hand, deals with bulk materials that are mixed, blended, or formulated. This includes industries like food and beverage, chemicals, and pharmaceuticals. The final product is often measured by weight or volume rather than in individual units. Here, documentation focuses on recipes, formulas, safety data sheets, and regulatory compliance. The critical challenge is ensuring absolute precision and consistency in every batch, as even a minor deviation can have significant consequences for quality and safety.
Key Manufacturing Industry Segments
The manufacturing sector is not a monolith; it's a collection of highly specialized industries, each with its own set of rules, challenges, and customer expectations. Segments like automotive, electronics, and consumer goods represent some of the largest and most dynamic areas. While they all share the fundamental goal of creating physical products, the nature of those products dictates their approach to everything from innovation to regulation. For content teams, this means that the documentation strategy for a new car will look very different from the one for a new smartphone or a household appliance.
Automotive
The automotive industry is defined by its complexity and long product lifecycles. A single vehicle contains thousands of parts from hundreds of different suppliers, all of which must work together flawlessly for years. The documentation required is staggering, including everything from assembly instructions for factory workers to diagnostic and repair manuals for service technicians around the world. Furthermore, with strict safety and environmental regulations, accuracy is non-negotiable. This environment demands a robust system for managing structured content, where information can be reused across different models and updated efficiently to reflect new parts or procedures.
Electronics
In contrast to the automotive sector, the electronics industry moves at lightning speed. Product cycles are short, and innovation is constant. For products like computers, smartphones, and semiconductors, the technical documentation must be developed and released just as quickly as the products themselves. This content includes user guides, software documentation, and specifications for highly technical components. The global nature of the market also means that all of this content must be translated and localized for dozens of languages simultaneously, making efficient translation management a critical capability.
Consumer Goods
The consumer goods segment covers a wide array of products, from household items and clothing to food and personal care products. While these items may seem simpler than a car or a computer, they present their own set of challenges. This is a high-volume industry where products are sold in global markets, each with its own regulations and language requirements. Documentation, such as user instructions and safety labels, must be clear, concise, and compliant everywhere the product is sold. The sheer scale of production means that even small inefficiencies in the content creation and publishing process can lead to significant costs and delays.
The Manufacturing Market by the Numbers
To fully appreciate the scale of the manufacturing industry, it’s helpful to look at the data. This is not a niche market; it is a cornerstone of the global economy, employing millions of people and generating trillions of dollars in revenue. The numbers paint a picture of a massive, resilient, and steadily growing sector. For those of us in the content world, these figures represent a huge community of workers and customers who depend on the information we help create and manage. The sheer size of the industry underscores the importance of getting documentation right.
Market Size and Financial Trends
The manufacturing market is enormous, with a valuation of approximately $5 trillion. It’s also growing at a steady clip of about 3.8% annually, according to market research from Grata. This growth isn't just about producing more of the same; it's driven by innovation, new technologies, and expanding global markets. This financial stability allows companies to invest in long-term improvements, including upgrading their content infrastructure. They recognize that high-quality documentation is not a cost center but a strategic asset that can reduce support costs, improve customer satisfaction, and accelerate time-to-market.
Workforce and Employment Data
The manufacturing sector is a major employer, with nearly 13 million people working in the industry in the United States alone. These are the individuals on the factory floor, in the engineering labs, and in the service centers who rely on technical documentation every single day to do their jobs safely and effectively. With a low unemployment rate of just 3.5% for manufacturing workers, it's a competitive field where companies must provide the best tools and information to attract and retain talent. Providing clear, accessible, and accurate documentation is a key part of supporting this massive workforce.
Key Trends and Challenges Shaping Manufacturing
The manufacturing industry is in the middle of a profound transformation. Powerful forces like new technology, a global push for sustainability, and persistent economic challenges are reshaping how products are designed, built, and supported. These trends are not happening in isolation; they are interconnected and are forcing companies to become more agile, efficient, and data-driven. For technical documentation teams, this new landscape presents both significant challenges and incredible opportunities. The old ways of creating and managing content in static documents are no longer sufficient for an industry that is becoming smarter, faster, and more connected.
Adapting to this new reality requires a fundamental shift in how we think about content. It’s no longer enough to simply write and publish a manual. Instead, content must be treated as a modular, structured asset that can be dynamically assembled and delivered to any person, on any device, at any time. This is the core idea behind a Component Content Management System (CCMS), which provides the foundation for modern content operations. By embracing these new tools and methodologies, documentation teams can move from being a support function to a strategic driver of business success in the modern manufacturing era.
The Rise of Transformative Technologies
Technology is the primary catalyst for change in manufacturing today. Innovations like artificial intelligence (AI), the Industrial Internet of Things (IIoT), and digital twins are revolutionizing the factory floor. These technologies allow companies to automate processes, predict maintenance needs, and create virtual models of their products and production lines. While incredibly powerful, they also generate and depend on an unprecedented amount of data and information. This creates a massive new challenge: how to manage, structure, and deliver this information to both people and machines in a way that is coherent and useful.
Industrial Internet of Things (IIoT) and Smart Factories
Smart factories are the embodiment of this technological shift. They use a network of interconnected sensors, machines, and systems—the Industrial Internet of Things—to monitor and control nearly every aspect of the production process. In this environment, a static PDF manual is an antique. A technician on the factory floor needs real-time data and instructions delivered directly to a tablet or augmented reality headset. This requires a sophisticated multichannel publishing engine that can take structured content and deliver it in whatever format the situation demands, ensuring information is always current and in context.
Robotics, Digital Twins, and Additive Manufacturing
Advanced technologies like robotics, digital twins, and additive manufacturing (3D printing) are also becoming commonplace. Robots perform repetitive or dangerous tasks with precision, but they require detailed programming and maintenance documentation. Digital twins—virtual replicas of physical products or systems—allow companies to test changes and simulate performance before implementation. However, a digital twin is only as good as the data that feeds it, which includes a vast library of structured technical information. These technologies demand a new level of rigor and structure in content, which is a core strength of methodologies like DITA XML.
The Push for Sustainability
Beyond technology, there is a growing global demand for more sustainable and ethical manufacturing practices. Companies are under increasing pressure from consumers, investors, and regulators to reduce their environmental impact, improve energy efficiency, and ensure their supply chains are responsible. This focus on sustainability is not just about public relations; it's becoming a core business imperative. Documentation plays a surprisingly important role in this effort. Clear, standardized procedures can help optimize processes to reduce waste and energy consumption, while digital-first content delivery drastically cuts down on paper usage.
Broader Industry Challenges
While manufacturers are busy integrating new technologies and sustainability initiatives, they must also contend with a host of external pressures. The global landscape is volatile, with economic uncertainty, supply chain disruptions, and cybersecurity threats creating a challenging operating environment. These issues test the resilience and adaptability of a company. For documentation teams, this means being able to respond quickly to change, whether it's updating instructions to account for a new component or ensuring that sensitive intellectual property remains secure.
Economic and Supply Chain Disruptions
Recent global events have exposed the fragility of complex supply chains. When a critical component suddenly becomes unavailable, manufacturers must quickly find an alternative and update all related documentation. In a traditional, document-based workflow, this is a slow and error-prone process. However, with a CCMS, a single component's information can be updated at the source, and that change will automatically propagate across every assembly guide, parts list, and service manual where it appears. This agility is crucial for maintaining production and minimizing downtime in the face of disruption.
Cybersecurity Risks
As factories become more connected, they also become more vulnerable to digital attacks. A security breach can halt production, compromise product quality, or expose valuable intellectual property. Technical documentation often contains sensitive design specifications and proprietary process information, making it a prime target. Therefore, a secure system for managing and distributing this content is essential. Modern content platforms provide robust content governance features, including access controls and audit trails, to ensure that critical information is protected from unauthorized access.
Workplace Safety and Productivity
Despite advances in automation, manufacturing remains a physically demanding industry with inherent risks. According to the U.S. Bureau of Labor Statistics, there were 355 work-related deaths in the sector in one recent year, and an injury rate of 2.7 cases for every 100 full-time workers. The most effective way to mitigate these risks is through clear, accurate, and easily accessible safety information. Providing a worker with the right warning or procedure at the exact moment they need it can be the difference between a safe shift and a serious accident. This is where structured content is most powerful, enabling the delivery of targeted, context-aware safety instructions that protect workers and improve productivity.
1. Manufacturers need to introduce new products quickly to respond to fast-moving market demands.
The manufacturers in the segments above produce products that are more like rocket ships than dog food. Their industries are relatively new, highly competitive, and reward continuous innovation. Product lines change every year, sometimes dramatically. If a company has to wait for a User Guide to be finished before launching or updating a product, they are at a disadvantaged. Also, sometimes manufacturers need to produce many versions of the same product to more closely align with consumer needs. In that scenario, reusing content between product versions is the key to maintaining an efficient documentation process.
2. Manufacturers need to market (and source) their products globally.
Manufacturers were among the first to experience the sea-change brought on by increased global competition. The strongest survived by making better products, building factories where costs were lower, and finding new markets. Today, as iconic multinationals outsource their engineering departments to Asia, the flow of information goes both ways. It’s critical to have an efficient system in place for localizing product information quickly and accurately.
3. Manufacturers need to provide customers with consistent messaging across departments and geographies.
Providing a brand-defining experience across the entire customer journey increases satisfaction as it builds trust and loyalty. Because a manufacturer's customer-facing content likely has many authors, including product development, marketing, sales, training and support, it can be a challenge to keep the information up-to-date and consistent. That’s why many companies are implementing a content management system as a “single-source of truth”. We wrote about this in our white paper: Great Customer Experiences: Building a Knowledge Infrastructure for the 21st Century.
4. Manufacturers need to funnel support requests to the lowest-cost help channel.
Many manufactured products are complex and challenging to operate; however, few people have the patience to look through a printed manual any more. That’s why many companies are trying to avoid costly calls to their support center by providing quick access to help in the language and device that customers prefer. Integrating product documentation with a CRM and support systems is an efficient way to get service and support content on the web, but even the highest quality content is of no use if customers can’t find it when they need it. Structuring your content and adding metadata can vastly improve the search experience and put information at your customer’s fingertips.
What is the current state of documentation in the manufacturing industries?
We recently surveyed information development professionals from a wide range of industries to determine how organizations are currently creating, sharing, reviewing and publishing their product documentation. We can compare the overall results with those from the manufacturing industry.
It’s not surprising that there was a greater need for service manuals and bulletins in manufacturing, and less need for requirements documents. Respondents in the software industry reported a growing involvement of tech writers in the development process, while the gulf between techdocs and engineering is generally much wider in manufacturing companies.
It is interesting that these numbers show that digital delivery channels have not been widely adopted, especially in the manufacturing segment. Why is that?
Barriers to change
Manufacturers generally produce a large volume of information, and many people inside the organization have a role to play in the process. For this reason, very often both the culture and the organization needs to change to successfully implement a better system for creating and deploying customer-facing content. People have to adjust to new roles, and departments have to cooperate and work outside their “silos”.
Another barrier to change is that most companies lack a good infrastructure for enterprise-wide content management. For many, a single, web-based system that enables the centralized control of a dispersed content creation process is needed. Companies that have been around for a while will have to decide whether and how to migrate their existing content into the new system.
Structured Content for Manufacturing
Joe Gelb of Suite Solutions and I discussed the benefits and challenges of adopting 21st Century communication practices in manufacturing in this webinar, using real-life examples and best practices for making the transition smoothly and quickly reaching maximum ROI. Here are some of the topics we touched on:
- Managing information in a multi-departmental organization
- Planning for reuse and localization in global documentation
- Maintaining dynamic content for multiple access points
- Personalizing content for unique users and scenarios
- Delivering relevant and useful content
Frequently Asked Questions
Why does the difference between discrete and process manufacturing matter for my content strategy? It matters because it defines the core challenge your content needs to solve. For discrete manufacturing, which involves assembling distinct parts like cars or computers, the main difficulty is managing information for thousands of individual components across many different products. Your strategy will focus on reusing part descriptions and procedures. For process manufacturing, which deals with formulas and batches like in chemicals or food, the priority is absolute precision and regulatory compliance. Your strategy will center on ensuring every recipe and safety data sheet is perfectly consistent and error-free.
My company isn't in a high-tech sector like automotive or electronics. Is structured content still relevant for us? Yes, absolutely. The core principles apply to any company that creates a physical product requiring instructions. If you need to ensure safety warnings are consistent, provide clear assembly guides, or manage maintenance procedures, structured content is relevant. The need for accuracy, efficiency, and the ability to easily update information is universal. If you sell products in different markets, the benefits for managing translations alone can make it a worthwhile investment, regardless of your product's complexity.
The article mentions supply chain disruptions. How exactly does a structured content system help with that? When a supplier changes a component, you have to update that information everywhere it appears, from assembly guides to service manuals and parts catalogs. In a traditional workflow, this is a manual and painstaking process of finding and replacing information in dozens of separate documents. With a structured content system, that component's information is a single, reusable block of content. You update it once in the central system, and it automatically populates correctly across every single document where it's used, ensuring accuracy and saving a huge amount of time.
We have decades of legacy documentation in formats like Word and PDF. How do we handle that when moving to a new system? This is a very common situation, and you don't have to move everything at once. The process is called content migration, and it's best approached strategically. Many teams start by identifying the content that is most critical or most frequently updated and migrate that first. You can then continue to move older content over time as it needs to be revised. This phased approach makes the transition manageable and allows your team to start seeing the benefits of the new system without having to tackle a massive, upfront conversion project.
What's the most important benefit for making a business case to my leadership? While there are many benefits, the argument that often resonates most with leadership is the direct link between content reuse and speed. When you can reuse approved content instead of rewriting it, you dramatically shorten the time it takes to create documentation for new products or product variations. This means you can launch products faster. This efficiency also leads to significant cost savings, especially in translation, because you only pay to translate a piece of content one time. Faster time-to-market and lower operational costs are powerful arguments for any business.
Key Takeaways
- Modern factories require modern content: Smart technologies like IIoT and digital twins run on data, making static PDFs ineffective. To keep pace, your documentation must be modular and machine-readable so it can deliver real-time instructions to any person or system.
- Centralize content to manage global complexity: Operating in a global market with rapid product cycles and supply chain disruptions requires a single source of truth. This approach allows you to reuse content across product versions, speed up translations, and maintain brand consistency everywhere.
- Treat documentation as a business asset: Shifting from static documents to structured content turns a cost center into a competitive advantage. This method directly supports key business goals by improving worker safety, protecting sensitive information, and reducing customer support costs through better information delivery.
