Are you new to the manufacturing, operations or supply chain sector? A recent hire or student? Or maybe you simply want a deeper understanding of how Business Process Management (BPM) is reshaping industrial operations. If so, this article is for you. As part of DELMIA’s Back to Basics series, we break down what BPM in the manufacturing industry means, how it works and how DELMIA solutions enable manufacturers to govern, standardize and continuously improve their processes on a global scale.
We are in the middle of the fourth industrial revolution — Industry 4.0 — and digital transformation is no longer optional. In a highly competitive environment, manufacturers face relentless pressure to deliver more, faster and with fewer errors. Business Process Management is the discipline that makes this possible by providing a structured, technology-enabled framework to optimize every process-driven area of the manufacturing operation.
What Does BPM Stand For?
BPM stands for Business Process Management. It is a systematic approach to enhancing organizational efficiency through process optimization. This methodology helps companies analyze, model and improve their operational workflows to achieve strategic objectives. BPM combines advanced technologies like machine learning with proven management practices to streamline business operations. Organizations can measure performance metrics, identify bottlenecks and implement targeted improvements across their processes — continuously, not just once.
While BPM is sometimes confused with task management or project management, its scope is significantly broader. Rather than focusing on individual tasks or one-time projects, Business Process Management addresses end-to-end workflows that span multiple departments, systems and stakeholders. It is a discipline that governs how work is done across the entire organization, from the shop floor to the supply chain and beyond.
What Is BPM in the Manufacturing Industry?
BPM in the manufacturing industry refers to the application of Business Process Management principles to the specific operational, regulatory and quality challenges faced by manufacturers. As defined by Gartner, Business Process Management employs methods to discover, model, analyze, measure, improve and optimize business strategy and processes.
In a manufacturing context, BPM governs every process-driven area of the operation — from production scheduling and assembly workflows to quality control, material movement, maintenance procedures, supplier management and regulatory compliance. It ensures that each step in the production process is carried out in the correct order, at the right time and that no steps are missed.
BPM in the manufacturing industry is transforming how organizations operate by offering a streamlined framework to optimize processes, enhance decision-making and fuel digital innovation. Manufacturers who adopt BPM can operate with less waste, better efficiency and fewer errors — achieving consistent results at scale across multiple plants and geographies.
What Are the Four Main Types of Business Processes in Manufacturing?
With the BPM approach to managing business operations, manufacturers focus on four main types of processes:
Operational processes form the foundation of an organization’s ability to deliver products and services to customers. In manufacturing, these include production workflows, assembly operations, inventory management and order fulfillment. Keeping these processes optimized and standardized is critical to maintaining throughput and quality across the organization.
Management processes handle the coordination of people, resources and activities. Managers can use BPM systems to delegate tasks to workers, streamline production, synchronize materials with production, monitor the quality of goods and ensure efficient delivery. When employees use a single BPM platform, work moves faster and coordination errors are dramatically reduced.
Analytical processes involve data analysis and decision-making. BPM enables manufacturers to gather current data from across the operation, identify inefficiencies, surface bottleneck steps and implement targeted solutions backed by real performance data rather than assumptions. This analytical capability is especially powerful in complex, multi-plant environments where manual tracking is insufficient.
Collaborative processes facilitate collaboration among various departments and stakeholders. BPM enables teams to work together across functions and locations, improving responsiveness to market demands, customer satisfaction and the agility needed to adapt to changing supplier constraints or quality requirements.
What Are the Five Stages of BPM?
The BPM lifecycle is comprised of five stages, each building on the previous one to create a continuously improving system:
Process Design is the first stage, where existing workflows are mapped and new processes are defined. In manufacturing, this means documenting every step of a production or quality procedure so that inefficiencies, bottleneck steps and areas for improvement can be identified before implementation.
Process Modeling translates the designed process into a visual representation — often using Business Process Management Notation (BPMN) — allowing teams to simulate and validate the workflow before deploying it. Modern BPM tools enable teams to create visual process models that are easy to understand and refine.
Process Execution is where the designed and modeled process is deployed into live operations. In manufacturing, this means integrating the BPM platform with existing systems, machines and operational staff workflows so that each step is carried out in the correct order with the right information at the right time.
Process Monitoring involves tracking real-time performance data against defined key performance indicators (KPIs). Manufacturers use monitoring to detect deviations, identify bottlenecks and ensure quality standards are consistently met. Business processes also have release-level tracking with audit trails to meet regulatory requirements for specific industries.
Process Optimization closes the loop by using the insights gained from monitoring to refine and improve the process. This final stage is what makes BPM a continuous discipline rather than a one-time project — ensuring that manufacturing operations become progressively more efficient, compliant and competitive over time.
How DELMIA Delivers BPM in the Manufacturing Industry
DELMIA has a purpose-built solution to help manufacturers govern business processes more effectively: DELMIA Apriso Global Process Manager enables users to manage and control manufacturing excellence on a global scale. It helps companies implement standardized manufacturing processes and manage best practices globally to continuously improve responsiveness to changing market conditions, quality demands and supplier constraints.
Users can configure processes using DELMIA’s low-code configuration application and then easily share these new processes with all plants, extending the value across the enterprise. This greater connectivity between plants and processes means that best practices developed at one facility can be rapidly deployed everywhere — without IT-intensive implementations or lengthy change management cycles.
DELMIA Apriso Global Process Manager enables companies to govern business processes more effectively by managing how and by whom best practices are shared and managing the level of autonomy plants have to adjust business processes to their unique needs. Business processes also have release-level tracking with audit trails to meet regulatory requirements for specific industries — a critical capability for manufacturers in Life Sciences & Healthcare, Aerospace & Defense and other regulated sectors.
By digitizing manual workflows, DELMIA drives improved operational transparency, higher product quality and compliance with custom-defined operating procedures. Repetitive tasks are automated, human error is minimized and accountability is increased through structured, documented process execution. The result is an operation that runs with consistent results — more products delivered in less time, with fewer defects and greater confidence in every step of the production process.
Key Benefits of BPM for the Manufacturing Industry
BPM in the manufacturing industry delivers measurable value across the entire operation.
Better efficiency and reduced waste are the most immediate outcomes. When processes are standardized and documented, workers follow the correct steps every time — eliminating the rework, delays and quality failures that stem from inconsistent execution. Manufacturers can operate with less waste, better efficiency and fewer workers, achieving long-term savings without sacrificing quality.
Improved quality control is enabled by BPM’s ability to embed quality checks directly into operational workflows. A BPM platform for quality control ensures products are free from defects, processes are efficient and goods meet quality standards before they leave the manufacturing facility.
Supply chain optimization becomes possible when BPM connects manufacturing processes with broader supply chain workflows. Industry 4.0 has changed the landscape and manufacturers are now looking for ways to optimize their factories and supply chains while improving employee safety. BPM provides the framework to make this possible at scale.
Digital transformation is accelerated as BPM becomes the connective layer between systems, machines and people. BPM tools, beyond automating processes, offer greater connectivity to the software and machines that underlie industrial activity. This makes BPM the cornerstone of any serious digital transformation strategy in manufacturing.
Regulatory compliance is simplified through release-level tracking, audit trails and structured process documentation. For industries with strict regulatory requirements — including Life Sciences & Healthcare and Aerospace & Defense — BPM provides the governance infrastructure needed to maintain compliance without slowing operations.
Experience the Real-World Value of BPM in the Manufacturing Industry
Manufacturers across industries are already unlocking the transformative potential of DELMIA BPM solutions. For more customer stories, visit 3ds.com/insights/customer-stories.
To explore how DELMIA Apriso Global Process Manager can help your organization standardize processes, govern best practices and accelerate continuous improvement, contact our experts or learn more about DELMIA Apriso.
Frequently Asked Questions
BPM stands for Business Process Management. It is a systematic discipline that uses methods to discover, model, analyze, measure, improve and optimize business processes. In a manufacturing context, BPM coordinates the behavior of people, systems, information and machines to produce consistent results in support of a broader business strategy.
BPM in the manufacturing industry is the application of Business Process Management principles to manufacturing operations. It provides a streamlined framework to optimize production workflows, enhance decision-making and fuel digital innovation across the factory floor and supply chain. As defined by Gartner, BPM employs methods to discover, model, analyze, measure, improve and optimize business strategy and processes — with the scope extending well beyond task or project management.
The BPM lifecycle comprises five stages: process design (mapping and defining workflows), process modeling (creating visual representations using BPMN), process execution (deploying processes into live operations), process monitoring (tracking performance against KPIs with audit trails) and process optimization (using monitoring insights to continuously improve). Each stage builds on the previous one to create a self-reinforcing cycle of operational excellence.
The four main types of business processes in manufacturing are operational (production and fulfillment workflows), management (coordination of people, resources and activities), analytical (data analysis and decision-making) and collaborative (cross-functional and cross-plant coordination). DELMIA Apriso Global Process Manager supports all four process types within a single integrated platform.
Business Process Management (BPM) is a discipline that uses various methods to discover, model, analyze, measure, improve and optimize business processes. A business process coordinates the behavior of people, systems, information and things to produce business outcomes in support of a business strategy. In the context of manufacturing, BPM is a foundational capability for organizations pursuing digital transformation, operational efficiency and global quality standards.
DELMIA Apriso Global Process Manager enables manufacturers to implement standardized manufacturing processes and manage best practices globally. Users configure processes through a low-code application and share them across all plants, ensuring consistency while allowing local flexibility. Release-level tracking and audit trails support regulatory compliance, and deep integration with manufacturing execution systems ensures that BPM governance is embedded directly in day-to-day operations.
To learn more about DELMIA’s BPM solutions for manufacturing, contact our experts or explore DELMIA Apriso.
Director of Strategic Business Development for the DELMIA brand at Dassault Systèmes since 2021. Responsible for developing new and innovative business markets and reinforcing the company position as an innovative leader in the Transportation & Mobility and Industrial Equipment industries.