Modern product development moves fast. Designs evolve, supply chains shift, and regulatory requirements grow more complex. In this environment, managing product changes effectively isn’t just an operational necessity. It’s a strategic advantage.
Change management in PLM (Product Lifecycle Management) ensures that design modifications, manufacturing updates, and field adjustments happen in a controlled, traceable, and efficient manner. Without structured change control, teams face duplicated work, misaligned data, and costly errors that ripple throughout production.
That’s where PTC Windchill comes in. As one of the industry’s most powerful PLM platforms, Windchill provides the digital framework companies need to handle change systematically, connecting people, processes, and data across the product lifecycle.
What Does Change Management in PLM Encompass?
At its core, change management in PLM refers to the process of capturing, evaluating, approving, implementing, and tracking all product design and manufacturing changes. In Windchill, these are managed through a structured hierarchy of change objects, including Problem Reports, Change Requests, Change Notices, and Change Tasks. These govern every stage of a modification.
This structured approach ensures every alteration, no matter how small, is properly evaluated for impact before it reaches production. Engineers can trace how a change affects CAD models, bills of materials (BOMs), documentation, and service content—all within the same environment.
By embedding change management into the PLM platform, Windchill provides traceability, accountability, and visibility. This is the foundation of a connected digital thread across engineering, manufacturing, and service.
Common Challenges Companies Face with Change Management
Implementing change management in PLM isn’t just about adding new tools. It’s about changing habits, workflows, and expectations across the organization. Many companies start strong but struggle to maintain consistency as teams, systems, and product complexity grow. Recognizing these common challenges early helps organizations plan smarter and avoid costly missteps that can slow progress or derail adoption.
Many organizations recognize the importance of change management but struggle to execute it effectively.
Here are some of the most common pain points:
- Inconsistent workflows: Changes are handled differently across departments or regions, leading to confusion and rework.
- Disconnected systems: Engineering, manufacturing, and supply chain teams rely on separate tools with limited visibility into one another’s changes.
- Undefined roles and responsibilities: Without clear ownership, approvals stall or critical details fall through the cracks.
- Compliance and audit issues: Unrecorded changes or incomplete documentation increase risk, especially in regulated industries.
- Change fatigue: Teams overwhelmed by unstructured processes lose efficiency and confidence in their tools.
These challenges highlight why many organizations turn to Windchill change management: to replace fragmented manual processes with a single, automated source of truth.
How Windchill Enables Effective Change Management
PTC Windchill simplifies and strengthens the change management process by integrating it directly into the product lifecycle. With configurable workflows and standardized change objects, companies can capture, evaluate, and implement changes with full visibility across teams.
Key Windchill capabilities include:
- Configurable workflows: Tailor approvals and tasks to fit your organization’s engineering, manufacturing, or service requirements.
- Linked data and impact analysis: Automatically identify which parts, documents, or assemblies are affected by a change.
- Complete audit trails: Every change is recorded, time-stamped, and traceable for full accountability.
- Digital thread connectivity: Ensure downstream teams—like manufacturing and service—receive accurate updates from engineering in real time.
With Windchill, change control becomes proactive rather than reactive—keeping your operations agile, compliant, and aligned.
Practical Best Practices for Implementing Change Management in PLM
Turning change management from theory into practice requires a structured, intentional approach. The goal is to create repeatable processes that everyone—from engineering to manufacturing—can follow with confidence. These best practices for Windchill change management will help your organization build a framework that’s scalable, transparent, and ready to evolve with your business needs.
To build a resilient and effective change management process, organizations should follow a structured roadmap:
- Assess your current state. Audit your existing change-control processes and identify bottlenecks or inconsistencies.
- Define your process owners and participants. Clarify who submits, reviews, approves, and implements changes.
- Standardize workflows. Configure Windchill change templates to align with your business structure and industry standards (such as CM2).
- Pilot before scaling. Test new workflows in one product line to validate results and gain user feedback.
- Engage cross-functional teams. Involve engineering, manufacturing, sourcing, and service early to ensure holistic adoption.
- Train and communicate. Equip teams with training and documentation to understand the “why” behind structured change control.
Successful change management in PLM requires both governance and culture—clear processes supported by consistent adoption and continuous improvement.
Benefits of a Well-Structured Change Management Process
A mature, well-designed PLM change management process doesn’t just make engineering changes easier—it transforms how teams collaborate and make decisions. By embedding structure, accountability, and visibility into every stage of the product lifecycle, organizations can move from reactive problem-solving to proactive innovation. The benefits extend beyond efficiency—they directly impact product quality, compliance, and customer satisfaction
When implemented properly, Windchill change management delivers tangible business value at every level of the organization.
1. Faster Decision Making
Standardized workflows reduce approval bottlenecks and allow for parallel review processes—accelerating design-to-production cycles.
2. Improved Data Accuracy
By managing all change data in a single PLM environment, teams minimize duplication and eliminate version confusion.
3. Enhanced Compliance and Traceability
Windchill automatically records every decision and approval, ensuring full documentation for audits and regulatory reporting.
4. Reduced Rework and Waste
Controlled processes prevent errors and miscommunication, saving time and material costs.
5. Stronger Collaboration Across Functions
With shared visibility, engineering, manufacturing, and service teams can align faster—closing the loop on the digital thread.
A mature PLM change control process isn’t just about efficiency—it’s about building trust in your data and confidence in every decision.
Frequently Asked Questions Around Change Management in Windchill
When evaluating change management in PLM platforms like Windchill, decision makers often want clear, practical answers about change control, collaboration, and compliance. The following answers address key considerations, helping teams see how Windchill creates a more structured, traceable, and efficient approach to product change management.
Does Windchill support change management and configuration control?
Yes, Windchill provides a complete framework for managing both change and configuration control across the product lifecycle. It uses structured change objects (Problem Reports, Change Requests, Change Notices, and Change Tasks) to ensure all updates are tracked, reviewed, and approved before implementation. Configuration control within Windchill links product data, CAD files, and BOMs so every stakeholder works from the latest, approved version. This structured governance helps prevent errors, improve data consistency, and ensure all teams stay aligned as designs evolve.
How does Windchill handle engineering change management?
Windchill’s engineering change management process captures, evaluates, and implements design changes through configurable workflows and standardized approval steps. Each change is linked directly to the affected parts, assemblies, drawings, or documents, creating a complete digital audit trail. Automated notifications keep engineering, manufacturing, and quality teams informed throughout every stage. This ensures changes are implemented efficiently, accurately, and with full visibility into downstream impact.
What are the benefits of using Windchill for change control?
Using Windchill for change control eliminates manual hand-offs and disconnected approvals that often slow production and introduce risk. The system accelerates decision-making with standardized workflows and automated routing, while maintaining full traceability for compliance and audits. Teams gain a single, authoritative view of each change, reducing duplication and version confusion. Ultimately, Windchill helps organizations respond faster to market demands without sacrificing quality or control.
How does Windchill improve collaboration between design and manufacturing teams?
Windchill bridges the gap between engineering and manufacturing by giving both teams real-time access to accurate, up-to-date product data. When a design change is approved, updates automatically flow downstream to manufacturing and service teams, minimizing miscommunication and rework. Shared visibility into BOMs, change status, and impact analysis keeps all stakeholders aligned. This seamless collaboration enables faster launches, fewer production delays, and stronger overall product quality.
Can Windchill track and document product revisions automatically?
Yes, Windchill automatically tracks every product revision and records who made the change, when it was made, and why. Version control is built into the platform, ensuring that only approved and released data is available for use in production or service. Historical versions are preserved for reference, enabling full traceability across the product’s lifecycle. This not only improves accountability but also supports compliance with industry and regulatory standards.
How does Windchill reduce manual work in the change approval process?
Windchill automates much of the change approval process through configurable workflows, notifications, and digital sign-offs. Instead of relying on spreadsheets or email approvals, teams can manage and approve changes directly within the PLM environment. Automated routing ensures each step moves efficiently to the right reviewers based on defined roles and business rules. This reduces administrative workload, shortens approval cycles, and eliminates bottlenecks caused by manual oversight.
How can Windchill help ensure product and regulatory compliance?
Windchill embeds compliance into everyday workflows by maintaining complete, time-stamped records of all engineering and manufacturing changes. It supports audit readiness through controlled documentation, approval tracking, and built-in reporting capabilities. Regulatory standards such as ISO 9001, FDA 21 CFR Part 820, and AS 9100 can be mapped directly to Windchill’s processes. This traceable, documented approach helps manufacturers meet quality requirements and demonstrate compliance with confidence during audits or inspections.
Getting Started: A Roadmap for Success
Building a successful change management in PLM foundation doesn’t happen overnight, but it starts with a clear plan. Whether you’re new to Windchill or looking to refine existing workflows, having a roadmap helps you move from disorganized change control to a well-governed, repeatable process. These key steps will guide you toward smoother adoption, stronger alignment, and long-term PLM success.
If your organization is still relying on email threads, spreadsheets, or informal approvals to manage engineering changes, now is the time to modernize. Here’s how to begin:
- Conduct a Change Management Readiness Assessment. Evaluate your current processes, tools, and team structure.
- Start with a Pilot. Implement change management in Windchill for one product or department before scaling enterprise-wide.
- Define Governance. Establish process owners, KPIs, and escalation paths.
- Integrate Systems. Connect PLM with CAD, ERP, and quality systems to maintain data consistency.
- Partner with Experts. Work with PLM specialists—like EAC Product Development Solutions—to configure, optimize, and sustain your Windchill environment.
EAC’s Change Management Workshop helps organizations document their current state, identify process gaps, and build an actionable roadmap to success.
Turning Change Into a Competitive Advantage
In today’s fast-moving manufacturing environment, change management in PLM is the cornerstone of operational excellence. It ensures that your organization doesn’t just react to change, but leads it with confidence, precision, and speed. With Windchill, companies gain the tools and structure to manage change across the entire product lifecycle, creating a connected, compliant, and future-ready digital ecosystem.
At EAC, we work alongside manufacturers to fix the broken parts of product development by connecting systems, people, and processes. We help organizations implement and optimize Windchill so engineering teams can manage change with clarity, consistency, and confidence. We also share practical resources that help you make smarter, more confident decisions about your product development strategy.
Looking to streamline your engineering change process and strengthen your PLM foundation, but not sure exactly where to start? Check out our webinar Preparing for Change Management in Windchill to learn more!
I’m sure at least once in your life you’ve heard the saying, ‘Work smarter, not harder.’ But what a cliche, right?! Well, for those of you managing your Bill of Materials (BOMs) in Excel, it’s time to step away from the cell block prison (pun intended).
In this article, we’re going to break down what it actually means to revitalize your BOM strategy with the Digital Thread to start seeing the results you want.
What Is The Digital Thread?
First of all, let’s start with the basics. The Digital Thread is a term used to describe the seamless flow of information throughout the manufacturing process. From design and engineering to production and after-sales support. It provides a way to connect all the data and information generated at different stages and from systems of the product lifecycle.
Generally, the Digital Thread provides value by enabling better visibility and control of any processes that require or produce product data. It enables manufacturers to collaborate more effectively, automate and optimize workflows, and quickly respond to changes. All while adjusting quickly to customer needs.
Bill of Materials (BOM)
Next, let’s break down the concept of a Bill of Materials. A complete Bill of Materials (BoM) list usually contains all of the parts and components needed to create or manufacture an end product. You might think of a BoM as a recipe ingredient list. The information about each part can include details such as part names, part numbers, quantity required, and cost per unit. Not to mention, BoMs contain other relevant part details such as material type, color, or size if applicable; supplier information; serial numbers, etc.
By consolidating and organizing all the pertinent information product information, the BoM becomes a centralized resource. A critical resource that facilitates the manufacturing processes of specified products.
Ultimately, the goal of the BoM is to help track inventory and verify missing parts during assembly. Equally as important, BoMs are critical to support a healthy supply chain, as well as help with purchasing decisions and more.
The Digital Thread and Bill of Materials Working Together
Balancing a plethora of product information – it’s no surprise, the best BoM management strategy used within the industry does not leverage solely Microsoft Excel. Nor does it rely upon one Enterprise resource planning (ERP) system. Instead it works to unite data from multiple systems into a single source of truth.
Sounds great doesn’t it? But, if you’re like most – your product data lives all over the place in different systems from different departments. This situation tends to create data siloes resulting in time-consuming manual tasks using outdated operational processes. Generally, these are some of the biggest problems that inhibit manufacturers from achieving their business initiatives.
Oftentimes, during our EAC Assessments, we hear multiple teams across the enterprise and different management levels are frustrated by broken processes. In short, there is a lack of key information employees need to do their jobs right, at the time they need it most.
Meanwhile, the digital thread uses advanced technology (such as product lifecycle management systems as well as the Internet of Things) to connect critical disparate processes. This, in turn, helps minimize manual tasks, and breaks down data siloes. Implementing the digital thread to your BoM strategy creates a major impact for all stakeholders involved. For instance, design teams, engineers, manufacturing, assembly, operations, finance, purchasing, and even marketing.
How The Digital Thread Supports Engineering
Furthermore, the Digital Thread plays a crucial role in supporting engineering and bill of materials (BOM) management by providing seamless connectivity and accessibility to relevant data throughout the product lifecycle. Here’s how the digital thread benefits these areas:
1. Engineering Collaboration
Firstly, the digital thread allows engineers to collaborate effectively by providing a centralized platform for sharing and accessing engineering data. This facilitates cross-functional collaboration, enables real-time communication, and reduces errors or miscommunications during the design and development process.
2. Design Consistency
Secondly, the digital thread ensures design consistency by maintaining a single source of truth for engineering data. Changes made in the design phase are automatically propagated throughout the digital thread, ensuring that all related documents, models, and specifications remain synchronized.
3. BOM Accuracy and Visibility
The digital thread integrates BOM management, configuration management, and BoM transformation capabilities. This enables accurate and up-to-date BOMs, as the data will automatically reflect changes. Additionally, it provides real-time visibility into the BoM status, including component availability, sourcing information, and cost implications.
4. Change Management
Next, the digital thread streamlines change management processes. By automating change notifications, approvals, and tracking. Essentially, it ensures that engineering changes are effectively communicated, documented, and implemented across the relevant stages of the product lifecycle, minimizing errors and delays.
5. Manufacturing Process Optimization
By connecting engineering data with manufacturing process management, the digital thread enables better coordination and optimization of production processes. By in large, system and data integration allows for improved manufacturing planning, efficient resource allocation, and reduced lead times.
6. Enhanced Visualization and Analysis
Another example includes leveraging augmented reality (AR) design sharing to provide visual representations of designs. In detail, enabling stakeholders to view and analyze products in a virtual environment. It’s recommended to use AR to enhance design reviews, simplify communication, and facilitate better decision-making.
Overall, the digital thread improves engineering and BoM management. Markedly, by streamlining processes, enhancing collaboration, ensuring data consistency, and providing visibility across the product lifecycle. It promotes efficiency, accuracy, and agility in engineering and BoM-related activities. Leading to improved product quality and faster time to market in the long run.
How A Digital Thread BoM Strategy Streamlines Manufacturing
Simultaneously, the digital thread plays a significant role in enhancing the bill of materials (BoM) management for manufacturing, assembly, and quality control processes. In sum, here’s how the digital thread benefits these areas:
1. Manufacturing and Assembly Planning
The digital thread enables seamless integration between the BoM and manufacturing planning systems. It provides real-time visibility into the BoM, ensuring accurate and up-to-date information for manufacturing and assembly operations. This allows for efficient production planning, optimized resource allocation, and improved scheduling in all.
2. Supply Chain Integration
By connecting the BoM with supply chain management systems, the digital thread enhances supply chain visibility and collaboration. It enables better coordination with suppliers, accurate tracking of component availability, and improved procurement processes. As a result, it minimizes the risk of production delays and ensures timely delivery of materials.
3. Work Instructions and Assembly Guidance
Thirdly, the digital thread facilitates the creation and dissemination of detailed work instructions and assembly guidance based on the BoM data. This ensures that assembly operators have access to accurate and step-by-step instructions, reducing errors and improving productivity on the shop floor.
4. Quality Control and Traceability
The digital thread enables better quality control and traceability throughout the manufacturing process. By integrating the BoM with quality management systems, it ensures that quality requirements and specifications are adhered to during production. It also enables traceability of components and materials, making it easier to identify and address any quality issues or recalls.
5. Continuous Improvement and Feedback Loop
Additionally, the digital thread supports continuous improvement initiatives by capturing data and feedback from manufacturing and quality control processes. It enables the analysis of production data, identifies areas for improvement, and facilitates data-driven decision-making to enhance manufacturing efficiency and product quality.
6. Post-Market Monitoring
Finally, the digital thread extends beyond the manufacturing phase to support post-market monitoring and quality assurance. Integrating BoM data with field service management systems and customer feedback enables organizations to identify and address product issues, initiate product improvements, and provide timely support and maintenance.
All in all, the digital thread enhances BoM management for manufacturing and assembly processes by ensuring accurate and up-to-date information, facilitating supply chain integration, enabling effective work instructions, improving quality control, supporting continuous improvement efforts, and enabling post-market monitoring. Concurrently, it streamlines operations, improves product quality, and enhances customer satisfaction.
The Polaris Story
Polaris utilized PTC Windchill, an advanced product lifecycle management system, to transform their Bill of Materials into a reliable new business model backbone. As a result, it allowed them to create a connected enterprise.
Windchill PLM combines the digital thread framework with a maximized BoM and change management strategy. This powerful product lifecycle management platform organizes all information associated with the development of its products, allowing every stakeholder to access the latest up-to-date information in a dynamic format.
Once it was clear to Polaris that they had outgrown certain tools and processes, they coordinated and synchronized a digital thread of data throughout the enterprise by leveraging PTC Windchill.
As of today, Polaris’ Windchill PLM system enables them to manage and organize the bill of materials (BoM) and implemented configuration management practices. This helped transform their BoMs as needed, effectively managing changes, overseeing manufacturing processes, and utilizing augmented reality (AR) design-sharing capabilities.
By orchestrating these elements, the digital thread ensured seamless connectivity and flow of information across different stages and departments within Polaris. This enabled improved collaboration, streamlined workflows, effective change control, and enhanced manufacturing processes. On top of giving the ability to share and visualize designs using AR technology.
Conclusion
To sum it up, it’s time to put Excel away and start working smarter, not harder. Successful BoM management derives from a single source of truth throughout the enterprise in regard to all the data contained in the Bill of Materials. The Digital Thread allows for the seamless automated flow of the BoM information to create a truly connected enterprise, working in sync along every step of the manufacturing process.
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