Windchill is a mission-critical enterprise system with multiple components and touch points across an entire enterprise. Because of this complexity, you might recognize the need for Windchill Managed Services. EAC has created a managed services program for your Windchill system: the EAC Alliance Program. The Alliance Program provides PTC Windchill managed services such as Windchill administration and support.

Our team of expert system administrators help improve system performance, optimize server and license configurations, and maintain a stable PLM environment for your organization. Looking to understand what we deliver? Below are some frequently asked questions.

Frequently asked questions around Windchill Administration

When manufacturing and engineering leaders evaluate their PLM strategy, they have a lot of critical questions. Decision-makers need clear answers on what Windchill administration involves, when they should consider outsourcing, and what risks unmanaged environments pose. Below we provide focused answers to frequently asked questions to help you evaluate whether a Windchill managed services program is right for your organization.

What does Windchill administration involve and why is it important?

Windchill administration encompasses the full set of tasks required to keep your PLM system healthy, secure and aligned with organizational processes—such as user and license management, system configuration, performance tuning, and lifecycle/workflow definitions. Effective administration ensures data integrity, minimizes downtime, and keeps product data flowing smoothly across engineering, manufacturing and service operations. For example, administrators will manage user access, define roles/teams, configure workflows, administer object types and versioning, and monitor system logs to identify issues before they escalate.

Without dedicated administration, companies risk slow performance, inconsistent processes, and lost productivity—making this role foundational for any serious Windchill deployment.

When should a company consider outsourcing Windchill administration instead of managing it in-house?

Outsourcing Windchill administration makes sense when internal resources are limited, the system has become complex, or you want access to specialist expertise without hiring full-time staff. Many companies turn to managed services when they lack sufficient Windchill-specific knowledge in-house, or when maintaining uptime, performance, patching and monitoring become too burdensome for their IT/engineering teams. According to recent program data, partnering with a managed services provider can deliver high-availability environments and relieve internal teams to focus on strategic PLM usage rather than just maintenance.

If your Windchill system is integral to product development and you can’t afford extended downtime or degradation in performance, outsourcing can be the smarter and more scalable choice.

What are the typical risks of poorly managed Windchill environments?

When Windchill systems are under-managed, organizations face risks such as unplanned downtime, degraded system performance, data inconsistency, version misalignment, and security vulnerabilities from delayed patching. These issues can slow engineering workflows, hamper collaboration between teams, increase support costs, and even result in compliance or audit failures if product data is uncontrolled. For instance, if workflows or lifecycles aren’t properly configured, teams may inadvertently work on the wrong version of a part or document—leading to errors that propagate downstream. In highly regulated or competitive manufacturing sectors, these problems compromise innovation speed and product quality, making adequate administration essential rather than optional.

What types of administrative tasks are included in a Windchill managed services program (patching, system tuning, replication, license optimization)?

A Windchill managed services program typically includes proactive system tasks such as regular patching and updates, server and application performance tuning, license usage tracking and optimization, data cleanup, replication site management, CAD worker configuration and environment monitoring. For example, administrators will monitor system logs for error patterns, manage replication sites to support multiple locations or disaster recovery, and alert you when license groups or worker scripts need attention. Additionally, managed service offerings may include scheduled health checks, junior to expert support tiers, shared service dashboards and continuous improvement planning so your Windchill environment evolves rather than stagnates. Outsourcing these tasks ensures consistent support for your PLM environment and often delivers performance gains and uptime improvements beyond what internal teams achieve alone.

What can customers expect from our Windchill managed services?

Here’s what customer’s see with our Windchill Managed Services and what you can expect.

Windchill Managed Services Percent of Uptime

95.1% of our EAC Alliance Program customers achieve 100% Windchill uptime. Our customers that do not have 100% Windchill uptime still maintain over 99% availability.  This is an overall average of 99.95% or more uptime.

Windchill Managed Services Predictive Maintenance

Our Alliance program executes planned (weekly, monthly, etc) Windchill maintenance.  Predictive maintenance is more efficient and the preferred approach to system maintenance. Roughly 1/4 of Alliance customers choose to implement PTC System Monitor (PSM) as a way to bolster EAC’s already rigorous proactive maintenance.

Speed/Performance of Windchill with Managed Services

100% of EAC’s Alliance Program customers see an improvement in the speed and performance of their Windchill system.  Out of the box, Windchill leaves a lot of room for performance tuning and server optimization. Our EAC Alliance Program Team are skilled in analyzing  and optimizing system resources to suit your individual needs

Windchill Managed Services Security/Patches

100% of our EAC Alliance customers receive (or are notified) of patches.  This way you can be assured that your system is running with maximum security at all times. 

Next Steps: Optimize Your Windchill System with Confidence

Your Windchill system is the backbone of your product development process. Don’t let preventable performance or maintenance issues slow down your innovation. Whether your team needs help managing system uptime, planning proactive maintenance, or optimizing your PLM environment for scalability, EAC Product Development Solutions is here to help.

Our Windchill Managed Services give you direct access to certified PLM experts who monitor, maintain, and continually optimize your environment, so your engineers can stay focused on product design, not system administration.

If you’re ready to improve your system’s reliability, performance, and ROI, connect with us to help your organization achieve:

Product development is becoming more complex, fast-paced, and globally distributed than ever before. As a result, businesses can no longer afford to rely on outdated tools or fragmented systems to manage the product lifecycle. That’s where Product Lifecycle Management (PLM) comes in.

PLM is a strategic solution that helps organizations manage everything from initial concept to retirement. But when a PLM system is missing, poorly maintained, or improperly implemented, the consequences can be costly, chaotic, and even catastrophic. This blog explores the top risks companies face without a robust PLM system and why investing in the right tools, processes, and support is essential.

Here is a list of the common problems you could face if you choose to manage your engineering data management and PLM systems in-house.

The Growing Demand for Centralized Product Data Management

In the absence of PLM, teams often resort to spreadsheets, local files, and email chains to manage critical product data. These disconnected tools may work temporarily, but they quickly become unmanageable as product complexity increases.

Without centralized data management, teams lose time hunting for information, risk using outdated files, and duplicate work. PLM offers a single source of truth that connects engineering, manufacturing, quality, and procurement teams with real-time access to product information.

Consequence #1: Product Delays & Missed Market Opportunities

One of the most immediate consequences of no PLM system is slower product development. Without structured workflows, version control, and digital collaboration tools, approvals take longer and communication breaks down. This delay not only increases development costs but also results in lost revenue from missed market opportunities.

Implementing PLM accelerates time-to-market by streamlining design iterations, automating change approvals, and enabling cross-functional collaboration from day one.

Consequence #2: Quality and Compliance Risks

Companies without PLM often struggle to maintain audit trails, proper documentation, and consistent processes across teams. This is especially risky in regulated industries like medical devices, aerospace, and automotive, where compliance is non-negotiable.

Manual systems leave room for error and increase the chance of delivering products that fail to meet safety or quality standards. PLM ensures that traceability, validation records, and required documents are captured and managed systematically.

Consequence #3: High Costs from Inefficiencies and Errors

Without PLM, inefficiencies build up across the product development lifecycle. Design teams may use incorrect versions, resulting in rework or scrapped parts. Change requests can be lost or ignored, causing costly delays or customer dissatisfaction.

A well-maintained PLM system mitigates these risks by automating data updates, linking CAD models with BOMs, and ensuring that teams are always working with accurate, up-to-date information.

Consequence #4: Poor Collaboration Across Departments and Suppliers

In companies without PLM, departments often operate in silos. Engineering, manufacturing, and procurement teams each rely on their own systems or documents, making it difficult to stay aligned.

This fragmentation leads to poor communication, misunderstandings, and decision-making based on outdated or incomplete data. PLM bridges these gaps by providing a collaborative platform where internal and external stakeholders can access and contribute to a unified product record.

Consequence #5: Lack of Long-Term Scalability

As products become more complex and markets more competitive, scalability is essential. Manual processes and disconnected systems simply don’t scale with growing demands.

Without PLM, organizations struggle to support product line expansion, manage global operations, or respond to evolving regulatory standards. PLM systems are designed to grow with the business, supporting new products, processes, and geographies over time.

Overlooked Risk: Not Hiring PLM Admin Support

Even companies that implement PLM systems may face challenges if they don’t hire dedicated admin support. As outlined in this article, the absence of skilled PLM administrators can lead to poor system performance, low user adoption, and reduced ROI.

PLM admin services ensure your system stays optimized, configurations remain aligned with your processes, and users are properly supported. Regular PLM maintenance prevents system failure and ensures your investment continues to deliver value.

Training the Workforce for Successful PLM Adoption

Technology alone isn’t enough. Even the most powerful PLM solution will fall short if your workforce isn’t trained to use it effectively. Without proper onboarding and continuous learning opportunities, employees will fall back on old, inefficient methods.

Ongoing training and change management initiatives help teams embrace new workflows and get the most out of your PLM implementation. It’s the difference between a tool that collects dust and one that transforms your business.

The Flip Side: What You Gain with a Strong PLM System

While the consequences of no PLM system are serious, the rewards of successful PLM implementation are equally powerful. A strong PLM foundation enables organizations to operate more efficiently, respond faster to change, and innovate with confidence. When done right, PLM implementation delivers measurable business benefits:

By integrating PLM into your core operations, you position your organization for future success. You gain not only operational efficiency but also strategic agility that lets you outpace competitors and exceed customer expectations.

Don’t Wait for the Pain Points to Pile Up

Many companies don’t recognize the consequences of no PLM system until they’re already struggling. Delays, quality issues, compliance failures, and high operational costs creep in quietly but compound quickly. Know whether your company is in need of better administration, and what next steps look like.

In today’s fast-paced manufacturing landscape, the new norm is to constantly seek ways to optimize your operations, increase productivity, and reduce costs. The integration of Enterprise Resource Planning (ERP) and Product Lifecycle Management (PLM) systems is a proven strategy for achieving these goals. By aligning these two critical systems, you can unlock a world of opportunities to streamline processes, enhance collaboration, and drive success throughout the entire product lifecycle.

In this blog, you will uncover the benefits of integrating ERP and PLM systems. We’ll also provide you with a detailed breakdown of the ABCs of integration – which data should be integrated, where and how that data should be integrated, and when it’s best to start the integration process.

ERP vs PLM

Before diving into the integration process, it’s important to understand the functions and purposes of ERP and PLM systems.

Enterprise Resource Planning

ERP systems are designed to manage physical assets, encompassing activities such as financials, purchasing, HR, demand and order management, forecasting, production planning, inventory management, and logistics. These systems such as SAP, Oracle, and Microsoft Dynamics ensure that products are produced according to demand, within schedule, and controlling costs.

As many have come to understand, the key to achieving success within your production process lies in adequately planning for the use of enterprise resources to meet customer demand and report financial results.

That’s why an ERP suite is designed with this goal in mind. It empowers your business with the tools and capabilities to effectively manage traditionally back-office resources, ensuring that operations align seamlessly with customer demand.

By harnessing the power of an ERP suite, you can optimize your planning processes, enhance operational efficiency, and deliver superior financial results to your constituents.

Product Lifecycle Management

On the other hand, PLM systems such as Arena, Agile, Teamcenter, Windchill and Autodesk are focused on managing the digital product definition. They are purpose-built to manage the digital product definition, encompassing anything that defines the form, fit, and function of a part, system, or vehicle.

PLM systems deliver comprehensive and robust data management capabilities, standardize and automate your product development business processes, and enable flexible and efficient collaboration with global teams across multiple departments and organizations.

As you can see, both of these systems have important functions for a smooth running production process, but they can often be disparate within a company. Understanding how to integrate these systems is the key to advancing the way you do business.

Integrating PLM and ERP

When it comes to integrating your ERP and PLM systems, understanding how to do that can feel overwhelming. There are three different levels of integration: one-way file push, API call, and a third-party integration platform. Understanding which level fits the needs of your company is vital for a successful integration. Let’s explore some key advantages:

Streamlined Workflows

Integration allows you to experience seamless data flow and improved collaboration between departments, eliminating redundant data entry and ensuring data accuracy. This streamlined workflow minimizes errors and delays, optimizing your productivity and reducing cycle times throughout the product lifecycle. You no longer have to manually enter BoM data into an ERP system and ensure that the data is correct in both systems.

Enhanced Data Visibility

By integrating ERP and PLM systems, you gain a holistic view of your product information. This integrated approach eliminates data silos and provides real-time visibility into critical data points, enabling you to make informed decisions and eliminating guesswork from your operations.

Improved Product Quality

This process empowers capture and link quality-related data at every stage of your product lifecycle. This comprehensive view of product quality enables you to detect issues early on and streamline processes for corrective actions, ultimately leading to improved product quality and increased customer satisfaction.

Cost Efficiency

Integrating ERP and PLM systems eliminates the need for you to duplicate data entry and automates data exchange between systems. This saves you time, reduces errors, and minimizes your operational costs. Additionally, with better inventory management and production planning capabilities, you can optimize your resource allocation, minimizing wastage, and improving your cost efficiency.

Accelerated Time to Market

When you connect your engineering, manufacturing, and supply chain processes, your teams can seamlessly collaborate in real-time, enabling efficient communication and shortening your product development cycles. This collaborative approach gives your business a distinct competitive edge in the market, helping you achieve success.

Levels of Integration

When it comes to integrating your ERP and PLM systems, understanding how to do that can feel overwhelming. In the case you don’t know what level of integration would be best for your company’s needs, let’s explore the different levels below:

One-Way File Push

The first level is a simple one-way push. This means that your PLM system has the ability to create a data distribution packet (ex. BoM in a CVS, part file or PDF file format) that is released to the ERP system and then the info is stored in both systems.

This type of push can be set up to be done either direction to maximize data sharing and a smooth process. This level of integration will log everything, but not provide error or checking feedback. This is a great level for companies looking to minimize issues of mismatched data.

API Call

The second level of integration is connecting your PLM system directly with other systems – Microstoft dynamics or other systems. This means that there is a rest service API call from the PLM system to release data directly into another system.

That being said, you will get error checking and logging from this level of integration, unlike the first level. A company might opt to do this level due to a need for logging and checking or because their ERP system doesn’t support importing data through files like the initial level would require.

Third Party Integration Platform

The third integration level piggy backs off of level two. Not only does it have logging and checking, but it performs a push and pull between the systems seamlessly. This level of integration works well for large companies with multiple systems to push and pull from. There are are third party integration tools like Tibco that integrate systems such as SAP and Oracle.

Ultimately, understanding the basics of ERP and PLM integration levels and the influencing factors such as cost, error checking, number of systems, company size and many more, is vital to understanding which level fits the needs of your company.

So, what are the next steps to finding that right integration and beginning your journey?

Next Steps of Integration

Integrating your ERP and PLM systems is a game-changer for your manufacturing business. By streamlining workflows, enhancing data visibility, improving product quality, optimizing costs, and accelerating time to market, this integration unlocks a world of opportunities for success.

While you may be hesitant to begin an integration like this because of data clean up still needed, EAC is here to provide services to clean up data to make sure the integration runs smoothly.

Finding a trustworthy partner to help with implementation can be difficult and daunting. Lucky for you, EAC has years of deep expertise in manufacturing processes to ensure a smooth integration journey. We work collaboratively with you to assess your requirements, design a tailored integration strategy, and seamlessly implement the solution that meets your specific business goals.

With EAC by your side, you can confidently embark on this transformative journey, knowing that our collaborative and solution-oriented approach will help you navigate the complexities and achieve your future state. Get in touch with EAC today and let us drive your success through integrated ERP and PLM systems.