TrakSYS Function Blocks: Standardized, Flexible Components for MES Delivery

TL;DR

TrakSYS Function Blocks are reusable solution components designed around common MES capabilities, such as orders, tasking, journals, and procedures. They give implementation teams a structured foundation for configuration, helping reduce repetitive work while preserving flexibility for site-specific requirements. As deployments scale, Function Blocks can support faster delivery, stronger governance, and more consistent MES solutions across sites, lines, and business units.

Key takeaways:

• Function Blocks provide reusable configuration, logic, UI, and extension points for common TrakSYS capabilities.
• They help implementation teams avoid rebuilding similar MES capabilities from scratch across projects.
• Current Function Blocks include Common, Orders, Tasking, Journals, and Procedures.

Why Function Blocks Matter

MES deployments often involve recurring patterns. Manufacturers may need to manage orders, guide operator tasks, capture production notes, or make procedures available on the shop floor, but these capabilities are often rebuilt or redefined from project to project. Without a reusable foundation, implementation teams can spend valuable time recreating similar configurations, logic, screens, and workflows, rather than focusing on requirements truly unique to the manufacturer.

In this Q&A, we explore how TrakSYS Function Blocks work, how they support standalone capabilities and larger Functional Solutions, and how they can help manufacturers improve repeatability, governance, and time to value across MES deployments.

Defining Function Blocks

Question: How would you define a Function Block in the context of TrakSYS?

Answer: A Function Block is a reusable TrakSYS solution designed around a specific MES capability. It gives deployment teams a structured starting point for common manufacturing needs. These Blocks include reusable configuration, logic, and UI for quick deployments, along with defined extension points for flexibility.

Of note, a Function Block is not intended to be a complete solution by itself. It is a foundation that can be quickly configured and adapted to specific requirements.

Question: What problem were Function Blocks created to solve for manufacturers and implementation teams?

Answer: Function Blocks were created to reduce the repeated work that happens across projects. Many manufacturers need similar capabilities, but those capabilities are often redesigned or rebuilt from project to project.

By packaging established best practices and patterns into reusable components, Function Blocks give teams a faster and more consistent start. They reduce variation across sites, lines, and deployments while still allowing flexibility.

Question: What Function Blocks are currently available, and what is each one designed to support?

Answer: The current Function Blocks are: Common, Orders, Tasking, Journals, and Procedures.

• Common is the shared foundation. It provides the reusable patterns, navigation, and common services that the other Blocks build on.
• Orders supports the production order lifecycle. It helps teams view, assign, start, monitor, and complete production orders in TrakSYS.
• Tasking supports structured manufacturing tasks and checklists. It gives users a guided way to configure tasks, complete work, capture inputs, and manage task status.
• Journals supports production notes and operational context. It gives teams a consistent place to record observations, replies, attachments, and shift- or order-related information.
• Procedures supports SOPs and work instructions. It provides a way to manage procedure documents and make them available where users need them during operations.

Function Blocks as Solution Components

Question: How can Function Blocks be used as standalone launch points for solution creation or delivery?

Answer: A Function Block can be used as a standalone launch point when a manufacturer wants to begin with a focused MES capability instead of a broader end-to-end solution. For example, a team may start with a single workflow, reporting area, data collection process, or operator-facing function.

This gives the project a manageable initial scope while still using a structured delivery approach. The Function Block provides the foundation, and the implementation team configures it to match the actual process and site.

Question: How can multiple Function Blocks be arranged together to create a larger Functional Solution?

Answer: Each Function Block handles a specific part of the overall process, while the Functional Solution defines how those pieces work together. For example, a broader production solution may include separate Blocks for execution, quality, downtime, materials, notifications, and reporting. Each Block contributes a defined capability, and the Functional Solution connects those capabilities into a complete process.

Question: What kinds of manufacturing use cases are especially well-suited to a Function Block-based approach?

Answer: Function Blocks are a good fit whenever a relevant block already exists for the use case.

They work especially well for common operator-facing workflows, such as orders, tasks, journals, procedures, and notifications. Teams can use the full Block, deploy only the parts they need, or adjust the configuration to match the site.

The available Function Block library will continue to grow, making more use cases easier to start from a standard foundation.

Standardization and Flexibility

Question: How do Function Blocks help standardize common MES capabilities without forcing every site or manufacturer into the exact same configuration?

Answer: Function Blocks standardize the foundation of a capability without locking every customer into the same final design. They provide a consistent structure for building, organizing, and delivering a capability.

At the same time, they are expected to be configured. Teams can adjust terminology, workflows, screens, rules, integrations, and data collection requirements to match the manufacturer’s operating environment.

Question: How do Function Blocks support repeatability across implementations, sites, lines, or business units?

Answer: Function Blocks support repeatability by giving teams a common pattern to reuse across deployments. Instead of redefining the same capability for every site, teams can start with a common structure and apply site-specific changes where needed.

This helps keep implementations aligned across sites, lines, or business units while still allowing for legitimate differences in local standards.

Implementation and Time to Value

Question: How can Function Blocks help reduce repetitive configuration work or accelerate delivery?

Answer: Function Blocks reduce repetitive work by giving implementation teams a prebuilt foundation for common MES capabilities. Teams do not have to recreate the same pages, logic patterns, naming structures, and configuration approach for every project.

This can accelerate discovery, design, configuration, testing, and documentation. It also helps teams spend more time on the parts of the solution that are actually unique to the manufacturer.

Governance and Long-Term Value

Question: How can Function Blocks support governance, maintainability, or consistency as TrakSYS deployments scale?

Answer: Function Blocks support governance by making reusable MES capabilities easier to define, manage, and maintain. As TrakSYS deployments scale across multiple sites or business units, uncontrolled variation can become difficult to support.

Using Function Blocks gives teams a consistent foundation for common capabilities. This makes it easier to document the solution, train teams, manage updates, compare implementations, support issue resolution, and improve the solution over time.