Manufacturers are adopting Manufacturing Execution Systems (MES) to centralize production data and improve shop-floor management. However, many companies face questions such as where to begin and how to connect MES with existing systems.
Successful MES implementation starts with clearly defining operational challenges and business objectives before system development begins.
This guide explains the MES implementation process in five steps, from initial assessment and requirements definition to testing and go-live.
01. What to Check Before Implementing MES
Before implementing MES, manufacturers should review their existing production workflows and current systems.
Common challenges include manually compiling production results in Excel, limited visibility into process progress, and disconnected quality records and lot traceability data.
Identifying these issues helps define which operations should be improved and which requirements should take priority.
02. The 5 Steps of MES Implementation
Step 1 | Assess Current Operations and Challenges
Review manufacturing processes, work procedures, reporting formats, equipment, and existing systems. Map how data moves across operations and identify bottlenecks through discussions with shop-floor teams.
Step 2 | Define Requirements and Project Scope
Identify the necessary functions, such as production orders, production data collection, quality management, inventory tracking, and traceability. Determine the scope of ERP and equipment integration at this stage.
Step 3 | Design and Develop the MES
Design user interfaces, data structures, access permissions, and system integration methods based on actual shop-floor workflows. Consider architectures that make use of existing systems where appropriate.
Step 4 | Test and Validate on the Shop Floor
In addition to functional testing, validate the system against real manufacturing scenarios. Check data consistency, equipment connectivity, and usability for production operators.
Step 5 | Go Live and Improve Operations
Prepare data migration and user training before launching the system. After go-live, gather feedback from production teams and refine functions as operational needs evolve.
03. Three Key Factors for Successful MES Implementation
1. Design Around Actual Shop-Floor Workflows
Manufacturing processes and management practices vary by factory. MES should reflect real operating procedures while minimizing manual input and ensuring ease of use.
2. Plan ERP and Equipment Integration Early
Beyond standalone MES functions, consider how production orders from ERP and operating data from equipment will be exchanged with the new system.
3. Consider a Phased Implementation
Rather than digitizing every production process at once, manufacturers can start with high-priority operations and gradually expand the scope after validating the results.
04. Information to Prepare Before MES Implementation
Organizing existing operational information helps streamline MES requirements definition and project planning.
| Category | Information to Prepare |
|---|---|
| Manufacturing Processes | Process flows, work procedures, production tracking units |
| Existing Data | Excel reports, production records, quality data, inventory information |
| Systems & Equipment | ERP, production management systems, PLCs, equipment specifications |
| Implementation Objectives | Operational improvement goals, priorities, evaluation metrics |
Not every detail needs to be available from the beginning. Manufacturers can start with existing documents and clarify missing information during requirements definition.
05. BAP’s MES Implementation and Development Services
BAP supports manufacturers from initial operational assessments and requirements definition through MES design, development, ERP integration, and equipment data connectivity.
In a beverage factory project in Vietnam, BAP developed an integrated manufacturing system connecting MES, Laboratory Information Management Systems (LIMS), Computerized Maintenance Management Systems (CMMS), ERP, and Business Intelligence (BI).
For a Japanese steel pipe manufacturer in Vietnam, BAP also conducted business analysis and MES system design, examining production processes and existing reporting formats to define requirements for production records, work-in-progress inventory, quality management, and traceability.
By considering each factory’s workflows and existing systems, BAP helps define the appropriate functionality and implementation scope, then develops MES solutions tailored to operational needs.
Planning an MES Implementation but Unsure Where to Start?
From initial assessments and requirements planning to MES development and ERP integration, BAP helps manufacturers identify the right implementation approach for their operations.
Conclusion
The MES implementation process typically involves current-state assessment, requirements definition, system design and development, testing, and go-live.
The key to successful implementation is defining clear objectives and building a system that fits actual manufacturing workflows and existing technology environments.
