PURPOSE
The MES Engineer ensures the reliable implementation, operation and continuous improvement of the Manufacturing Execution Systems across the manufacturing sites globally. The aim is to guarantee that production processes are supported by stable, compliant, and well-integrated MES solutions that meet the needs of plant operations, quality, and supply chain.
Working under the leadership of the MES Application Owner, the MES Engineer provides day-to-day user support, manages change requests through to implementation, and leads MES deployments and upgrades at local plants. The role works closely with Operations, Global and Regional Process Owner, SCADA Engineering, OT vendors, ERP Application Management and IT infrastructure to ensure that MES solutions deliver value to production teams across multiple sites and regions. Support and further development of our global OT Application strategy
PLACE IN THE ORGANISATION
Reports to:
Collaborates with:
Local Plant and Production Managers
End User (shopfloor workers)
Process and Quality Engineers
OT System Engineers and OT SCADA Engineers
IT Infrastructure and IT Application teams (SAP)
Regional Operational Excellence team
External MES vendors and system integrators
Global and regional project teams
Back up: Other MES Engineer(s) within the OT MES team
DIMENSIONS OF THE JOB
The MES Engineer operates in a multinational chemical manufacturing environment with multiple production sites across different countries and regions. The role combines day-to-day operational support with project-based implementation work.
The position requires regular interaction with plant-floor users (operators, shift leaders, production managers) as well as corporate IT and engineering functions. Travel to local plants for deployments, upgrades, and on-site support is expected (estimated 20–40% of working time, depending on the project portfolio).
The role is both operational and project-oriented, with a strong focus on user support, change management, system reliability, local plant implementations, and compliance with chemical industry regulations and customer requirements. It also requires professional coordinating of external vendors and system integrators, reviewing deliverables, and managing escalations
DECISION-MAKING POWERS
The MES Engineer may propose technical solutions and configuration changes within the MES domain. Changes to production-critical systems require approval from the MES Application Owner. The MES Engineer has authority to prioritise and resolve day-to-day support tickets within agreed service levels.
KEY RESULT AREAS
RESULT AREA 1: User Support and Incident Resolution
Aim: Ensure that MES end users across all plants receive timely, effective support to maintain uninterrupted production operations.
Sub-activities:
Provide second-line and third-line support for MES-related incidents and user queries. First line of support will be provided by the OT-Support Team
Diagnose and resolve MES system issues, including configuration errors, interface failures, and data inconsistencies
Coordinate with IT/OT infrastructure, automation teams, and vendors for escalated issues
Maintain and update the MES knowledge base, FAQs, and troubleshooting guides for plant users
Monitor MES system health and proactively address recurring issues
RESULT AREA 2: Change Management and Follow-Up
Aim: Manage MES change requests from intake through implementation, ensuring changes are properly assessed, tested, and deployed.
Sub-activities:
Receive, log, and assess change requests from plant users, production management, and quality teams
Perform impact analysis on proposed changes (technical, operational, regulatory)
Implement approved changes through configuration, scripting, or module adjustments
Coordinate testing (unit, integration, user acceptance) with plant stakeholders before deployment
Follow the company’s change management procedures, including documentation and sign-off
Track and report on change request status to the MES Application Owner
RESULT AREA 3: Local Plant Implementation and Rollout
Aim: Successfully deploy MES solutions at local manufacturing plants, ensuring adoption and operational readiness.
Sub-activities:
Lead or support MES rollouts at new and existing plant sites, including greenfield and brownfield deployments
Adapt the global MES template to local plant requirements (recipes, equipment, workflows, regulatory specifics)
Conduct site assessments to understand local production processes, infrastructure, and integration needs
Small technical adjustments and test execution
Coordinate with local plant teams, automation engineers, and IT to plan and execute deployments
Deliver on-site commissioning, operator training, and hypercare support during and after go-live
Document site-specific configurations, deviations from the global template, and lessons learned
RESULT AREA 4: System Integration and Data Integrity
Aim: Ensure reliable data flow between MES, plant-floor automation, and enterprise systems across all sites.
Sub-activities:
Maintain and troubleshoot interfaces between MES and automation systems (PLCs, SCADA, DCS, historians)
Support integration with ERP (SAP) for production orders, material consumption, batch records, and goods receipt
Ensure data integrity and consistency across system layers, including master data alignment
Support integration with LIMS, QMS, and other plant systems as required
RESULT AREA 5: Documentation and Compliance
Aim: Ensure that all MES activities are properly documented and compliant with chemical industry regulations, customer requirements and internal quality standards.
Sub-activities:
Maintain up-to-date system documentation (configuration records, interface specifications, SOPs)
Contribute to validation documentation (URS, FDS, DDS, test protocols, traceability matrices) as required by GMP or chemical safety regulations
Ensure MES configurations comply with relevant standards (ISA-95, ISA-88, FDA 21 CFR Part 11 where applicable)
Support internal and external audits related to MES systems
Follow agreed templates, methodologies, and documentation standards
RESULT AREA 6: Delivery Within Agreed Time Frame
Aim: Contribute to timely and efficient delivery of MES support, changes, and projects.
Sub-activities:
Respect the planning of activities as defined by the MES Application Owner or Project Manager
Complete assigned tasks and support tickets within agreed service levels and time frames
Signal risks, delays, or deviations in a timely manner
Apply best practices to ensure quality and efficiency in execution
PERFORMANCE CRITERIA
KNOWLEDGE AND EXPERIENCE
Diploma: At least a professional bachelor’s degree in engineering, computer science, industrial automation, chemical engineering, or a related technical field
Knowledge: An affinity with:
Manufacturing Execution Systems (MES) and ISA-95 / ISA-88 standards
Chemical manufacturing processes (batch, continuous, or hybrid production)
System integration (OPC UA,MQTT, REST APIs, database connectivity)
SQL and relational databases
Knowledge in object oriented coding (e.g. JAVA)
Basic knowledge in SAP MM/PP
Automation systems (PLCs, SCADA, DCS) and their role in the manufacturing stack
ERP integration (preferably SAP PP/PI)
GMP, chemical safety regulations, and quality management systems
Experience: 2–5 years of experience in MES support, implementation, or administration in a manufacturing environment, preferably in the chemical, pharmaceutical, or process industry
Running-in period: Two months to get to know the company’s MES landscape, IT/OT architecture, and internal ways of working. Three to six months to be able to work independently on support, changes, and local plant implementations (through on-the-job training and site visits).
Successful candidate will make a full transition directly to our customer after some period of time.
Languages:
English, spoken and written (required for multinational collaboration)
Any other language is an asset (given the multinational plant footprint)
Skills and attitudes:
Results-driven: Works consistently towards predefined objectives and persists in the face of routine obstacles
Problem-solving thinking: Comes up with workable solutions for technical problems based on available information, system diagnostics, and user feedback
Technical expertise: Builds and applies deep knowledge of MES platforms, integration patterns, and chemical manufacturing processes
Service orientation: Responds to user needs with a helpful, professional attitude and a focus on minimizing production impact
Accuracy: Delivers work carefully and correctly, with attention to detail and completeness
Information handling and management: Distinguishes relevant from non-relevant information and manages information in a structured way
Stakeholder management: Communicates effectively with plant-floor operators, engineers, OT and IT teams, and management at different levels
Initiative: Shows willingness to learn, improve, and take ownership of assigned tasks
Flexibility: Willing to travel to plant sites and adapt to different local production environments and cultures (up to 40%)
Act in line with the quality system
Cross-cultural collaboration across different regions, countries and languages
Structured and methodical: Approaches configurations, changes, and testing with discipline, traceability, and compliance awareness
Join AG Solution Where Talent Shapes Industry 4.0
At AG Solution, we build intelligent solutions for the process industry, combining automation, process control, data management, and MES/MOM systems to help manufacturers reach operational excellence.
Now part of the Quariq Group, we are one of Europe’s leading Industry 4.0 partners, with more than 400 engineers and consultants working across Europe, the UK, and the US.
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