PRODUCTION OPTIMIZATION
AVEVA™ Manufacturing Execution System

What is AVEVA™ Manufacturing Execution System?
AVEVA™ Manufacturing Execution System (MES) offers comprehensive control over plant workflows, delivering real-time visibility into manufacturing processes to ensure high-quality products at minimal cost. It enables full traceability from raw materials to finished goods, helps mitigate safety risks, automates data collection, and leverages cloud-based analytics to optimize operational efficiency across your global production network.
Benefits of AVEVA™ Manufacturing Execution System
Efficiency
Enhance worker productivity and streamline processes by empowering teams with real-time visibility and control over production, inventory, and quality workflows.
Product Quality
Improve product quality, ensure compliance, and boost customer satisfaction by automating quality control and enabling rapid traceability from finished goods back to raw materials.
Visibility & Cloud
Achieve enterprise-wide transparency with a unified, 360-degree view of your operations—whether within a single plant or across multiple sites—leveraging cloud technology and AI to unlock the full potential of your data.
Features of AVEVA™ Manufacturing Execution System
1. Real-Time Production Control
Manage plant schedules and work activities with up-to-date production and inventory data. Quickly respond to unplanned events to minimize downtime.
2. Process and Product Quality Monitoring
Automate quality sample plan execution and apply Statistical Process Control (SPC) to visualize quality data and KPIs in real time. Easily detect samples that exceed limits or violate rules.
3. Cloud Integration
Store, share, and visualize execution data in the cloud. Integrate information from multiple MES systems and enrich it with data from AVEVA™ PI System™ and other operational and IT sources.
4. User Experience Modeling
Customize information views using a low-code HTML5 forms designer. Include schedule adherence and real-time Overall Equipment Effectiveness (OEE) KPIs with decision support to maintain performance and throughput.
5. Plant Modeling
Model plant processes and business rules to guide workers with process, product, and quality specifications. Provide a consistent user experience that abstracts physical processes for operational activities.
6. Digitalization of Workflows
Capture and automate operational procedures with low-code technology to ensure correct and consistent workflow execution. Standardize and transform plant work with a digital user experience across desktop and mobile devices.