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Introduction to Model-Driven MES Virtual Instructor-Led Training

Module 1 – Introduction 

Section 1 – Course Introduction 

• This section describes the objectives of the course, intended audience, prerequisites, and course agenda. 

Section 2 – System Platform Overview 

• This section describes fundamental concepts about AVEVA System Platform and AVEVA System Platform Enterprise. It also introduces ArchestrA technology. 

Section 3 – Overview of Model-Driven MES 

• This section explains MES capabilities and introduces the Model-Driven MES approach. 

Section 4 – Defining Security Settings for Secured Communication 

• This section defines the security settings. It describes how to use a certificate for secured communication. 

Section 5 – Encrypted Communication 

• This section describes encrypted communication for end-to-end communication between server and client software applications. 

Section 6 – System Requirements and Licensing 

• This section discusses where the system requirements and licensing information are available for all the software components. 

Module 2 – Introduction to Model Builder 

Section 1 – Overview 

• This section provides an overview of the Model Builder tool, explains the benefits of Model Builder, and discusses how to create the MES model from Model Builder. 

Section 2 – Introduction to MES Master Data 

• This section provides details of how to create the Master Data in MES manually, using the MES Client, and load the Master Data to MES, using Model Builder. 

Section 3 – Add Entity Access 

• This section explains how to add Entity Access to a user in MES. It describes how to provide secure access to entities by assigning access rights to a user group.  

Section 4 – Generate a System Platform Model 

• This section discusses how to use Model Builder to build a System Platform model. 

Section 5 – Run a Model in MDM 

• This section provides an overview of how to execute a model in Model-Driven MES. 

Module 3 – Navigation Capabilities in MDM 

Section 1 – Create a Navigation Menu 

• This section discusses how to create a menu in Enterprise Console, using the MD Core card control form. 

Section 2 – MD Core and Card Navigation 

• This section describes the MD Core components and card control form used for navigation of the plant model. 

Module 4 – Best Practices Approach in Model-Driven MES 

Section 1 – General Guidelines 

• This section describes forms, business logic, lookups, and application packages. 

Section 2 – Work Tasks Package Management 

• This section describes package management in Work Tasks. It provides the best practices in packaging the forms and workflows. 

Section 3 – Cleaning the Work Tasks Cache 

• This section describes the best practices in clearing the cached data to avoid data anomalies. 

Section 4 – Model-Driven MES Localisation 

• This section describes the best practices for localisation in Model-Driven MES. 

Section 5 – Style Sheets and Themes 

• This section describes the best practice for leveraging custom style sheet capabilities in Work Tasks forms. 

Module 5 – Extending Model-Driven MES 

Section 1 – Extend Job and Inventory Management 

• This section explains how to extend Model-Driven MES forms using the Job Management and Inventory Management forms. 

Section 2 – Navigate Back to the Card Navigation Form 

• This section describes how to add a new Back button on one screen, which allows the user to browse to a previous screen. 

Section 3 – Extend MDM to Validate a Job BOM 

• This section discusses how to extend a Model-Driven MES job with functionality that allows the user to check if there are enough raw materials to fulfill the order. 

Section 4 – Extend a Workflow by Performing an Auto Check 

• This section describes how to extend a workflow by performing an auto check before triggering the workflow. 

Section 5 – Working with Movable Entities in MDM 

• This section outlines how to move movable entities from one location to another, demonstrating how movable tanks can be correlated to the location and entities in MES.
• It shows how material is transferred from one location to another, such as from a warehouse to production. 

Module 6 – MQTT, AMQP, and Quickflow