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Role-specific learning path for device connectivity, operator interfaces, and process control

Next → Control | IT | Operations | System Integrators


Learning Topics

Control engineers work

Your Focus Areas in FrameworX

As a control engineer working

with PLCs, HMIs, and SCADA systems

, this

. This guide

helps

navigates you

navigate

through FrameworX documentation for device connectivity, operator interfaces, and process control.

Core Responsibilities:

  • Field device integration (PLCs, RTUs, instruments)
  • Operator display development
  • Alarm management and historian configuration
  • Control logic implementation

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Understand the Platform and Modules:

  • Platform Overview - review the entire section. For Technology, focus only on your areas of interest.
  • Modules - review the Solution Lifecycle and the modules in your area of interest.

Learn by doing:


Connectivity - Devices Module

Essential Tutorials:

  • [Devices Connection Tutorials] - PRIMARY FOCUS
    • [Connect to a Modbus Device Tutorial]
    • [Connect to a MQTT broker Tutorial]
  • [Add Tags to UNS Tutorial] - Organize imported tags
  • [Connectors Library] - Browse 100+ native drivers

By PLC Brand, Connectors:

  • Allen-Bradley → [AB Rockwell ControlLogix Connector]
  • Siemens → [Siemens S7 Devices Connector]
  • Modbus → [Modbus Master Connector]
  • Codesys → [Codesys PLC Handler Connector]

Operator Interface Development

HMI Display Creation

Core Learning:

  • [Displays Design Tutorials] - CRITICAL PATH
    • [Design Canvas Displays Tutorials] - P&ID graphics
    • [Design Dashboard Displays Tutorials] - KPIs
    • [Add Symbols to Displays Tutorials] - Reusable components
  • [Layouts and Navigation Tutorial] - Multi-screen navigation
  • [Runtime Tutorial] - Test your displays

Display Types

  • [Creating Canvas Displays How-to Guide] - Process diagrams
  • [Creating Dashboard Displays How-to Guide] - Responsive layouts

Industrial and Business Operations Modules

Alarm Management

  • [Alarms and Audit Trail Tutorial] - Configuration basics
  • [Alarms Module How-to Guide] - Detailed procedures
  • [Alarm Areas Example] - Organization strategies

Data Historian

  • [Historian Module Tutorial] - Time-series data logging
  • [TrendChart Control Reference] - Real-time and historical trends
  • [Historian Export to CSV Example] - Data export

Control Logic

  • [Scripts Module Tutorial] - Automation logic
  • [Scripts Expressions Reference] - Simple calculations
  • [Scripting Code Library] - Pre-built functions

Advanced Technologies

Edge Computing

  • [Edge AI with ML.NET Tutorial] - Anomaly detection
  • [Edge AI with MCP Tool Tutorial] - AI integration
  • [MQTT Tutorials] - IoT protocols

Modern Protocols

  • [OPC UA Client Connector] - Client implementation
  • [OPC UA Server Connector] - Server functionality
  • [MQTT Client Connector] - MQTT integration

Quick Task Reference

Common TaskTutorial/How-toReference
Connect to PLC[Devices Connection Tutorials][Devices Protocols Reference]
Import PLC tags[Solution Import Tags Reference][UNS Tags Reference]
Build motor control[Displays Symbols Reference][Symbols Control Reference]
Setup tank alarms[Alarms Module How-to Guide][Alarms Items Reference]
Create trends[Historian Module Tutorial][TrendChart Control Reference]
Add control logic[Scripts Module Tutorial][Scripts Tasks Reference]

Recommended Learning Schedule

Week 1: Connect devices → Import tags → Verify communication
Week 2: Build displays → Create symbols → Test visualization
Week 3: Configure alarms → Setup historian → Build trends
Week 4: Add control logic → Implement calculations → Complete project


Resources & Support

Documentation:

  • [Devices Module Reference] - Complete driver details
  • [Displays Module Reference] - Display configuration
  • [Alarms Module Reference] - Alarm system details

Examples:

  • [Process HMI Example] - Complete HMI project
  • [Andon Dashboards Example] - Production monitoring
  • [OEE Calculation Example] - Performance metrics

Community:

  • [Getting Help] - Support options
  • Technical Tuesday sessions on Discord

In this section...

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   efficiently.

Start Here

Core Concepts to Understand

Platform Overview

  • [Architecture] - Understand system topology and deployment
  • [Technology Foundation] → [Vendor-Native Drivers vs OPC UA] - Critical for device connectivity
  • [The Four Pillars] - Focus on P2: Process Modules

Essential Tutorials

Get Connected Quickly

  • [First Solution - 5 min] - Quick system overview
  • [Connect to a Modbus Device Tutorial] - Most common starting point
  • [P2: Process Modules / Industrial Operations Tutorial] - Your primary learning path

Key How-to Guides

Daily Tasks

  • [Devices Module (How-to Guide)] - Step-by-step device configuration
  • [Alarms Module (How-to Guide)] - Alarm setup and management
  • [Historian Module (How-to Guide)] - Data logging configuration
  • [Displays Module (How-to Guide)] - Building operator screens

Technical References

Device Communication

  • [Devices Module (Reference)] - Complete driver documentation
  • [Connectors Library] - Browse 100+ native drivers
  • Communication protocols you likely need:
    • Allen-Bradley EtherNet/IP
    • Siemens S7
    • Modbus TCP/RTU
    • OPC UA

Standards Compliance

Relevant to control engineering:

  • [ISA-95 Implementation] - Equipment hierarchy
  • [ISA-18.2 Alarm Management] - Alarm standards
  • [IEC 61131-3] - Programming languages support

Setting Up PLCs

  1. Review [Connectors Library] for your PLC brand
  2. Follow [Devices Module (How-to Guide)]
  3. Check [Device Communication Troubleshooting]

Building HMIs

  1. Start with [Displays Module (Concept)]
  2. Use [Canvas Displays vs Dashboards] to choose approach
  3. Apply [HMI Design Best Practices]

Implementing Alarms

  1. Read [Alarms Module (Concept)] for philosophy
  2. Configure using [Alarms Module (How-to Guide)]
  3. Follow [ISA-18.2 Alarm Management] standards

Recommended Learning Sequence

Week 1: Connectivity

  • Connect your first PLC
  • Import tags to UNS
  • Verify communication

Week 2: Visualization

  • Build basic displays
  • Create motor/valve symbols
  • Test runtime operation

Week 3: Alarms & History

  • Configure process alarms
  • Set up data logging
  • Build trending displays

Week 4: Integration

  • Add control logic
  • Implement calculations
  • Complete your first project

Community Resources

  • [Community Forum - Devices Section] - Device-specific questions
  • [Sample Projects] - Control system examples
  • [Symbol Library] - Pre-built HMI components

Need Help?

Common Issues:

  • PLC won't connect → [Device Troubleshooting Guide]
  • Tags not updating → [UNS Configuration Guide]
  • Display performance → [Optimization Best Practices]

Support Channels:

  • [Technical Support] - Direct assistance
  • [Community Forum] - Peer support
  • [Knowledge Base] - Searchable solutions