
Download and install the ignition scada and iiot software, including gateway and designer, from the inductive automation site, and learn to build screens, dashboards, and control logic.
Explore Ignition gateway and its programmable device simulator to practice scada without a physical plc, create simulator programs, and manage tank providers and tag providers in scalable projects.
Explore the Ignition designer interface, including the central workspace and screen types, project and tag browsers, vision property editor, and component palette for building and configuring screens.
Master path tool editing to create waveform shapes, and use the guardian tool to adjust color start and stop points, direction, and angle; then apply colors with the eyedropper.
Explore Ignition designer tools for alignment and shape operations, including selecting, copying, spacing, centering, and layering shapes. Use union, difference, and intersection, and adjust with arrow keys and alt speed.
Discover how to use symbols from the symbols library, like PXE, in Ignition Designer and learn to add your own images or logos to HMI screens.
Test a momentary button from ignition designer, customize appearance and text, connect it to a tag with read-write communication, and control hold times using the min hold time in ms.
Demonstrate two-state toggle buttons in Ignition Designer, including a customizable twisted toggle. Connect to a tag, display its value with a numeric field, and test performance.
Explore how a one-shot button from the component palette performs its single operation when a value is set, then becomes reusable only after another component changes the value.
Explore how a multi-state button in Ignition Designer represents systems with multiple modes, displaying unique colors and text for each state, and interacts with tags to change values.
Learn to create a button in Ignition Designer, assign a task to set a boolean tag, and test two buttons for set and reset actions.
Master the label component in Ignition Designer to display static text or dynamic data from a tag or script, and customize font, size, color, and alignment.
Connect a numeric label to an integer tag to display numerical values, add it to the sql, and test the label to verify it shows numbers.
Explore the multi-state indicator in Ignition designer, configuring states with colors, text, and styles to display off, manual, auto, and fun. Acknowledge it cannot change a tag's value.
Test the LED display component in Ignition Designer, showing numeric or text values with an LED font for dashboards HMIs. Connect to a tag to auto update as values change.
Configure an analog indicator in Ignition Designer to display tag values on a scale with a pointer; connect a numeric field to the tag and adjust max/min, alarms, and colors.
Explore three visualization components in Ignition Designer: cylindrical tanks for realistic liquid levels, a level indicator bar, and a linear scale for numeric values with thresholds and setpoints.
Configure alarms in ignition designer, using 5-second delay tag alarms and AlarmStatusTable, and set high-level analog alarm at 90 cm with a 5 cm dead band clearing below 85 cm.
Publish a designed sketching in Ignition Designer and test it using the launch project item or Vision Client Launcher, then enable open on startup and save the setting.
Save, export, and import a project, and learn how to archive it for long-term storage in this Ignition SCADA & HMI complete course: from zero to real PLC.
Connect a Siemens S7-1200 PLC to the ignition platform, configure its IP, set remote access, and download the program to enable Ignition Designer to read and write PLC data.
Link tanks to PLC addresses in the ignition platform, configure alarms with historical data, implement dynamic valve colors tied to tank values, and enable alarm management for acknowledgment.
Connect a Siemens S7-300 PLC to the Ignition platform by configuring hardware, choosing the S7-300 driver, entering IP, rack, and slot numbers, and call tags from the CPU.
Test a simple traffic light system with an ignition designer HMI screen and the 40-second cycle, using start and stop buttons and the ISRogix 5000 configuration.
Connects ignition scada to a plc and creates a tag provider for a traffic light project. Converts timer units to seconds and uses bit addressing for digital outputs.
Become a job-ready SCADA developer by mastering Ignition SCADA step by step.
This complete hands-on course takes you from zero experience to building real industrial SCADA and HMI projects using Ignition SCADA by Inductive Automation.
In 3 hours and 10 minutes across 35 structured lessons, you will gain practical skills in SCADA configuration, HMI design, PLC communication, alarm management, real-time data visualization, and industrial project deployment.
You will learn how to install and configure the Ignition Gateway, understand system architecture, create and manage OPC tags, design professional HMI screens using the Vision Module, configure alarms with delays and deadbands, and publish fully functional client applications.
This course goes beyond theory. You will build complete working industrial examples including a water tank monitoring system with PID control, a production line simulation, and a fully operational traffic light project integrated with real PLC logic.
You will integrate Ignition SCADA with major industrial controllers such as:
Siemens S7-1200
Siemens S7-300
Allen-Bradley ControlLogix
You will also practice using simulation environments including PLCSIM and Factory I/O, allowing you to develop and test projects even without physical PLC hardware.
By the end of this course, you will understand how modern SCADA systems are structured, how PLCs communicate with HMIs, how industrial alarms are managed, and how real automation projects are deployed in manufacturing environments.
This course is ideal for PLC programmers, electrical engineers, automation technicians, engineering students, and anyone who wants to build practical SCADA and industrial automation skills using Ignition SCADA.
From installation to real PLC integration, this course provides a complete and structured pathway into professional SCADA development.