
Explore HMI hardware from Rockwell graphic terminals to thin clients. Compare machine edition and site edition for FactoryTalk View deployments, and review panel view 1000 back with ethernet and RS-232.
Explore FactoryTalk View Studio to design HMIs, build graphics, and configure tags, alarms, macros, and to transfer applications to the HMI for operator data visualization.
Explore the basics of a fully fledged HMI ready application for a control system. Learn to send and pull data from a live PLC using buttons, displays, and bar graphs.
Create a new FactoryTalk View Studio Machine Edition application, select the resolution, and explore displays, symbol factory, images, alarms, macros, and communications to test and transfer an HMI to PLCs.
Create and configure HMI displays, choose replace or on-top popup modes, set size and position, adjust background, and name main screens with underscore conventions.
Explore drawing objects in HMI design by creating text fields, images, and shapes, learn text formatting, alignment, sizing, and precise positioning on the Cartesian plane.
design and configure momentary push buttons on hmi screens to interact with plc tags, using normally open/closed states, state feedback via indicators, and error and motor states.
Configure networks to match IP addresses and subnet masks between the HMI and PLC. Link HMI buttons to PLC tags in FactoryTalk View ME and transfer app to the HMI.
Learn numeric and string displays in hmi design, configuring digits and decimals, linking plc value tags via tag browser, and using numeric input with a keypad for set points.
Explore display navigation in hmi design for factorytalk view me scada plc using go to button, pop-up displays, display settings panel, and close or return actions.
Explore using the image library and assembly factory to quickly add pre-made graphics—PLCs, conveyors, pipes, sensors, and buttons—and assemble them into scalable HMIs.
Develop a multi-screen HMI with navigation, popups, indicators, and numeric entry linked to a real PLC; transfer from FactoryTalk View Studio and create standalone screens.
Create a new HMI application, set the main screen as startup, and build a four-button navigation bar with a 3D shadow for intuitive main, settings, and return navigation.
Design a two-conveyor main screen with an inspection station, sensors, and a Cognex camera to display pass/fail, reject counts, and real-time counters, all organized in clear groups.
Design the main screen with two conveyor motors, sensors, a part counter, and tags linked to the PLC; create a system control popup with start, stop, and reset.
Integrate HMI tags with a PLC in FactoryTalk View ME by linking a main PLC, configuring tags, testing online, and using animations and multi-state indicators.
Load the runtime application onto a real HMI by selecting version 5.10, download via the transfer utility to 192.168.1.20, then reboot and test PLC tags.
Add numeric entry and display objects to an HMI program to send integers to a PLC, read them back, and overlay a transparent numeric display for real-time production counts.
Explore how HMI tags connect to PLC data, manage the tag database, and use my tags to share values across multiple screens.
Learn to manage HMI files and extensions in FactoryTalk View Studio, including .apa archives and .mer files, using application manager and transfer utility to backup, extract, and restore projects.
Explore runtime security in HMI design, configuring user permissions and access levels for operators, mechanics, and technicians to control who can modify PLC and HMI settings.
Demonstrates login and logout controls, visibility expressions, and security codes to restrict screen access for operator, operations, and maintenance views, with runtime testing and inactivity logout as security.
Learn how HMI parameter files let a single display serve multiple systems by dynamically loading tags and hash tags, speeding development and troubleshooting.
Explore two methods to display a PLC status in FactoryTalk View Studio—color-changing images or layered images with visibility tied to a status int using symbol factory images and PLC booleans.
Master HMI alignment tools to position multiple objects precisely, using align top, left, right, bottom, center alignment, and space horizontal and vertical for neat, repeatable layouts.
Initialize a new hmi application, design a multi-screen navigation system with system overview, system control, and recipe control, and build a responsive navigation bar with aligned, shadowed buttons.
Design and lay out a factory HMI main screen with heating and cooling tanks, batch splits, piping, valves, and pumps; connect string displays to the PLC for live updates.
Build the main screen instrumentation for four tanks with tank cutaways, high/low level proxies, a fill-level display showing percent and gallons, and motor indicators.
Design and implement a system control pop-up screen with start, stop, and fault reset buttons, and tank filling controls for heating and cooling tanks, featuring clear color states.
Learn to create engaging fill animations for HMI tanks by layering an image with a moving polygon and configuring opposite fill levels.
Learn to build a recipe screen in FactoryTalk View ME SCADA PLC, adding navigation, grid-based recipe selection, multi-state indicators, and push-button interactions.
Design and finalize the main system screen faceplates to display tank temperatures, set points, and heater status, enabling operators to monitor the process and ensure batch quality.
The goal of this class is to equip you with the knowledge required to develop your own HMI applications on FactoryTalk View Studio and deploy them into Machine Edition (ME).
We will start by going over the core features of developing HMI applications. These features include connecting to the terminal, setting up communications to a live PLC, developing multiple displays as well as an array of features on top of these displays. The core section will cover absolutely everything you need to know in order to get started building your own stand alone applications.
In the subsequent sections of the class, we will be going over a simple project followed by advanced features of HMI development.
The final section (currently in development) will provide you with a larger project which will leverage the core as well as the advanced features covered in the previous sections.
What are the requirements for the class?
You don't need any hardware or software to follow the lectures, however, it is highly recommended to get some practice before going into an interview (if that's your goal). If that's not possible, I would advise spending some time working with an emulator.
What can I expect from this class?
The main objective of this course is to get you job-ready by the time you finish the last lecture.
You will have a good understanding of what an HMI does, how it does it as well as what the outcomes of those actions are.
You will be comfortable creating basic HMI screen layouts and troubleshoot complex existing ones.
You will have a better understanding of manufacturing systems as a whole.
What is the target audience for the class?
Electrical Engineers looking for a crash course on HMIs.
Electrical Technicians / Electricians looking to expand their knowledge into controls.
Software Engineers who are seeking to learn about controlling hardware.
Manufacturing Operators looking to progress in their career.
Anyone interested in how manufacturing processes are executed.