SCADA 101: Fundamentals with a Focus on Energy Management System (EMS)

Live Streaming Online August 15-16, 2022

A Program

Click Here to register ($1195)

If you are unable to attend at the scheduled date and time, we make recordings available to all registrants for three business days after the event

SCADA systems are generally used to monitor and control equipment in industries such as telecommunications, water and waste control, energy, oil and gas refining, and transportation—mainly systems that are geographically widespread. This course explores the evolution of these systems, the differences in the SCADA types, and how they evolved from monolithic to distributed to networked.

This program will review the typical SCADA hardware components, as well as how different telemetry points are processed and the data flow all the way from the field, through RTU, to front end processor, to control room. Attendees will discuss how data can be processed for the end user, as well as alarm processing, switching controls, processing logic in database, and putting it into the dynamic graphic user interface for end-to-end control and monitoring.  

SCADA 101 will explore the best data maintenance practices, such as maintaining data standards and templates, creating the point list and checkout lists, performing point-to-point testing, and maintaining the quality assurance systems independent from productions where jobs are run first. It will also go over the uses of dispatch training system for the real-time data and data analysis for performing various actions to the system and how they affect the systems.  

In the end, students will gain a solid understanding of how SCADA systems work, how and why they were developed, how they are structured, its database and data collection techniques, and the uses of the dynamic data by the end user.  

Learning Outcomes

  • Discuss the history and evolution of SCADA Systems 
  • Identify the basic hardware and software components of a SCADA system 
  • Examine communication protocols that are used to transmit, collect, store, and manage data 
  • Describe the increase need for cyber security for ICS 
  • Evaluate different instrumentation measurement technologies 
  • Review SCADA system architecture  
  • Discuss the data flow from field to control room 
  • Identify alarm processing and supervisory control  



9:00 a.m. – 4:30 p.m. Central Time

  • SCADA Overview
  • SCADA Definition 
  • SCADA History and Evolution
    • By technological evolution
    • Telemetry-based SCADA
    • Minicomputers
    • Microprocessors – PLC
  • SCADA Types 
    • By market evolution
    • Monolithic
    • Distributed
    • Networked
  • SCADA Systems Components
  • Common SCADA Abbreviations
  • Typical Hardware SCADA Architecture
    • Master administrator – data repository
    • Communicator – data acquisition
    • Front end processor – RTU 
    • Historian – data archiving
    • Human Machine Interface – individual users
  • Typical System Division
    • Primary system
    • Backup system
    • Training system (DTS)
  • RTUs
    • RTU protocols types
    • RTU scans rates and options
    • Field devices
  • SCADA Data Collection – Point Types and Uses
    • Analog points (measurements)
      • Limits
      • Setpoints
      • Secondary sources
    • Accumulators (periodic collection)
      • Meter collections
      • Counter values
    • Status points (indication and controls)
      • Alarm processing
      • Supervisory controls
  • Data Collection and Q&A Session
  • Course Adjourns for the Day


9:00 a.m. – 12:00 p.m. Central Time

  • Review of Day 1
  • Data Management
  • Maintaining the Data and Best Practices
    • Constructions project
    • Engineering points list
    • Data standards
    • Safe job processing (QAS and productions systems)
    • Station one-line drawings and dynamic graphic user interface
    • Point to point testing
    • Checklist and procedures
  • SCADA Security and Additional Applications
  • Network Processing 
  • Dispatch Training
  • Cyber Security of SCADA
  • Course Concludes