Adavnce Supervisory Control and Data Acquisition (SCADA)

Design – Simulation-Automation -Control
Advance Programmable Logic Controllers (PLC) Skills
For more info contact: Tel: 08133476558, 07085740887
Address: Opebi, Ikeja, Lagos State, Nigeria

SCADA and industrial networking Automation Technology
Supervisory Control and Data Acquisition (SCADA)

Training Course Contents:
Module 1
1. Introduction to SCADA Automation
• Brief Description of a Control System
• P & ID diagram(s)
• Micro Controller, PID Controller, PLC Controller
• History and Need of Industrial Automation
• Application of Industrial Automation
• Basic Components of Automation
• Hardware Classification of Automation
• A Prototype View of SCADA Systems
• SCADA, PLC and DCS Compared
• Types of SCADA
• SCADA Vendor(s)
• SCADA software (Commercial and open source)
• Applications of SCADA/HMI software
• Difference between SCADA /HMI
• Different packages available with I/O structure
• Features of SCADA/HMI software
• Application development SCADA/HMI
• Digital and Analog system explanation
• SCADA connectivity with different devices


Module 2

SCADA Project(s) Development

• Creating a new SCADA/HMI application
• Phases of a SCADA Project
• Creating a new SCADA application
• Creating Database of Tags, digital, analog, discrete, real, integer
• Creating and Editing graphic display with animation
o Data Entry / Start Stop command
o Analog entry, Sizing, Movement
o Blinking, Visibility, Filling
• Trending
o Creating and Accessing Real-time Trends
o Creating and Accessing Historical Trends
• Creating Alarms and Events
• Writing logic through script
o Application script, Condition, Data Change
o Window script
o Special functions
• SCADA security, users, access rights and restrictions
• Sampler of Industrial Security Incidents
• Points of Vulnerability
• Overview of Encryption and Firewalls
• Access Control and Intrusion Detection
• Reports, actions
• Recipes
• Transferring SCADA project to HMI windows


Module 3
3. SCADA Connectivity/Communication
• Communication protocols
o Cable/LAN/WAN/Ethernet/Internet
• Connectivity with the different hardware
o Communication protocols types for devices
o Communication with PLC
o Communication with Data Acquisition System
• Connectivity between software
o Communication with Excel
o Communication with Visual Basic
• Interfacing SCADA with Excel, PLC, Relay, Motor/LED
• Text messages, notifying of alarms/events via email and text messages (SMS) on mobile phone
• Features of the MTU/HMI
• Classical Role of The Master Terminal Unit
• Data Warehousing; Archival Information Retrieval

Module 4
4. SCADA Networking 1
• Communication drivers, ODBC, OPC server-client
• Connecting to an OPC server
• Open network and Industrial Ethernet
• Automatic project updates
• Relational databases
• Exporting a project for remote users (introduction to thin clients)
• Custom reports, scripts
• Redundancy (server–server, client–server)
• Postmort, multi-monitor applications
• Window records
• Data servers and thin clients (Web Client, Smart Client)
• Data specific to thin clients, thin clients and scripts
• Server as a Windows service, OPC Server.
• Unique Challenges of Wireless

Module 5
5. SCADA Networking 2
• Networked Computing Issues that Apply to SCADA
• Open network and Industrial Ethernet
• Data Communications and Computing Terminology
• Telecommunications Services and Link Protocols
• Communications Media and Signals
• Wireless Systems Concepts
• Unique Challenges of Wireless
• Modem Types and Features
• Functions and Examples of Data Communications Protocols
• Error Detection and Control Methods
• Local Area Networks in The Master Station and in The Field
• Ethernet Networks and Configurations
• Industrial Adaptations to Ethernet
• Hub-Oriented LAN Configurations
• Intelligent and Switching Hubs
• LAN Connectivity; Bridges, Routers and Switches
• Solving Distance and Capacity Problems With Full Duplex Ethernet
• Principles of The TCP/IP Architecture
• RTU
• Features of The Internet Computing Architecture
• Key Elements of The Internet Protocol
• Transmission Control Protocol Concepts
• Web-Based Industrial Computing Applications
• Open- and Closed-Loop Control Concepts
• Relay Logic and Ladder Diagrams
• The Fieldbus/Modbus Architecture
• Ethernet Industrial Protocol (Ethernet/IP)
• Instrument and Equipment Interfaces
• Traditional Computer Interfaces
• Balanced and Unbalanced Wiring Configurations
• RS-485 Bus Architecture Features
• Cross-Over Cables
• Analog Interfaces and Instrument Concepts
• Pipeline leak detection and corrosion protection
• SCADA and the internet of a thing IoT

Module 6
6. SCADA Hazard And Safety
• Potentials SCADA hazard
• Cyber-attack contingency plan
• Alarm management
• Performing a cyber-security vulnerability assessment for existing installations and performing a cyber-risk assessment as part of a HAZOP for new installations
• ISA Secure (IEC 62443/S-99) and/or the Achilles standards
• Security of IP address of the target server
• Process Knowledge sharing and creation of security around SCADA systems
• Sensor management


Workshop Program
This course includes typical workshop components: A SCADA system design exercise and computer lab project, in which various system configurations, data requirements and different options are analysed by participants and recommendations provided.

Design – Simulation-Automation -Control
Advance Programmable Logic Controllers (PLC) Skills
For more info contact: Tel: 08133476558, 07085740887
Address: Opebi, Ikeja, Lagos State, Nigeria