Supervisory Control and Data Acquisition Systems – SCADA

Supervisory Control and Data Acquisition Systems – SCADA

INTRODUCTION

SCADA Training Supervisory control and data acquisition is the technology of the future. SCADA is an Industrial control system which is used to control and Monitor the processes in any Industries .SCADA systems have the capacity to collect data, Analyze it and also project a graphical representation of the received data. =SCADA is an Interface that represents the data to a human operator and provide control over the process

WHO SHOULD ATTEND?

• SCADA Engineer
• Design Engineer
• Development Engineer
• Automation Engineer
• Project Engineer

COURSE OUTLINE

DAY ONE

• SCADA: An Introduction
• SCADA: The history
• The concept of distributed measurement, Large-scale, and control system.
• The concept of Control Principals and Real-Time Monitoring
• Industrial Control Systems (ICS): An Overview
• DCS, Programmable control units/components, SCADA: An overview
• Network Components: An overview
• Definition: Distributed Control Systems (DCS)
• Definition and overview: SCADA Systems
• Purpose of SCADA
• SCADA Systems: The functionality
• Usage of SCADA
• The Value of SCADA
• SCADA System: An example
• An overview: Data Acquisition
• The concept of Data Communication
• The Introduction: Data Presentation
• Control basics
• SCADA Systems Engineering: An introduction
• SCADA Security: The best practices
• SCADA Systems: For the next generation
• Challenges faced by the SCADA systems
• An overview of the SCADA System
• An Overview of the SCADA Subsystems

DAY TWO

• The Architecture of SCADA
• Understanding the Hardware Architecture
• Understanding the Software Architecture
• The Brief overview: Real-time database (RTDB)
• Communications concepts
• Interfaces overview
• The concept of Human Machine Interface (HMI)
• Solutions to the hardware
• The components of a system
• The concept of Remote Terminal Unit (RTU)
• Programmable Logic Controller (PLC): An introduction
• The overview of Master Station
• Operational philosophy: The guideline
• The methods and the Communication infrastructure
• The concept of Distributed Control System (DCS)
• Programming Language: IEC 61131-3
• SCADA: The Future trends
• Architecture: RTU/PLC
• Representation Formats for the Data
• The concept of Real-Time Operations
• Features and Requirements
• Standard RTU features
• Designs and Packaging Issues
• Industrial Computers and PLCs
• Closed-Loop and Open-loop Control Concepts
• Ladder Diagrams and Relay Logic
• The concept of Programmable Logic Controllers
• Modbus/The Fieldbus Architecture: An overview
• IP Protocols and the concept of Ethernet
• The architecture of MTU/HMI
• Introduction of The Master Terminal Unit and The Human Machine Interface
• Developments for the Graphical Display
• Projection Systems, Wall Systems, and Map Boards
• Presentation Sampler for HMI/MMI
• Integration and SCADA Systems Operations

DAY THREE

• The concept of Application Development
• Analysis and SCADA System Requirements
• Architecture for SCADA Master-Slave
• The concept of Master Station to Slave Station
• Latency Time for SCADA Data
• Format Requirements for Analog Real-Time Data
• Communications Requirements for SCADA System
• Overview: Connections
• Introduction: Communication redundancy
• Analysis of Direct communications through modem
• IP Connection: An overview
• Dial-up modem connections: Guidelines
• SCADA Networks: The Types
• Configuration for SCADA
• DCS, SCADA and PLC
• An Overview and concept of Distributed networked computing behind that SCADA
• Network Protocols for SCADA
• SCADA Projects: Planning and Managing
• Alternative Strategies and Specifications
• An Overview: SCADA Procurement
• Commissioning and Implementation
• Creation of a functional SCADA system: The Five Phases
• System architecture: The Design
• RTU, PLC, communication and HMI equipment: The supply
• Communication equipment programming and alarm software programs and the HMI graphic
• Communication equipment installation and the system
• Systems Integration and Testing: The Commissioning of the system
• Evaluation of SCADA Systems

DAY FOUR

• SCADA Systems and Hardware: Evaluation
• SCADA System essential components
• Networks, and Sensors
• The concept of SCADA RTU
• An Overview of SCADA Master
• Implementation of LAN in the Master Station
• TCP/IP and the Ethernet: An overview
• Master Station and the Field: Ethernet Networks application
• Bridges, Routers, and Switches: LAN Connectivity
• Signals and Communications Media
• Definition: Wireless Systems
• Features and Modem Types
• Control Methods and Error Detection
• The concept of Access Control
• Alarm Handling: An explanation
• Archiving/Logging: An overview
• Redundancy and Safety Issues: SCADA Reliability
• Reliability Models for the SCADA System
• Failure Modes of SCADA
• Equipment Interfaces and the Instrument
• Unbalanced and the Balanced Wiring Configurations
• Bus Architecture Features: RS-485
• The concept of Cross-Over Cables
• Instrument Concepts and Analog Interfaces
• Vulnerability and the SCADA Security

DAY FIVE

• SCADA: Security application
• The concept of Encryption
• Perimeter Security and Firewalls
• SCADA DMZ: Populating and Creating
• SCADA Network: Field-Level Firewalls
• Managing Users: Authorization and Access Control
• Diameter Authentication Services, RADIUS and TACACS
• Prevention and Intrusion Detection
• Issues of Wireless Security
• Security Incidents: SCADA
• Encryption and Firewalls: Overview
• Security Challenges and Solutions: SCADA overview
• Access Control and Intrusion Detection: SCADA overview
• SCADA: Challenges of Wireless
• SCADA: Points of Vulnerability
• Infrastructure for IT
• Frame Relay and Other Services: Leased Infrastructure
• The concept of The Sensor/Fieldbus Networks
• Wireless LAN Systems: An overview
• Wireless Links, and Rogue (Undocumented) Dial
• Overview: Compromised/Infected Portable Equipment
• Network Management Systems: An overview