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Supervisory Control and Data Acquisition (SCADA)

DESCRIPTION

Supervisory Control And Data Acquisition – SCADA – usually refers to a central system that monitors and controls a complete site. The bulk of the site control is actually performed automatically by a Remote Terminal Unit (RTU) or by a Programmable Logic Controller (PLC).
The PLC/RTU connects to physical equipment, and reads status data such as the open/closed status from a switch or a valve. By sending signals to equipment the PLC/RTU can control equipment, such as opening or closing aswitch or a valve, or setting the speed of a pump.
The information provided by the PLCs/RTUs is usually in a crude user-unfriendly format. The SCADA gathers information from the PLCs via some form of communication method, formats and combines the information and presents it in user friendly visualisation format, utilising graphical and tabular representations. The SCADA additionally stores a record of all historical data for future access and analysis or for forwarding to a Corporate Information Warehouse

MATERI

1. Introduction To Process Control Systems

• Brief description of SCADA and Programmable Logic Controllers (PLC) – Telemetry and Remote Terminal Unit (RTU)/Distributed Control System (DCS)
• Constraints and capabilities of the systems
• Introduction to the basic hardware components

2. Instrumentation

• Instrumentation – process and analytical
• Instrumentation design standards – international and specific
• Smart Instruments
• Integrating instruments into control systems

3. SCADA Systems – Design Concepts

• Communications Analysis (WAN/LAN, protocols)
• Network Design Concepts
• System Redundancy
• Data Historians (archives)

4. SCADA Systems – Design And Operation

• System functionality (alarms, reports, trends and advanced functions)
• An introduction to the use of standards within SCADA projects
• Configuration standards and control (database design, software design, HMI design)
• Change control mechanisms
• Integration with the enterprise architecture
• Use of decision support tools in SCADA (models, etc.)

5. SCADA Security

• Vulnerability assessment methodology
• Practical SCADA security guidelines
• Implementing SCADA security
• Specifying security into your SCADA contracts’ relevant standards

6. Project Implementation

• Identifying user needs
• Specifying and procuring systems
  • Design considerations
  • Procurement strategies
  • Selection criteria – functionality requirements
• Delivering and implementing system
  • Typical project lifecycle
  • Setting up your project
  • Managing contracts

TRAINING METHOD

Presentation

Discussion

Practice

Case Study

Evaluation

FACILITIES

Training Kit

Flash disk

Handout

Certificate

Lunch + 2 X Coffee Break

Souvenir

Pick Up Participant

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