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Scada course

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Dr. Munthear Alqaderi
Dr. Munthear Alqaderi

This course covers automation concepts including SCADA software applications, creating SCADA applications, trending, alarms, events, scripting, hardware connectivity, commissioning networks, and troubleshooting. It also addresses control systems, distributed control systems (DCS) architecture, hardware, and comparisons to programmable logic controllers (PLC). The course provides practical exposure to DCS and PLC systems, components, inputs/outputs, programming concepts, and case studies for conveyors, motor control, timers, and counters.

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Course Title : Automation, SCADA Content :  the Applications of SCADA software,  Creating a new SCADA application,  Trending,  Creating Alarms & Events,  Writing logic through script,  Connectivity with the different hardware,  Connectivity between software,  Commissioning the network nodes,  Troubleshooting the application,  Introduction to control system,  Applications of DCS system,  Architectural evolution for DCS,  Hardware architecture of DCS,  Comparison between the hardware PLC & DCS,  Practical exposure on DCS system,  Introduction to PLC hardware,  Architectural Evolution of PLC,  Introduction to the field devices attached to PLC,  PLC Fundamentals - (Block diagram of PLC's),  Role of PLC in automation,  Detail information about PLC components,  Various ranges available in PLCs,  Types of Inputs & outputs,  Source Sink Concept in PLC,  Concept of flags,  Scan cycle execution,  practical exposure and Case studies for conveyer, motors control, timer & counter applications etc.

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Scada course

  • 1. Course Title : Automation, SCADA Content :  the Applications of SCADA software,  Creating a new SCADA application,  Trending,  Creating Alarms & Events,  Writing logic through script,  Connectivity with the different hardware,  Connectivity between software,  Commissioning the network nodes,  Troubleshooting the application,  Introduction to control system,  Applications of DCS system,  Architectural evolution for DCS,  Hardware architecture of DCS,  Comparison between the hardware PLC & DCS,  Practical exposure on DCS system,  Introduction to PLC hardware,  Architectural Evolution of PLC,  Introduction to the field devices attached to PLC,  PLC Fundamentals - (Block diagram of PLC's),  Role of PLC in automation,  Detail information about PLC components,  Various ranges available in PLCs,  Types of Inputs & outputs,  Source Sink Concept in PLC,  Concept of flags,  Scan cycle execution,  practical exposure and Case studies for conveyer, motors control, timer & counter applications etc.