SCADA

SCADA

SCADA (Supervisory Control and Data Acquisition) systems are distinct from process control systems, as they are designed for scenarios where real-time communication is not possible. Our training program will delve into the core principles of SCADA systems, covering aspects such as visualisation, radio, and telemetry technologies, along with everything in between.

scada-course-industrial-automation

Master the art of industrial automation with our comprehensive SCADA course, designed to empower you with the skills to optimize and secure data acquisition systems.

about this course format

Our “Online” training course offers you the flexibility to complete the program at your own pace, making it convenient for your schedule. You can choose to take the course entirely online or with real-time interaction with an instructor. 

This course leans more towards theoretical concepts compared to face-to-face training, primarily due to its online delivery format. However, a hybrid approach with occasional classroom visits may be available.s

Who the course is for

This program is designed for maintenance, engineering, management, and process staff who work with SCADA systems and seek flexible learning opportunities.

What you'll learn

Learning outcomes and curriculum are generally aligned with international Industry requirements and include the following: –

  • Appreciating the components of a SCADA system.
  • Relating SCADA systems with respect to the Open Systems Interconnection (OSI) model.
  • Reviewing available technologies for design, operation and maintenance of SCADA systems.
  • Understanding the purpose and .function of typical modems.
  • Understanding essential Radio telemetry theory.
  • Setting up a basic radio data communication system.
  • Appreciating modern SCADA protocols such as Modbus, DNP3, IEC 60870-5-101 etc.
  • Reviewing wireless networks including 900 MHz, 2.4 GHz, 5.8 GHz and 24 GHz license free spectrum.
  • Using application software such as Trio TView to install, commission and monitor radio systems.
  • Writing PLC software to retrieve data over a radio network.

Curriculum

Prerequisite

A basic knowledge of networking and automation concepts.

hmi

hmi

HMI (Human-Machine Interface) is a vital component in industrial automation systems, serving as the bridge between operators and machinery.
Click Here

industrial comm.

industrial comm.

It refers to the exchange of information and data between various components and systems.
Click Here

about this course format

Our “Face to Face” training courses offer engaging, instructor-led sessions in a traditional classroom environment. Participants enjoy the benefits of being part of a small workgroup, which encourages interactive learning and provides personalised attention to technical topics that can be based on your ‘site specific’ assets and requirements.

This method of training can provide a faster route to achieving specific competences in a particular subject area, particularly if it integrates your employer site policies and procedures.

Who the course is for

Maintenance, engineering, management and process staff working with SCADA systems and are looking for classroom based training.

What you'll learn

Learning outcomes and curriculum are generally aligned with international Industry requirements and include the following: –

  • Appreciating the components of a SCADA system.
  • Relating SCADA systems with respect to the Open Systems Interconnection (OSI) model.
  • Reviewing available technologies for design, operation and maintenance of SCADA systems.
  • Understanding the purpose and .function of typical modems.
  • Understanding essential Radio telemetry theory.
  • Setting up a basic radio data communication system.
  • Appreciating modern SCADA protocols such as Modbus, DNP3, IEC 60870-5-101 etc.
  • Reviewing wireless networks including 900 MHz, 2.4 GHz, 5.8 GHz and 24 GHz license free spectrum.
  • Using application software such as Trio TView to install, commission and monitor radio systems.
  • Writing PLC software to retrieve data over a radio network.

Curriculum

Prerequisite

A basic understanding of industrial automation & programmable logic controllers.

industrial comm.

industrial comm.

It refers to the exchange of information and data between various components and systems.
Click Here

hmi

hmi

HMI (Human-Machine Interface) is a vital component in industrial automation systems, serving as the bridge between operators and machinery.
Click Here

about this course format

Our “Focussed” training program consists of six key modules that are fundamental to most industrial automation systems. This program is designed to provide emerging professionals with a comprehensive skillset tailored for dynamic automation environments such as factories, mines, ports, and the chemical and food industries. Emphasizing emerging technologies, the program focuses on the cutting-edge of today’s digital automation systems, preparing professionals to excel in the advanced technologies of tomorrow.

Who the course is for

This course is designed for professionals in maintenance, engineering, management, and process roles who work with advanced automation systems. It provides comprehensive exposure to industrial automation systems, ensuring participants gain the necessary knowledge and skills to excel in their respective fields.

What you'll learn

Learning outcomes are derived from 6 of our core training courses and are delivered in a hybrid format to accommodate the unique goals of each trainee. Addition options can be elected.

  • PLC/PAC Systems
  • Industrial Communications 
  • SCADA HMI systems
  • Industrial drives
  • Functional Safety Familiarisation
  • Industry 4.0
  • Option1: Business 4.0
  • Option2: Radio & Telemetry
  • Option3: IoT

Curriculum

Prerequisite

Subject to Techlearn interview

industrial comm.

industrial comm.

It refers to the exchange of information and data between various components and systems.
Click Here

hmi

hmi

HMI (Human-Machine Interface) is a vital component in industrial automation systems, serving as the bridge between operators and machinery.
Click Here

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