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The Fundamentals of SCADA Systems course provides a comprehensive introduction to Supervisory Control and Data Acquisition (SCADA) systems, their components, functionalities, and applications. SCADA plays a vital role in industrial control systems, enabling efficient monitoring and control of critical processes in various industries.
This course is designed to equip participants with the necessary knowledge and skills to understand SCADA systems, their architecture, communication protocols, security considerations, system integration, maintenance, and troubleshooting.
The course will be delivered through a combination of lectures, discussions, practical exercises, and case studies. Participants will have the opportunity to engage in hands-on activities to reinforce their learning.
By the end of this course, participants will have gained a solid foundation in SCADA systems and will be equipped with the skills and knowledge necessary to contribute effectively to the implementation, maintenance, and troubleshooting of SCADA systems in various industries.
Note: The course outline and structure are subject to customization and adaptation based on the specific needs and requirements of the participants and the industry context.
Unfortunately, this course does not currently have any upcoming dates.
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Course topics
I. Overview of SCADA Systems
Objective: Understand the fundamental concepts of SCADA systems and their significance in industrial control.
II. Fundamentals of SCADA
Objective: Familiarize participants with the components of a SCADA system, including RTUs, PLCs, HMIs, and communication networks.
III. SCADA Communication Protocols
Objective: Learn about different SCADA communication protocols and their role in data transmission and control commands.
View all topicsI. Overview of SCADA Systems
Objective: Understand the fundamental concepts of SCADA systems and their significance in industrial control.
- Definition of SCADA and its importance in industrial control systems.
- Brief history of SCADA development and its applications.
- Defining the role of Modbus.
II. Fundamentals of SCADA
Objective: Familiarize participants with the components of a SCADA system, including RTUs, PLCs, HMIs, and communication networks.
- Components of a SCADA system: RTUs, PLCs, HMI, communication networks.
- Role of sensors and actuators in data acquisition and control.
- Introduction to SCADA architecture and data flow.
III. SCADA Communication Protocols
Objective: Learn about different SCADA communication protocols and their role in data transmission and control commands.
- Common communication protocols: Modbus, DNP3, OPC, IEC 60870-5, etc.
- Understanding protocols for data transmission and control commands.
IV. SCADA Software and Human-Machine Interface (HMI)
Objective: Gain insights into SCADA software platforms and design principles for intuitive Human-Machine Interfaces (HMIs).
- Introduction to SCADA software platforms and their features.
- Designing intuitive HMIs for effective monitoring and control.
- Best practices for HMI development and visualization.
V. SCADA System Architecture
Objective: Explore various SCADA system architectures, their advantages, and the importance of redundancy and fault tolerance.
- Understanding the different layers in SCADA architecture.
- Decentralized vs. centralized SCADA architectures.
- Redundancy and fault tolerance in SCADA systems.
VI. SCADA System Maintenance and Troubleshooting
Objective: Learn proactive maintenance strategies and troubleshooting techniques for SCADA systems.
- Proactive maintenance strategies to ensure system reliability.
- Monitoring and diagnostics for early detection of issues.
- Troubleshooting common SCADA system problems.
VII. Case Studies and Practical Applications
Objective: Study real-world case studies and practical applications of SCADA systems across different industries.
- Real-world examples of SCADA implementations in various industries.
- Success stories and lessons learned.
- Practical exercises to reinforce learning.
VIII. Future Trends and Emerging Technologies in SCADA
Objective: Stay updated on future trends and emerging technologies in SCADA, including cloud-based SCADA, IIoT integration, and edge computing.
- Exploring advancements like cloud-based SCADA and IIoT integration.
- Machine learning and AI applications in SCADA systems.
- The role of edge computing in SCADA architecture.
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Wayne Jeffrey
Years of Experience42Wayne joined Canada Training Group with over 40 years of knowledge and experience in the Electrical and Instrumentation industry. As a Master Electrician and Journeyman Instrument Mechanic, Wayne offers a unique perspective to training that provides solid theory with practical applications gained through years of work in the industry. Wayne’s oilfield and agriculture experience encompasses maintenance...
See Wayne Jeffrey CVExpertise
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Hayden Berg, Fortis Mining Engineering and ManufacturingWayne was very knowledgeable and did a good job making the content digestible and engaging.
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Darrell Stover, Trans Northern Pipeline Inc.Wayne is a great instructor, who keeps it interesting by providing real-life examples from personal experience. Engages class to provide their own experiences based on the topic at hand.
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Travis Latell, Alberta Health ServicesWayne was very knowledgable of the equipment and had great background experience for this course. Wayne also was great at making everyone comfortable, which I believe made for a better learning experience.
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