PLC, HMI & SCADA Level 3 Training Course Details
This advanced-level course is designed for students who have a solid understanding of PLC and HMI programming. It focuses on integrating comprehensive SCADA systems, industrial instrumentation, and data management to create and manage complex, large-scale automation projects.
Our PLC (Programmable Logic Controller) courses cover everything from the fundamentals to advanced programming, ensuring learners gain practical, job-ready expertise. With hands-on training, real-world projects, and expert instructors, we prepare our students to excel in automation, manufacturing, and industrial control systems.
At EITS Academy, we believe education should have no boundaries. That’s why, in addition to our on-campus classes in Lahore, we offer comprehensive online training programs accessible to learners across the globe. Whether you are in Pakistan or anywhere in the world, you can benefit from our industry-relevant curriculum and personalized learning approach.
Our commitment to quality training, affordable fees, and career-focused learning has made us a trusted choice for engineers, technicians, and aspiring automation professionals. Join EITS Academy today and take the next step towards mastering PLC programming and advancing your career in engineering and IT.
Course Outline:
Module 1: SCADA System Introduction
What is SCADA?
- Detailed explanation of SCADA’s purpose and architecture.
- Understanding the difference between SCADA and HMI applications.
SCADA Software Overview
- Introduction to a popular SCADA software platform (e.g., Siemens WinCC, Wonderware InTouch, or Ignition).
- Navigating the software interface and project structure.
SCADA Communication
- Configuring communication drivers to connect the SCADA system to multiple PLCs.
- Understanding the concept of tags and tag management for a large-scale system.
Module 2: Industrial Instrumentation
Fundamentals of Industrial Instruments
- Detailed study of various sensors and transmitters (e.g., pressure, temperature, level, flow).
- Understanding different output signals (e.g., 4-20 mA, 0-10 V) and their application.
Instrument Calibration & Maintenance
- The importance of instrument calibration for accuracy.
- Basic procedures for field calibration and maintenance.
Integrating Instruments with PLC
- Wiring various instruments to analog and digital PLC modules.
- Writing PLC code to process instrument data, including scaling and linearization.
Module 3: Advanced SCADA Development
Creating a Mimic Diagram
- Designing complex graphical representations of a process (e.g., a pumping station, a conveyor system).
- Using animations and dynamic objects to show real-time process status.
Alarm & Event Management
- Creating a robust alarm system with different priority levels.
- Configuring historical alarm logging and real-time alarm displays.
- Setting up user acknowledgements and alarm notifications.
Data Logging & Reporting
- Configuring the SCADA system to log historical data from multiple PLCs.
- Generating custom reports (e.g., daily production reports, alarm summaries).
- Exporting data to different formats for analysis.
Module 4: Database & IoT Integration
Connecting SCADA to a Database
- Understanding the concept of IIoT in an industrial context.
- Discussing the benefits and challenges of IIoT.
Cloud Connectivity
- A brief introduction to sending PLC or SCADA data to a cloud-based platform for remote monitoring and analytics.
Module 5: Capstone Project & Case Studies
Comprehensive Project
- Students will work on a full-scale project that integrates a multi-PLC setup, HMI, SCADA, and industrial instruments.
- Example project: A complete water treatment plant or a small manufacturing line.
Troubleshooting & Best Practices
- Advanced troubleshooting for complex, integrated systems.
- Discussing industry best practices for system design and documentation.