Course Overview
This course teaches the necessary S7 system concept, hardware configuration and parameterization, S7 software (SIMATIC TIA Portal) essentials, and an overview of programming fundamentals. Human Machine Interface (HMI) and SCADA are also included.
Numerous hands-on activities and exercises using a Totally Integrated Automation (TIA) plant model reinforce practical experience and theoretical knowledge. The TIA plant model consists of an S7-1500 automation system, SIMATIC Comfort Panel, and SCADA PLC. Participants experience and learn TIA concepts and gain an understanding of the relationships between key industrial automation components. Upon course completion, participants are able to utilize STEP 7 tools, and techniques in order to recognize, diagnose, and remedy control system faults, reducing costly downtimes.
Why This Course Is Required?
PLC, HMI, and SCADA industrial automation training represents critical competencies for modern industrial efficiency and operational excellence where research and real-world case studies demonstrate that comprehensive training and implementation of these systems significantly enhance industrial efficiency, reduce downtime, and improve reliability through integration that leads to substantial operational improvements and clear business advantages including improved output, reduced operational costs, and optimized use of plant resources. The complexity of modern industrial automation requires specialized knowledge in control systems integration where organizations equipped with advanced automation systems and well-trained staff achieve operational efficiency and downtime reduction through PLC equipment control, SCADA real-time data monitoring, and HMI operator interaction enabling predictive maintenance and rapid fault detection.
The essential need for comprehensive training in PLC, HMI, and SCADA automation is underscored by its critical role in operational efficiency and downtime reduction where proper understanding of programmable logic controllers and supervisory control systems is crucial for achieving significant industrial efficiency enhancement through comprehensive training that enables substantial improvements in productivity and operational performance while reducing unplanned downtime and operational costs. Industrial automation professionals must master the principles of data transparency, flexibility, and safety improvements, understand SCADA data collection and visualization capabilities, and apply proper automation methodologies to ensure organizations achieve higher compliance with safety regulations, increased ability to adapt processes for evolving production demands, and competitive advantage through comprehensive understanding of remote monitoring and control, predictive maintenance strategies, and process upset management that enables superior operational reliability and resource optimization.
Research demonstrates that PLC, HMI, and SCADA training is crucial for operational success, with studies showing that comprehensive training and implementation significantly enhance industrial efficiency and reduce downtime, while integration of these systems with proper staff training leads to 30% reduction in unplanned downtime and 20% boost in productivity through predictive maintenance and rapid fault detection.
Course Objectives
Upon completing this PLC, HMI and SCADA Industrial Automation Training Course successfully, participants will be able to:
- Practise and use standard STEP 7 tools and methods
- Testing, Diagnosing, and correcting hardware & software issues in a running program
- Operate, Monitor, Control and Maintain components of a typical SIMATIC TIA system
- Establish PLC communication with multiple technologies
- Retrieve, Archive, and Download S7 programs
- Address and wire signal modules, perform start-up procedures for S7 automation system hardware and software
- Configure and parameterize S7-1500 Hardware utilizing S7 Software tools
- Backup and document executed program changes
- Create and manage WinCC Projects
- Integrate components between WinCC and TIA Portal
- Make WinCC tags in STEP 7 symbol table
- Establish communications with the PLC
- Design a complex graphic
- Configure internal and external tags
- Define & Administer User Security
- Set and assess the WinCC Alarms and Messages
- Configure, archive and display Trends & Tables
- Configure, preview and print reports
- Advanced competency in system integration and digital plant automation for career growth
- Expertise in troubleshooting and fault detection for reduced costly downtimes
- Enhanced understanding of simulation-based learning and real industrial scenario application
- Skills in predictive maintenance implementation and process optimization
- Proficiency in future-proof automation technologies and continuous learning methodologies
Master PLC, HMI, and SCADA industrial automation excellence and drive operational efficiency. Enroll today to become an expert in Industrial Automation!
Training Methodology
This collaborative PLC, HMI and SCADA Industrial Automation Training Course will comprise the following training methods:
The training framework includes:
- Expert-led lectures delivered by professionals with extensive industrial automation experience
- Interactive seminars and presentations that foster collaborative learning and technical analysis
- Group discussions and assignments that reinforce automation concepts and programming methodologies
- Case studies and functional exercises using real-world industrial automation scenarios
- Hands-on training with SIMATIC TIA Portal, S7-1500 automation systems, and SCADA applications
This immersive approach fosters practical skill development and real-world application of automation principles through comprehensive coverage of PLC programming, HMI design, and SCADA implementation with numerous hands-on activities using Totally Integrated Automation plant models.
Zoe Talent Solutions follows the ‘Do-Review-Learn-Apply’ model, creating a structured learning journey that transforms automation knowledge into operational excellence through systematic practice and implementation with reinforced practical experience and theoretical knowledge.
Who Should Attend?
PLC, HMI and SCADA Industrial Automation Training Course would be suitable for:
- Programmers
- Commissioning engineers
- Configuring engineers
- Service personnel
- Maintenance personnel
- Operators
- Automation technicians and control system specialists
- Plant engineers and production supervisors
- Electrical engineers and instrumentation professionals
Prerequisites
The skills and ability to work on a MS Windows PC, keyboard and mouse to include opening and closing programs, finding files, copy and paste objects /data (text, etc.). Drag and drop files, objects/data (text, etc.). Knowledge of using menus and multi-menus, manipulation of windows in a multi-window environment. Use of MS Windows Help.
SIMATIC S7 knowledge and practical experience in SCADA.
Organisational Benefits
Companies who enrol their employees to participate in this PLC, HMI and SCADA Industrial Automation Training Course can benefit in the following ways:
- Keep your company one step ahead with this all-inclusive overview of PLC-HMI and SCADA Industrial Automation
- Assist technical committees to create, publish and revise working standards relating to PLC-HMI and SCADA Industrial Automation
- Prudently study examples and case studies to illustrate the material being discoursed and ensure that the material is appropriate to the organisation represented
- Leave with an awareness and understanding of their roles and responsibilities in the workplace in relation to PLC-HMI and SCADA Industrial Automation
- Significantly enhanced operational efficiency and downtime reduction through comprehensive training and implementation achieving significant industrial efficiency enhancement and improved reliability
- Better productivity outcomes through integration of automation systems with proper staff training leading to substantial operational improvements and reduced costs
- Improved safety and compliance through advanced automation systems and well-trained staff achieving higher compliance with safety regulations and better process management
- Strengthened competitive positioning through enhanced data transparency, flexibility, and safety improvements enabling predictive maintenance, rapid fault detection, increased adaptability to production demands, and superior resource optimization through comprehensive understanding of remote monitoring, control systems integration, and process optimization
Studies show that organizations implementing comprehensive PLC, HMI, and SCADA training achieve significantly enhanced operational efficiency and downtime reduction as comprehensive training and implementation of these systems significantly enhance industrial efficiency, reduce downtime, and improve reliability with real-world case studies demonstrating 30% reduction in unplanned downtime and 20% boost in overall productivity, better safety and compliance as organizations equipped with advanced automation systems and well-trained staff report higher compliance with safety regulations and increased ability to adapt processes for evolving production demands, and improved competitive positioning through SCADA systems providing vast data collection and powerful visualization tools that inform decision-making and support predictive maintenance enabling better management of process upsets through remote monitoring and control.
Empower your organization with PLC, HMI, and SCADA automation expertise. Enroll your team today and see the transformation in operational efficiency and industrial performance!
Personal Benefits
Individuals who participate in this PLC, HMI and SCADA Industrial Automation Training Course can gain from it in the following ways:
- Keep up with late-breaking improvements and developments in Advanced PLC Programming by learning new literature and other sources of information
- Benefit from a tailor-made academic program for technicians or equivalent workforce involved in PLC-HMI and SCADA Industrial Automation
- Get yourself trained, assessed, and certified by experts in the PLC-HMI and SCADA Industrial Automation
- Provide examples of issues that they encounter during their normal working activities and get possible solutions
- Career growth and professional competency through training demonstrating higher technical proficiency in troubleshooting and system integration
- Future-proof skill set through simulation-based learning modules and practical coursework increasing job readiness and adaptability
- Advanced expertise in PLC, HMI, and SCADA industrial automation technologies
- Enhanced career prospects and marketability in automation, control systems, and industrial engineering sectors
- Improved ability to lead automation projects and manage complex control system implementations
- Greater competency in digital plant automation and predictive maintenance strategies
- Increased capability to implement advanced automation technologies and troubleshooting methodologies
- Enhanced understanding of emerging industrial automation innovations and digital transformation
Course Outline
MODULE 1: Course Overview
- Course goals
- Course project overview
- Training equipment
- Create course project
- Introduction to industrial automation principles and control system fundamentals
- Overview of PLC, HMI, and SCADA system integration in modern manufacturing
- Training equipment setup including Siemens S7-1500 and TIA Portal software
- Project-based learning approach and hands-on laboratory exercises
MODULE 2: System Overview
- S7-1200, S7-300, S7-400, and S7-1500 Function Comparison
- Communications
- Comparison of Siemens PLC models including hardware specifications and applications
- Industrial communication protocols including Profibus, Profinet, and Ethernet/IP
- System architecture and integration considerations for different automation levels
- Selection criteria for appropriate PLC systems based on application requirements
MODULE 3: Introduction: Engineering Software “TIA Portal”
- Comparison STEP 7 Basic/ Professional
- Portal-View
- Project View
- Windows arrangement
- Online Help
- Settings: Download, Project path
- TIA Portal installation, configuration, and navigation fundamentals
- Project creation and management within TIA Portal software environment
- Software licensing, updates, and version compatibility considerations
- Integration capabilities with other Siemens automation software packages
MODULE 4: PLC Installation & Maintenance
- S7-1500 Hardware Components & Installation
- Remote I/O Hardware Components & Installation
- Signal Module Wiring, Removal, & Installation
- Hardware installation procedures and safety considerations
- Power supply calculations and electrical connection requirements
- Maintenance scheduling and preventive maintenance practices
- Troubleshooting hardware faults and diagnostic procedures
MODULE 5: Device and Network
- Hardware-Editor
- Hardware-Catalog / Device-View
- Creating a Configuration
- Reading Configurations
- Network-View
- Configuring devices on the Network
- Network topology design and implementation strategies
- Device addressing schemes and communication parameter configuration
- Network diagnostics and performance optimization techniques
- Integration of distributed I/O systems and remote monitoring capabilities
MODULE 6: Tag Table
- Tag Names
- PLC-Tag / User-Parameter / System Parameter
- Introduction to Symbol Table Editor
- Local and Global symbols
- Watching Global Symbols in PLC Tag Table
- Using Excel to create Symbol Tables
- Data organization and naming conventions for industrial applications
- Global and local variable management strategies
- Data type selection and memory optimization techniques
- Integration with external databases and Excel-based tag management
MODULE 7: Hardware Commissioning
- Hardware LED Indicator Descriptions & Troubleshooting
- Clearing the PLC memory
- Testing & Troubleshooting I/O
- Calling the “Watch Table” Tool
- Monitoring and Modifying Variables
- System startup procedures and commissioning checklists
- I/O testing methodologies and signal verification techniques
- Online monitoring and real-time variable modification
- Fault diagnosis using built-in diagnostic tools and indicators
MODULE 8: Program Blocks
- S7 Block Types
- Structured programming
- Process Image Inputs/Outputs
- Cyclic Program processing
- Ladder Logic and Function Block Diagram
- Using the Block Editor
- Program Testing & Troubleshooting by operating the “Monitor Block” function
- Function blocks (FB), function calls (FC), and data blocks (DB) programming
- Structured programming methodologies and code organization
- Program execution cycles and scan time optimization
- Advanced programming techniques including arrays and user-defined data types
MODULE 9: Binary Operations
- S7 Block Types
- Distinct variations between “real” connected NC contacts and NO contacts and programmed symbols
- Programming basic binary logic operations
- Logic gate implementation including AND, OR, NOT, NAND, NOR, XOR operations
- Contact and coil programming techniques in ladder logic
- Interlocking and safety circuit design principles
- Boolean algebra applications in industrial control logic
MODULE 10: Digital Operations
- Data Types
- SIMATIC Counter & Timer Functionality
- Data Blocks
- IEC Counter & Timer Functionality
- Timer operations including TON, TOF, TP, and TONR instructions
- Counter functions including CTU, CTD, and CTUD applications
- Data handling and manipulation techniques
- Mathematical operations and data conversion methods
MODULE 11: Introduction to HMI & SCADA
- Data Exchange between HMI and PLC
- Commissioning a Comfort Panel Project
- Networking the Comfort Panel
- Troubleshooting an HMI Network
- Creating a SIMATIC WinCC Professional project
- Configuring and aligning the connection to the SIMATIC S7 automation system
- Structuring the operator interface
- Fundamentals of designing graphic displays for human machine interfaces
- Navigating through the plant displays
- User administration
- Message representation, message logging, message configuring
- Variable logging, trend configuring, and trend plotting
- Message representation containing logging of data in the database
- Recipes
- Re-usable faceplates and centralized modification and alteration of graphic blocks
- Global Scripting & Background processing
- SCADA system architecture and component integration
- HMI design principles for operator efficiency and safety
- Real-time data acquisition and historical data management
- Alarm management systems and notification strategies
MODULE 12: Graphics Designer
- Tools & Features for creating a graphic
- Using Object, Styles & other palettes
- Use object properties and events
- Creating a Customized Object
- Using the Object Library
- Advanced graphics design techniques for industrial applications
- Animation and dynamic object behavior programming
- Screen navigation and user interface optimization
- Template creation and standardization for multiple projects
MODULE 13: Making Objects Dynamic
- Direct Connect Interface
- Dynamic Dialog Interface
- Object C/VBS Scripting
- Global Actions
- Script Threading Model
- Advanced scripting techniques for dynamic HMI functionality
- Event-driven programming and conditional logic implementation
- Performance optimization for real-time data updates
- Integration with external systems and databases
MODULE 14: Advanced Functionality
- Tag Prefix / Popup windows
- Creating Faceplates
- Advanced HMI features including popup windows and modal dialogs
- Faceplate development for standardized operator interfaces
- Recipe management and batch processing integration
- Multi-language support and localization techniques
MODULE 15: User Administration & Security
- Groups & Users
- Log on & Log off
- OS Security
- User privilege management and access control systems
- Security policies and industrial cybersecurity best practices
- Audit trails and user activity logging
- Integration with enterprise security systems
MODULE 16: Archiving & Trending
- Archive configuration
- WinCC Online Trend Control
- WinCC Online Table Control
- Historical data management and long-term storage strategies
- Trend analysis and performance monitoring techniques
- Data compression and archiving optimization
- Integration with enterprise historian systems
MODULE 17: Archive Management
- Configuring and arranging archive and backup management for Alarms and Trending
- Backup and disaster recovery planning for SCADA systems
- Data integrity and validation procedures
- Performance monitoring and system optimization
- Regulatory compliance and documentation requirements
Real World Examples
The impact of PLC, HMI and SCADA Industrial Automation training is evident in leading implementations:
- Automotive Manufacturing Facility—Downtime Reduction (USA)
Implementation: A U.S.-based automotive manufacturing facility implemented comprehensive integration of PLC, SCADA, and HMI systems supported by targeted staff training through systematic approach that leveraged PLCs for equipment control, SCADA for real-time data monitoring, and HMIs for operator interaction while enabling predictive maintenance and rapid fault detection.
Results: The implementation achieved 30% reduction in unplanned downtime and 20% boost in overall productivity through systematic comprehensive integration of automation systems with targeted staff training, delivered predictive maintenance and rapid fault detection through systematic PLC equipment control and SCADA real-time monitoring, and established clear business advantages including improved output, reduced operational costs, and optimized plant resource utilization through systematic HMI operator interaction and advanced automation implementation, demonstrating how comprehensive PLC, HMI, and SCADA training enables exceptional operational efficiency and cost optimization. - Guided Automation Learning Modules (Research Study)
Implementation: A comprehensive research study evaluated guided simulation modules in PLC programming through systematic approach that confirmed significant gains in student skill and confidence while focusing on those transitioning from traditional electronic or electrical backgrounds into digital automation environments.
Results: The implementation achieved significant gains in student skill and confidence through systematic guided simulation modules in PLC programming evaluation, delivered enhanced transition capability from traditional electronic backgrounds to digital automation through systematic practical coursework approach, and established improved job readiness and adaptability to rapidly changing technology environments through systematic simulation-based learning enabling superior automation competency development and career preparation, showcasing how systematic PLC, HMI, and SCADA training enables exceptional skill development and professional preparation.
Be inspired by industry-leading industrial automation achievements. Register now to build the skills your organization needs for automation excellence!
