Course Overview
This course is directed and focused on personnel involved in project engineering tasks who would like to become proficient with the extended programming possibilities of SIMATIC S7 (300/400). After the course, the participants will be competent to structure and design advanced S7 programs, making it possible to efficiently work with STEP 7 V5.5 and thus reduce the engineering phase. The course uses a ‘hands-on’ practical methodology to reinforce the theoretical aspects of the training.
What are the topics covered in the Advanced PLC Programming Training Course? This course is the advanced program which increases skills with Siemens STEP7 Totally Integrated Automation. Participants will discover and learn to leverage the power of SIMATIC software with advanced structured programming techniques. A systems method to the integration of efficiently programming the S7300/400 PLCs. Emphasis on Statement List (STL) programming for both direct and indirect addressing is a vital and integral part of the course. This Zoe training course will empower you with the consciousness of knowing the extended programming possibilities of SIMATIC S7 (300/400) with the possibility to work with Siemens STEP 7 V5.5 and creating a new project with professional skills.
Why This Course Is Required?
Advanced PLC programming, particularly on Siemens SIMATIC S7-300/400 using STEP 7, is foundational for engineers who design, troubleshoot, and optimize modern automation systems in process industries, manufacturing, and utilities where mastering structured programming techniques including STL, Function Blocks, and System Functions is essential for increasing project efficiency and reducing errors. The complexity of modern industrial automation requires specialized knowledge in indirect addressing, advanced diagnostics, and error handling procedures to minimize downtime while ensuring reliable and efficient operation of critical control systems.
The essential need for comprehensive training in advanced PLC programming is underscored by the critical role of automation systems in modern manufacturing and process industries where proper understanding of structured programming, system diagnostics, and error management is crucial for maintaining operational efficiency and system reliability. Automation professionals must master the principles of Function Block programming, understand indirect addressing techniques, and apply proper diagnostic procedures to ensure optimal system performance while reducing engineering time and maintenance costs.
Research demonstrates that advanced PLC programming, particularly on Siemens SIMATIC S7-300/400 using STEP 7, is foundational for engineers who design, troubleshoot, and optimize modern automation systems in process industries, manufacturing, and utilities, with mastering structured programming techniques shown to increase project efficiency, reduce errors, and minimize downtime while aligning with international industry research and vendor best practices.
Course Objectives
Upon completing this Advanced PLC Programming course successfully, participants will be able to:
- Leverage and influence the power of Block and Function libraries
- Use STL for advanced program development
- Employ indirect addressing in a program
- Incorporate System Functions (SFC) in a program
- Use Instance and Multi-Instance data Blocks
- Use and practice interrupt-driven and error processing program execution blocks
- Leverage STEP7 advanced diagnostics
- Advanced competency in structured programming methodologies for complex automation systems
- Expertise in troubleshooting and diagnostics using STEP 7 advanced tools
- Enhanced understanding of memory management and CPU resource optimization
- Skills in implementing robust error handling and system fault management
- Proficiency in designing modular and maintainable automation programs
Master advanced PLC programming excellence and drive automation innovation. Enroll today to become an expert in Advanced PLC Programming Training Course!
Training Methodology
This collaborative Advanced PLC Programming training program will comprise the following training methods:
The training framework includes:
- Expert-led lectures delivered by experienced automation professionals with deep knowledge of Siemens systems
- Seminars and presentations covering real-world applications and industry best practices
- Group discussions that foster collaborative learning and knowledge sharing among participants
- Assignments that reinforce key programming concepts and practical applications
- Case studies and functional exercises based on actual industrial automation scenarios
- Hands-on laboratory work with SIMATIC S7-300/400 hardware and STEP 7 software
This course includes classroom presentation, instruction, demonstration and considerable hands-on lab work. This immersive approach fosters practical skill development and real-world application of advanced PLC programming principles through comprehensive coverage of structured programming, diagnostics, and system optimization techniques.
Zoe Talent Solutions follows the ‘Do-Review-Learn-Apply’ model, creating a structured learning journey that transforms advanced PLC programming knowledge into operational excellence through systematic practice and implementation.
Who Should Attend?
Advanced PLC Programming training course would be suitable for:
- Programmers
- Commissioning engineers
- Configuring engineers
- Instrumentation and control engineers
- Maintenance engineers
- Electrical engineers
- Industry electronics technician
- Energy electronics technician
- Mechatronic technician
- Industrial mechatronics technician
- Those responsible for Project engineering tasks and who would like to develop familiarity with the extended programming possibilities of SIMATIC S7 (300/400)
Organisational Benefits
Companies who nominate their employees to participate in this Advanced PLC Programming course can benefit in the following ways:
- Keep your company one step ahead with this all-inclusive overview of Advanced PLC Programming
- Assist technical committees to create, publish and revise working standards relating to Advanced PLC Programming
- Carefully study examples and case studies to explain the material being discussed 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 Advanced PLC Programming
- Enhanced system reliability and reduced downtime through improved programming practices and diagnostic capabilities
- Increased project efficiency through structured programming methodologies and reusable code libraries
- Better resource utilization through optimized CPU performance and memory management
- Improved maintenance capabilities through advanced diagnostic tools and error handling procedures
- Strengthened competitive advantage through faster system commissioning and troubleshooting
- Reduced engineering costs through efficient programming techniques and standardized approaches
Studies show that organizations implementing comprehensive advanced PLC training achieve enhanced automation system performance through optimized programming techniques that improve project efficiency and reduce errors, minimized system downtime through advanced diagnostic capabilities and robust error handling procedures, and increased operational reliability through structured programming methodologies that enable faster troubleshooting and maintenance activities.
Empower your organization with advanced PLC programming expertise. Enroll your team today and see the transformation in automation efficiency and system reliability!
Personal Benefits
Individuals who participate in this Advanced PLC Programming course can gain from it in the following ways:
- Keep up with late-breaking developments in Advanced PLC Programming by studying new literature and other sources of information
- Benefit from a tailor-made academic program for technicians or equivalent workforce involved in Advanced PLC Programming
- Get yourself trained, assessed, and certified by experts in the Advanced PLC Programming
- Provide instances of issues that they confront during their normal working activities and possible solutions
- Advanced expertise in industrial automation and control system design
- Enhanced career prospects and marketability in manufacturing and process industries
- Improved ability to lead complex automation projects and troubleshoot system issues
- Greater competency in system optimization and performance enhancement
- Increased capability to mentor and develop other automation professionals
- Enhanced understanding of industry standards and best practices in automation
Course Outline
MODULE 1: SIMATIC S7-300/400 Programmable Controller
- Structure and Configuration of the Programmable Controller (Hardware Components of S7-300/400)
- Memory Areas
- Distributed I/O (PROFIBUS DP)
- Communications (Subnets)
- Modules Addresses
- Addresses Areas
- Advanced CPU architecture and performance optimization techniques
- Memory allocation strategies and resource management
- Industrial Ethernet and PROFINET integration
- Safety-integrated systems and fail-safe programming concepts
MODULE 2: Review of Start-up and Operation
- Starting STEP 7
- Starting STEP 7 with Default Start Parameters
- Calling the Help Functions
- Objects and Object Hierarchy
- User Interface and Operation
- Keyboard Operation
- Advanced project management and version control
- Multi-user engineering and collaboration features
- Integration with TIA Portal migration strategies
- Customizing STEP 7 environment for enhanced productivity
MODULE 3: Data Blocks and complex variables
- Blocks Overview
- Blocks in Structured Programming
- The Multi-Instance Model
- FB 1-4 Parameter Descriptions
- Block Connections
- Parameter passing
- Optimized data block design for memory efficiency
- Global data block management and sharing strategies
- Instance data block optimization and best practices
- Advanced parameter interface design and validation
MODULE 4: Complex Data Type Applications
- Data Types and Variables
- Complex Data Types
- Using Arrays, Strings, Date & Time
- Using STRUCT
- User-Defined Data Types (UDTs)
- Structure programs
- Dynamic data structures and pointer manipulation
- Advanced string processing and manipulation functions
- Recipe management and data persistence strategies
- Data type conversion optimization techniques
MODULE 5: Program control
- STL and managing the accumulators for S7300/400
- Status word and jump instructions
- Loop command and breakpoints
- Organization Blocks
- Parameter Passing with FC, FB, SFB, SFC
- Parameter passing: Local variable
- Library blocks: SFCs and SFBs
- Parameter passing with user-designed FCs
- Parameter passing with user-designed FBs
- Multi-Instance FB
- Advanced STL programming patterns and optimization
- Interrupt-driven programming and real-time control
- Modular programming architecture and code reusability
- Performance profiling and execution time optimization
MODULE 6: Block Calls & Parameters
- Parameter Declarations & Passing
- Pointer and Any Data Types
- Calling Functions
- Description of Examples
- Advanced indirect addressing techniques and applications
- Dynamic function block instantiation and management
- Complex parameter validation and error checking
- Library development and standardization practices
MODULE 7: Error Handling
- Synchronous Errors
- Asynchronous Errors
- System Diagnostics
- Error Handling Organisation Blocks (OB70 to OB87 / OB121 to OB122)
- Masking Synchronous Errors SFC 36-38
- Applying Error Filters
- Predictive maintenance and condition monitoring integration
- Advanced fault tolerance and redundancy strategies
- Custom error logging and notification systems
- Root cause analysis and diagnostic data interpretation
MODULE 8: IEC Functions
- Conversion and Comparison Functions
- STRING Functions
- Date/Time-of-Day Functions
- Numerical Functions
- Advanced mathematical functions and algorithms
- Statistical processing and data analysis functions
- Communication function blocks and protocols
- Energy management and efficiency calculation functions
MODULE 9: Troubleshooting the automation system
- Troubleshooting with a module information tool
- Troubleshooting with a hardware configuration tool
- Hardware Diagnostics and Troubleshooting
- Module Information
- Troubleshooting with CPU messages
- Diagnosing in STOP Mode
- Inspecting and Checking Scan Cycle Times to Avoid Time Errors
- The flow of Diagnostic Information
- Program Measures for Handling Errors
- Advanced diagnostic tools and remote monitoring capabilities
- Performance analysis and bottleneck identification techniques
- Preventive maintenance scheduling and execution
- Integration with SCADA systems for comprehensive monitoring
- Cybersecurity vulnerability assessment and protection strategies
- Documentation and knowledge management best practices
Real World Examples
The impact of Advanced PLC Programming Training Course is evident in leading implementations:
- Pacific Trail Manufacturing Automated Industrial Saw System (United States)
Implementation: Pacific Trail Manufacturing implemented a comprehensive automation solution using Siemens SIMATIC S7-1200F PLC with TIA Portal, utilizing advanced programming capabilities including safety logic with fail-safe inputs/outputs, integrated diagnostic routines, and modular programming using Function Blocks and System Functions.
Results: The implementation achieved precise and reproducible blade positioning resulting in improved product quality and yield, greatly reduced operational risks through integrated safety functions, and enabled maintenance personnel to identify and resolve faults 30% faster compared to previous systems, demonstrating how comprehensive advanced PLC training enables exceptional automation performance and operational efficiency. - King Saud University CNC Machine Integration (Saudi Arabia)
Implementation: A robotics laboratory created an integrated automation system for a CNC machine with automated pneumatic manipulator powered through Siemens S7-300 PLC, employing advanced structured programming in STEP 7 to manage multi-axis coordination, sequencing, and error handling with modular Function Block design.
Results: The research achieved robust, flexible control enabling seamless workflow between CNC machine and manipulator, significant reduction in system downtime through improved error handling logic and easier diagnostics, and enhanced operational reliability through systematic programming approaches, showcasing how systematic advanced PLC training enables superior automation integration and performance.
Be inspired by industry-leading advanced PLC programming achievements. Register now to build the skills your organization needs for automation excellence!
