PLC Programming & Automation Mastery: From Basics to Advanced Control Systems

Name: PLC Programming & Automation Mastery: From Basics to Advanced Control Systems
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From Basics to Advanced Control Systems for Industrial Automation

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PLC Programming & Automation Mastery: From Basics to Advanced Control Systems

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Course Overview:

The PLC Programming & Automation Mastery: From Basics to Advanced Control Systems course is a comprehensive training program designed for engineers, technicians, and automation professionals. Participants will acquire the skills needed to design, program, and maintain PLC-based control systems across multiple industrial sectors. The course spans from introductory PLC concepts to advanced PLC programming techniques, covering ladder logic, IEC 61131-3 standards, HMI integration, SCADA connectivity, troubleshooting, and optimization. With hands-on exercises and real-world case studies, learners will gain practical experience in Siemens and Allen-Bradley PLCs, industrial automation troubleshooting, communication protocols, and system simulation. By the end of the course, participants will be prepared to implement and optimize PLC-controlled systems in manufacturing, process industries, and complex automation environments, bridging theoretical knowledge with practical application. Keywords such as PLC programming, industrial automation, ladder logic, HMI integration, SCADA, and PLC troubleshooting are integrated throughout the course content.

Target Audience:

Automation engineers and technicians
Electrical engineers and maintenance specialists
Industrial automation engineers
Control systems designers
PLC programmers and system integrators
Process and manufacturing engineers

Targeted Organizational Departments:

Industrial automation and controls
Electrical and instrumentation
Maintenance and reliability engineering
Manufacturing and production engineering
Process control and SCADA operations
Engineering training and development

Targeted Industries:

Manufacturing and assembly
Food and beverage production
Oil, gas, and petrochemical
Automotive and aerospace
Pharmaceutical and chemical processing
Water treatment and waste management

Course Offerings:

By the end of this course, participants will be able to:
Apply PLC ladder logic and IEC 61131-3 programming methods
Integrate PLC systems with HMI and SCADA platforms
Troubleshoot and maintain PLC hardware and software
Implement PLC networking and communication protocols
Design, simulate, and optimize PLC control systems
Execute PLC programming for industrial applications

Training Methodology:

This course employs a blended methodology combining lectures, hands-on programming exercises, simulation labs, group projects, case studies, and peer discussions. Participants will work on ladder logic creation, function block diagrams, sequential function charts, HMI interface setup, SCADA integration exercises, and PLC troubleshooting drills. Feedback sessions ensure participants can apply skills in real-world scenarios, while group work enhances collaboration, problem-solving, and system optimization strategies. Keywords like PLC programming, ladder logic, SCADA, HMI integration, industrial automation, and troubleshooting are emphasized in every learning method to maximize practical understanding.

Course Toolbox:

PLC programming workbooks
PLC simulation software (trial editions)
Ladder logic and structured text templates
HMI and SCADA sample projects
IEC 61131-3 programming reference sheets
PLC troubleshooting guides

Course Agenda:

Day 1: PLC Fundamentals and Hardware Architecture

Topic 1: Introduction to PLCs and industrial automation principles
Topic 2: PLC hardware components and system architecture
Topic 3: Overview of PLC control systems in industrial applications
Topic 4: PLC programming for beginners – initial setup and configuration
Topic 5: Understanding PLC input/output modules and signal types
Topic 6: Safety considerations in PLC installation and maintenance
Reflection & Review: Reviewing core PLC concepts, hardware design, and basic operational principles

Day 2: PLC Programming Languages and Ladder Logic Basics

Topic 1: IEC 61131-3 programming languages overview
Topic 2: Fundamentals of PLC ladder logic programming
Topic 3: Common instructions and logic functions in ladder logic
Topic 4: PLC software simulation training – first ladder program
Topic 5: Introduction to timers, counters, and comparison functions
Topic 6: Practical ladder logic exercises and troubleshooting basics
Reflection & Review: Applying ladder logic concepts to basic industrial processes and simulations

Day 3: Advanced Programming and System Integration

Topic 1: Function block diagram and structured text programming
Topic 2: Sequential function charts for process control applications
Topic 3: PLC HMI integration – design and implementation
Topic 4: PLC programming and SCADA integration best practices
Topic 5: PLC networking and communication protocols
Topic 6: Interfacing PLCs with sensors, actuators, and field devices
Reflection & Review: Integrating PLC systems, troubleshooting integration challenges, and system optimization

Day 4: PLC Troubleshooting, Maintenance, and Optimization

Topic 1: Diagnosing PLC hardware failures and software errors
Topic 2: Preventive and corrective maintenance for PLC systems
Topic 3: Troubleshooting using PLC software tools and diagnostics
Topic 4: Optimizing PLC control systems for performance and reliability
Topic 5: Case studies in industrial automation with PLCs
Topic 6: Data logging, monitoring, and reporting through PLC systems
Reflection & Review: Lessons learned from troubleshooting scenarios and preventive maintenance strategies

Day 5: Applied Industrial Automation and Final Project

Topic 1: Planning and executing a PLC-based automation project
Topic 2: Implementing PLC control systems for real-world applications
Topic 3: Final hands-on project – programming and simulation
Topic 4: Reviewing PLC programming certification options and career paths
Topic 5: Exploring emerging trends in PLC automation engineering
Topic 6: Preparing PLC systems for scalability and future upgrades
Reflection & Review: Presentations of final projects, discussion of lessons learned, and course wrap-up

FAQ:

What specific qualifications or prerequisites are needed for participants before enrolling in the course?

A basic understanding of electrical systems and control principles is helpful, but beginners with a strong interest in industrial automation are welcome.

How long is each day's session, and is there a total number of hours required for the entire course?

Each day consists of approximately 4–5 hours, totaling 20–25 hours over five days.

Which PLC brands are covered in this course?

Both Siemens and Allen-Bradley PLC programming training are included to provide broad industry coverage and practical experience in real-world applications.

How This Course is Different from Other PLC Programming Courses:

This course uniquely combines foundational and advanced PLC programming content tailored to real industrial applications. It covers Siemens and Allen-Bradley PLCs, ladder logic, IEC 61131-3 programming, HMI and SCADA integration, troubleshooting, and preventive maintenance. Hands-on exercises, simulation labs, and practical projects ensure participants develop job-ready skills applicable across manufacturing, process industries, and complex automation environments. Keywords like PLC programming, industrial automation, SCADA, ladder logic, HMI integration, and troubleshooting are integrated throughout to ensure participants can directly apply their knowledge to industrial automation projects and advanced control systems.

credits: 5 credit per day

Course Mode: full-time

Provider: Agile Leaders Training Center

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