Overview
What if you could understand the logic behind conveyor systems, automated doors, batch processes, and industrial machines? Across manufacturing and automation industries, PLC programmers help keep operations running efficiently. Therefore, PLC skills remain in demand across the UK and beyond.
Designed for engineering students, electricians, maintenance technicians, and aspiring automation professionals, this PLC Programming Course introduces core automation concepts in a clear and structured way. Along the way, you will learn how to:
✓ Create ladder diagrams using contacts, coils, timers, and counters.
✓ Understand PLC scan cycles, markers, and control logic.
✓ Solve automation tasks using Batch, Door, IO, and Silo simulators.
✓ Build skills through PLC Ladder Programming Using LogixPro Simulator.
In addition, this PLC Programming Course Online helps beginners gain confidence while developing job-relevant knowledge. As a result, learners can start to Learn PLC Programming Online and explore opportunities in industrial automation.
Course Description
Industrial automation depends on reliable control systems. However, many beginners find PLC programming difficult because they are introduced to advanced concepts too quickly. Therefore, this PLC Programming for Beginners course follows a clear learning sequence that gradually develops knowledge and understanding.
The training starts with an introduction to programmable logic controllers, LogixPro software, PLC architecture, and commonly used programming symbols. Next, you will explore normally open contacts, normally closed contacts, output coils, and start-stop circuits. In addition, the course explains scan cycles, markers, and the way PLC processors evaluate logic during operation. Consequently, you will develop a stronger understanding of how industrial control systems function.
As your confidence grows, you will work through a variety of automation scenarios using Batch, Door, IO, and Silo simulators. Furthermore, the training introduces latched and unlatched outputs, timers, counters, and sequencing techniques used throughout modern automation systems. Unlike many introductory programmes, this LogixPro PLC Simulation Course builds knowledge through progressively challenging exercises rather than isolated examples.
Throughout the learning journey, you will strengthen skills commonly associated with a PLC Ladder Logic Course, Industrial Automation PLC Course, and PLC Automation Programming Course. Additionally, the course provides valuable insight into real-world automation workflows. Consequently, learners gain a solid understanding of PLC Ladder Programming Using LogixPro Simulator while developing skills that support future technical and engineering roles.
Learning Outcome
- Understand PLC architecture and industrial automation principles.
- Analyse ladder logic diagrams used in control systems.
- Develop PLC programs using contacts, coils, timers, and counters.
- Apply automation logic to simulated industrial processes.
- Evaluate PLC scan cycles and sequence operations effectively.
- Demonstrate confidence using LogixPro simulation software.
- Implement structured solutions for automation programming tasks.
Who Is This Course For?
- Engineering students seeking automation and PLC knowledge.
- Electricians aiming to expand into industrial automation roles.
- Maintenance technicians looking to strengthen troubleshooting skills.
- Beginners interested in learning PLC programming from scratch.
- Manufacturing professionals working with automated equipment.
- Career changers exploring industrial control system careers.
- Learners seeking a flexible PLC Programming Course in the UK option.
Certificate of Achievement
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Career Path
- PLC Programmer (£30,000–£55,000 per year) – PLC Programmers develop, test, and maintain control programs used in manufacturing equipment, automated machinery, and production systems. As industries continue to adopt automation, professionals with PLC ladder logic and control system knowledge remain in strong demand.
- Automation Engineer (£35,000–£65,000 per year) – Automation Engineers design and improve automated processes across factories and processing facilities. In addition, they work with PLCs, sensors, controllers, and industrial networks to improve efficiency and system performance.
- Controls Engineer (£38,000–£70,000 per year) – Controls Engineers create control strategies, optimise machine operation, and support advanced automation projects. Furthermore, PLC programming and troubleshooting skills are often essential for this role.
- Maintenance Engineer (£30,000–£55,000 per year) – Maintenance Engineers diagnose faults, maintain automated equipment, and reduce production downtime. Consequently, knowledge gained from a PLC Programming Course can strengthen both troubleshooting and problem-solving abilities.
- Industrial Electrician (£32,000–£50,000 per year) – Industrial Electricians install, inspect, and maintain electrical systems connected to automated machinery. Moreover, understanding PLC control logic can support more effective maintenance and system integration.
- Automation Technician (£30,000–£52,000 per year) – Automation Technicians assist with commissioning, monitoring, and maintaining industrial automation systems. Therefore, employers often value candidates who can read ladder diagrams and understand PLC operations.
- Manufacturing Systems Technician (£28,000–£48,000 per year) – Manufacturing Systems Technicians support automated production environments, monitor equipment performance, and help maintain operational efficiency. Additionally, PLC programming knowledge can open pathways to more advanced automation and engineering roles.
Frequently Asked Questions
PLC programming is the process of writing control logic for automated machines used in factories, production lines, and industrial systems. Because modern industries depend on automation, PLC skills are essential for improving efficiency and system control. This makes it a key skill for careers in industrial automation.
Yes, this PLC Programming for Beginners course is designed for learners with no prior experience. It starts with core concepts like PLC structure, ladder diagrams, and control logic. Gradually, it moves into timers, counters, and real automation tasks using simulation tools.
LogixPro Simulator is used to practice PLC programming without needing physical hardware. It allows learners to build and test ladder logic in a safe virtual environment. In addition, it includes Batch, Door, IO, and Silo simulations that replicate real industrial systems.
PLC ladder logic programming is a visual method of creating automation instructions using symbols like contacts, coils, timers, and counters. Since it is widely used in industrial systems, it remains a core part of this PLC Ladder Logic Course and automation training.
Yes, this PLC Programming Course Online is designed for flexible learning with structured simulation-based training. After completion, learners receive a certificate that supports job applications in industrial automation and control systems.
After completing this Industrial Automation PLC Course, learners can pursue roles such as PLC Programmer, Automation Engineer, Controls Engineer, Maintenance Engineer, or Industrial Electrician. These roles are in demand across manufacturing and automation industries.
PLC Programming Course: Logixpro Simulator Reviews
Excellent
98%
Would Recommend3
Certified Learners100%
Authentic ReviewsA very practical PLC course. The LogixPro simulations made ladder logic much easier to understand.
Great explanations of timers, counters and scan cycles. I finally understand how PLC systems work.
Excellent introduction to industrial automation. The step-by-step tasks were really helpful for beginners.
Curriculum
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Module 1- Course Content
00:02:00
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Module 2- What is LogixPro
00:04:00
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Module 3- Overview on PLC
00:34:00
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Module 4- Important Symbols
00:05:00
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Module 5- Normally Opened, Normally Closed and Output Coils in Ladder Diagram
00:14:00
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Module 6- Start Stop Circuit
00:17:00
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Module 7- Task 1 in Batch Simulator
00:12:00
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Module 8- Task 2 in Batch Simulator
00:12:00
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Module 9- Task 1 in Door Simulator
00:13:00
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Module 10- Scan Cycle and Markers
00:10:00
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Module 11- Task 3 in Batch Simulator Part 1
00:14:00
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Module 12- Task 3 in Batch Simulator Part 2
00:11:00
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Module 13- Task 4 in Batch Simulator Part 1
00:13:00
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Module 14- Task 4 in Batch Simulator Part 2
00:09:00
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Module 15- Latched and Unlatched Output in Ladder Diagram
00:06:00
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Module 16- Task 5 in Batch Simulatorc
00:15:00
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Module 17- Task 6 in Batch Simulator Part 1
00:13:00
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Module 18- Task 6 in Batch Simulator Part 2
00:12:00
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Module 19- Timers in PLC
00:12:00
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Module 20- Task 2 in Io Simulator
00:08:00
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Module 21- Task 3 in Io Simulator
00:09:00
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Module 22- Task 4 in Io Simulator
00:08:00
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Module 23- Task 7 in Batch Simulator Part 1
00:27:00
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Module 24- Task 7 in Batch Simulator Part 2
00:06:00
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Module 25- Task 5 in Io Simulator
00:15:00
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Module 26- Counters in PLC
00:05:00
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Module 27- Task 1 in Silo Simulator
00:23:00
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Module 28- Task 6 in Io Simulator
00:09:00
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Module 29- Task 7 in Io Simulator
00:09:00
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Module 30- Task 2 in Door Simulator
00:12:00
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Module 31- Task 8 in Batch Simulator Part 1
00:25:00
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Module 32- Task 8 in Batch Simulator Part 2
00:11:00
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Offer Ends in
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Duration:6 hours, 35 minutes
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Access:1 Year
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Units:33

12 Reviews

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