This program is ideal for electricians, including those pursuing electrician careers such as residential electrician or master electrician roles, instrument technicians, and individuals involved in multi-craft training within process and manufacturing facilities.
This lesson is intended for individuals with a foundation in basic electricity, including AC/DC theory, electrical safety protocols, basic electrical maintenance procedures, as well as proficiency in reading electrical schematics.
Familiarity with control systems and common input and output devices is recommended, as this knowledge prepares learners to work effectively with PLC hardware components and programming environments, and is essential for those pursuing electrician careers or participating in an electrician training program.
This lesson introduces the basic principles of Programmable Logic Controllers (PLCs), explaining how these systems function within modern industrial electrical control systems. Learners explore both hardware components, such as modular PLC units, CPUs, power supplies, and input/output devices, and software components including PLC programming software, ladder logic, and structured text. Emphasis is placed on how PLCs operate in real-time to control field devices and processes. The lesson provides essential knowledge for electricians, technicians, and anyone seeking hands-on experience with PLC controls.
This lesson is intended for individuals with a foundation in basic electricity, including AC/DC theory, electrical safety protocols, basic electrical maintenance procedures, as well as proficiency in reading electrical schematics.
Familiarity with control systems and common input and output devices is recommended, as this knowledge prepares learners to work effectively with PLC hardware components and programming environments, and is essential for those pursuing electrician careers or participating in an electrician training program.
This lesson introduces the basic principles of Programmable Logic Controllers (PLCs), explaining how these systems function within modern industrial electrical control systems. Learners explore both hardware components, such as modular PLC units, CPUs, power supplies, and input/output devices, and software components including PLC programming software, ladder logic, and structured text. Emphasis is placed on how PLCs operate in real-time to control field devices and processes. The lesson provides essential knowledge for electricians, technicians, and anyone seeking hands-on experience with PLC controls.
This lesson is intended for participants who are familiar with the principles of programmable logic controller (PLC) system operation, AC/DC theory, electrical safety, basic electrical maintenance procedures, and electrical print reading. A basic understanding of PLC hardware components, control systems, and input/output devices is recommended to support learning ladder logic and related programming concepts.
This lesson focuses on interpreting ladder logic, one of the most widely used PLC programming languages in industrial automation. Learners will explore the role of ladder diagrams in controlling hardware components and real-time operations, while working with program elements such as contacts, coils, timers, counters, and data functions. Emphasis is placed on understanding how ladder logic represents electrical circuits, manages inputs and outputs, and integrates with broader control systems and SCADA environments. This knowledge is essential for electricians, technicians, and contractors working with PLC software and field devices.
This lesson is intended for participants who are familiar with the principles of programmable logic controller (PLC) system operation, AC/DC theory, electrical safety, basic electrical maintenance procedures, and electrical print reading. A basic understanding of PLC hardware components, control systems, and input/output devices is recommended to support learning ladder logic and related programming concepts.
This lesson focuses on interpreting ladder logic, one of the most widely used PLC programming languages in industrial automation. Learners will explore the role of ladder diagrams in controlling hardware components and real-time operations, while working with program elements such as contacts, coils, timers, counters, and data functions. Emphasis is placed on understanding how ladder logic represents electrical circuits, manages inputs and outputs, and integrates with broader control systems and SCADA environments. This knowledge is essential for electricians, technicians, and contractors working with PLC software and field devices.
This lesson is intended for learners with prior knowledge of PLC system operation, digital electronics, and instrumentation. Familiarity with control systems, input/output devices, and PLC software is recommended, as these skills support the transition into real-time analog process control and PID programming.
This lesson explores how Programmable Logic Controllers manage analog control systems and implement PID (Proportional, Integral, Derivative) functions. Participants examine the differences between discrete and continuous control, investigate hardware components such as analog I/O modules, converters, and field devices, and review how data is transmitted across a data highway. Programming methods including ladder logic, function block diagrams, and structured text are introduced to illustrate how analog control is configured in real-time operations. Emphasis is placed on practical applications of PLC/PID systems in industrial processes such as blending, monitoring, and water quality control, along with maintenance strategies for long-term reliability.
This lesson is intended for learners with prior knowledge of PLC system operation, digital electronics, and instrumentation. Familiarity with control systems, input/output devices, and PLC software is recommended, as these skills support the transition into real-time analog process control and PID programming.
This lesson explores how Programmable Logic Controllers manage analog control systems and implement PID (Proportional, Integral, Derivative) functions. Participants examine the differences between discrete and continuous control, investigate hardware components such as analog I/O modules, converters, and field devices, and review how data is transmitted across a data highway. Programming methods including ladder logic, function block diagrams, and structured text are introduced to illustrate how analog control is configured in real-time operations. Emphasis is placed on practical applications of PLC/PID systems in industrial processes such as blending, monitoring, and water quality control, along with maintenance strategies for long-term reliability.
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ITC Learning’s Programmable Logic Controllers (PLC) series provides maintenance technicians with job-ready skills to interpret ladder logic and troubleshoot industrial automation systems. Designed for multi-craft teams, these courses bridge the gap between theory and plant-floor application to reduce mean-time-to-repair (MTTR) and sustain peak system performance.
In modern industrial environments, operational continuity relies on the speed at which your maintenance team can diagnose automation faults. ITC’s PLC training focuses on the practical “symptoms → tests → corrective action” workflow essential for reducing unplanned downtime. Learners gain a solid mental model of how the PLC functions as the central processing unit within automation systems, allowing them to verify three-phase balance, trace power, and prove isolation before work begins. By mastering ladder logic interpretation and analog control, technicians can move beyond simple part-swapping to perform root cause analysis, directly impacting your facility’s reliability and bottom line.
While our courses provide modular, self-paced instruction on principles of operation, they are most effective when paired with your facility’s specific procedures. ITC’s program includes guidance for pairing online lessons with supervisor-guided, on-site hands-on tasks. This blended approach allows technicians to safely apply PLC concepts to real equipment under your facility’s exact safety protocols and SOPs. By documenting these competencies through our manager dashboards, you create a verifiable career path from technician to senior lead without the high costs of sending crews off-site.
| Feature | Business Impact | Estimated ROI | Implementation Time |
|---|---|---|---|
| ITC Skills Assessments | Identifies specific gaps; avoids redundant training | High; 6–18 months to standard productivity | Immediate; online access |
| SCORM-Compliant Content | Seamless LMS integration for easier tracking | Measured via MTTR reduction | Days; plug-and-play |
| Industry 4.0 Focus | Prepares teams for IoT and predictive maintenance | Long-term competitive edge | Ongoing curriculum updates |
| Traditional Training | Often purely theoretical or generic | Lower; high travel/off-site costs | Weeks/Months for scheduling |
Yes. The series specifically covers interpreting ladder logic and programmable controllers for analog control, ensuring technicians can read and diagnose the code governing your machines.
Absolutely. All ITC courses are SCORM-compliant and can be delivered through your existing LMS or through our hosted portal, whichever fits your team’s workflow.
Yes. Every course includes a 20-question assessment to measure comprehension. Additionally, our online skills assessments can benchmark your entire workforce to pinpoint exact knowledge gaps.
Most focused lessons take approximately 30–35 minutes, allowing learners to progress during shift changes or downtime without disrupting production schedules.
PLC training is paired with electrical safety awareness, including LOTO and arc-flash awareness. By understanding how to properly prove isolation and interpret control circuits, technicians work safer and comply with site procedures.
This lesson is intended for individuals with a foundation in basic electricity, including AC/DC theory, electrical safety protocols, basic electrical maintenance procedures, as well as proficiency in reading electrical schematics.
Familiarity with control systems and common input and output devices is recommended, as this knowledge prepares learners to work effectively with PLC hardware components and programming environments, and is essential for those pursuing electrician careers or participating in an electrician training program.
This lesson introduces the basic principles of Programmable Logic Controllers (PLCs), explaining how these systems function within modern industrial electrical control systems. Learners explore both hardware components, such as modular PLC units, CPUs, power supplies, and input/output devices, and software components including PLC programming software, ladder logic, and structured text. Emphasis is placed on how PLCs operate in real-time to control field devices and processes. The lesson provides essential knowledge for electricians, technicians, and anyone seeking hands-on experience with PLC controls.
This lesson is intended for individuals with a foundation in basic electricity, including AC/DC theory, electrical safety protocols, basic electrical maintenance procedures, as well as proficiency in reading electrical schematics.
Familiarity with control systems and common input and output devices is recommended, as this knowledge prepares learners to work effectively with PLC hardware components and programming environments, and is essential for those pursuing electrician careers or participating in an electrician training program.
This lesson introduces the basic principles of Programmable Logic Controllers (PLCs), explaining how these systems function within modern industrial electrical control systems. Learners explore both hardware components, such as modular PLC units, CPUs, power supplies, and input/output devices, and software components including PLC programming software, ladder logic, and structured text. Emphasis is placed on how PLCs operate in real-time to control field devices and processes. The lesson provides essential knowledge for electricians, technicians, and anyone seeking hands-on experience with PLC controls.
This lesson is intended for participants who are familiar with the principles of programmable logic controller (PLC) system operation, AC/DC theory, electrical safety, basic electrical maintenance procedures, and electrical print reading. A basic understanding of PLC hardware components, control systems, and input/output devices is recommended to support learning ladder logic and related programming concepts.
This lesson focuses on interpreting ladder logic, one of the most widely used PLC programming languages in industrial automation. Learners will explore the role of ladder diagrams in controlling hardware components and real-time operations, while working with program elements such as contacts, coils, timers, counters, and data functions. Emphasis is placed on understanding how ladder logic represents electrical circuits, manages inputs and outputs, and integrates with broader control systems and SCADA environments. This knowledge is essential for electricians, technicians, and contractors working with PLC software and field devices.
This lesson is intended for participants who are familiar with the principles of programmable logic controller (PLC) system operation, AC/DC theory, electrical safety, basic electrical maintenance procedures, and electrical print reading. A basic understanding of PLC hardware components, control systems, and input/output devices is recommended to support learning ladder logic and related programming concepts.
This lesson focuses on interpreting ladder logic, one of the most widely used PLC programming languages in industrial automation. Learners will explore the role of ladder diagrams in controlling hardware components and real-time operations, while working with program elements such as contacts, coils, timers, counters, and data functions. Emphasis is placed on understanding how ladder logic represents electrical circuits, manages inputs and outputs, and integrates with broader control systems and SCADA environments. This knowledge is essential for electricians, technicians, and contractors working with PLC software and field devices.
This lesson is intended for learners with prior knowledge of PLC system operation, digital electronics, and instrumentation. Familiarity with control systems, input/output devices, and PLC software is recommended, as these skills support the transition into real-time analog process control and PID programming.
This lesson explores how Programmable Logic Controllers manage analog control systems and implement PID (Proportional, Integral, Derivative) functions. Participants examine the differences between discrete and continuous control, investigate hardware components such as analog I/O modules, converters, and field devices, and review how data is transmitted across a data highway. Programming methods including ladder logic, function block diagrams, and structured text are introduced to illustrate how analog control is configured in real-time operations. Emphasis is placed on practical applications of PLC/PID systems in industrial processes such as blending, monitoring, and water quality control, along with maintenance strategies for long-term reliability.
This lesson is intended for learners with prior knowledge of PLC system operation, digital electronics, and instrumentation. Familiarity with control systems, input/output devices, and PLC software is recommended, as these skills support the transition into real-time analog process control and PID programming.
This lesson explores how Programmable Logic Controllers manage analog control systems and implement PID (Proportional, Integral, Derivative) functions. Participants examine the differences between discrete and continuous control, investigate hardware components such as analog I/O modules, converters, and field devices, and review how data is transmitted across a data highway. Programming methods including ladder logic, function block diagrams, and structured text are introduced to illustrate how analog control is configured in real-time operations. Emphasis is placed on practical applications of PLC/PID systems in industrial processes such as blending, monitoring, and water quality control, along with maintenance strategies for long-term reliability.
This interactive multimedia training program includes three individual lessons designed to equip participants with essential electrical skills, including understanding programmable logic controller (PLC) system operations, interpreting power flow through ladder logic, and grasping the principles of operation, characteristics, and capabilities of analog control within PLC systems.
This program is ideal for electricians, including those pursuing electrician careers such as residential electrician or master electrician roles, instrument technicians, and individuals involved in multi-craft training within process and manufacturing facilities.
Gain hands-on experience with PLC programming, ladder logic, and structured text to operate real-time control systems confidently.
Learn to identify and resolve issues in hardware components, input/output devices, and PLC software to reduce downtime.
Build a wide range of knowledge in modular PLCs, SCADA system integration, and advanced process control strategies.
Develop in-demand PLC skills valued in electrical, automation, and industrial control careers across multiple industries.
