This program is excellent for the training of electricians and electronic technicians as well as for the multi-craft training needs of process and manufacturing facilities.
This lesson is designed so that no prior knowledge is required.
This lesson shows and explains how to read and interpret the symbols on an electrical schematic the function of the input, logic, and output elements of a control circuit. This lesson identifies devices that are typically used as these elements, and presents their schematic symbols. This lesson also describes the steps for interpreting the relationships among the input, logic, and output components of an electrical schematic.
This lesson is designed so that no prior knowledge is required.
This lesson shows and explains how to read and interpret the symbols on an electrical schematic the function of the input, logic, and output elements of a control circuit. This lesson identifies devices that are typically used as these elements, and presents their schematic symbols. This lesson also describes the steps for interpreting the relationships among the input, logic, and output components of an electrical schematic.
This lesson is designed for participants familiar with schematic diagrams and basic electrical terminology.
This lesson presents information about three types of electrical diagrams: building diagrams, single-line diagrams, and wiring diagrams. This lesson explains how to identify components, equipment, wire and cables on these diagrams how to relate the diagrams to the installed hardware and how to use diagrams for maintenance and troubleshooting problems.
This lesson is designed for participants familiar with schematic diagrams and basic electrical terminology.
This lesson presents information about three types of electrical diagrams: building diagrams, single-line diagrams, and wiring diagrams. This lesson explains how to identify components, equipment, wire and cables on these diagrams how to relate the diagrams to the installed hardware and how to use diagrams for maintenance and troubleshooting problems.
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ITC Learning’s electrical print reading courses provide maintenance teams and technicians with the job-ready skills needed to interpret complex schematics and wiring diagrams. This practical training is essential for reducing mean-time-to-repair (MTTR) and ensuring high-reliability troubleshooting across manufacturing and utility environments.
Effective industrial maintenance requires more than just identifying symbols; it demands an understanding of how those prints align with critical compliance standards. ITC’s training reinforces awareness of the National Electrical Code (NEC) and NFPA 70E by teaching learners to use documentation for proving electrical isolation and identifying safety interlocks before work begins. By mastering these diagrams, technicians can accurately follow Lockout/Tagout (LOTO) procedures and ensure site-specific safety protocols are maintained during every repair. This structured approach bridges the gap between technical theory and plant-floor compliance, reducing the risk of arc-flash incidents and improving overall workforce readiness.
Industrial reliability hinges on the speed at which a technician can trace power from the service entrance through distribution to specific control circuits. ITC Learning’s modular lessons emphasize practical “mental models” of facility electrical systems, allowing crews to cut downtime by finding high-resistance faults and verifying three-phase balance more efficiently. Because our content is SCORM-compliant, plant leaders can seamlessly integrate this training into existing Learning Management Systems (LMS) to standardize skill development across multi-craft roles. This ensures that every plant worker has the confidence to troubleshoot faster and safer, directly impacting organizational productivity.
| Feature | ITC Learning Impact | Business Impact | Implementation Time |
|---|---|---|---|
| Industry-Specific Content | Maintenance-first scenarios vs. generic marketplace | Reduced MTTR and improved reliability | Immediate LMS integration |
| Blended Learning | Online modular lessons + supervised hands-on | Verifiable job-ready skills | 30–35 min per course |
| Skills Benchmarking | Pre-hire and post-training assessments | Data-driven workforce development | Real-time reporting |
| Compliance Alignment | Aligned to NEC, NFPA 70E, and LOTO | Risk reduction and audit readiness | Continuous/Ongoing |
Yes. Our library includes comprehensive training on both AC and DC motor theory and maintenance, ensuring technicians can read prints for a wide variety of industrial drive systems.
Absolutely. ITC Learning is designed for multi-craft roles, helping mechanical technicians gain the foundational electrical skills needed to interpret schematics safely during routine maintenance.
Yes. All ITC online training is self-paced and accessible via smartphones, tablets, or laptops, allowing maintenance teams to train across different shifts without disrupting production.
Every course includes an initial assessment to identify gaps and a final exam to ensure comprehension. Learners who score 90% or higher can place out of redundant training, focusing only on areas where skill development is needed.
Yes. ITC content is SCORM-compliant and can be delivered through your existing Learning Management System (LMS) or through our hosted portal, depending on your plant’s needs.
This lesson is designed so that no prior knowledge is required.
This lesson shows and explains how to read and interpret the symbols on an electrical schematic the function of the input, logic, and output elements of a control circuit. This lesson identifies devices that are typically used as these elements, and presents their schematic symbols. This lesson also describes the steps for interpreting the relationships among the input, logic, and output components of an electrical schematic.
This lesson is designed so that no prior knowledge is required.
This lesson shows and explains how to read and interpret the symbols on an electrical schematic the function of the input, logic, and output elements of a control circuit. This lesson identifies devices that are typically used as these elements, and presents their schematic symbols. This lesson also describes the steps for interpreting the relationships among the input, logic, and output components of an electrical schematic.
This lesson is designed for participants familiar with schematic diagrams and basic electrical terminology.
This lesson presents information about three types of electrical diagrams: building diagrams, single-line diagrams, and wiring diagrams. This lesson explains how to identify components, equipment, wire and cables on these diagrams how to relate the diagrams to the installed hardware and how to use diagrams for maintenance and troubleshooting problems.
This lesson is designed for participants familiar with schematic diagrams and basic electrical terminology.
This lesson presents information about three types of electrical diagrams: building diagrams, single-line diagrams, and wiring diagrams. This lesson explains how to identify components, equipment, wire and cables on these diagrams how to relate the diagrams to the installed hardware and how to use diagrams for maintenance and troubleshooting problems.
This comprehensive interactive multimedia training program consists of two individual lessons that train participants to read and interpret wiring diagrams, single line diagrams, building electrical diagrams, and ladder diagrams.
This program is excellent for the training of electricians and electronic technicians as well as for the multi-craft training needs of process and manufacturing facilities.