This library is excellent for any person seeking to enhance their knowledge and skills in Electric Vehicles, Electric Vehicle Charging and Electric Vehicle Charging Infrastructure and Installations.
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This course covers the fundamentals of operating an EV and its basic components. In addition, it also discusses the advantages of EVs to the drivers and the environment.
None
This course covers the fundamentals of operating an EV and its basic components. In addition, it also discusses the advantages of EVs to the drivers and the environment.
This course is designed for participants familiar with basic electrical fundamentals AC/DC theory, electrical safety, and Ohms law.
This course introduces the basics of charging for electric vehicles. It reviews electrical fundamentals and discusses the role of the EV charging technician. It explains charging station levels and components.
This course is designed for participants familiar with basic electrical fundamentals AC/DC theory, electrical safety, and Ohms law.
This course introduces the basics of charging for electric vehicles. It reviews electrical fundamentals and discusses the role of the EV charging technician. It explains charging station levels and components.
This lesson is designed for participants familiar with Introduction to EV Charging.
This course explains the different types of charger connectors, the different networking methods, and discusses charging station enclosures.
This lesson is designed for participants familiar with Introduction to EV Charging.
This course explains the different types of charger connectors, the different networking methods, and discusses charging station enclosures.
This lesson is designed for participants familiar with Introduction to EV Charging and Charging Station Standards.
This course describes various modes of EV connectivity and modes of communication with the vehicle, the user, and the network. It also discusses the advantages and disadvantages of each.
This lesson is designed for participants familiar with Introduction to EV Charging and Charging Station Standards.
This course describes various modes of EV connectivity and modes of communication with the vehicle, the user, and the network. It also discusses the advantages and disadvantages of each.
This lesson is designed for participants familiar with Introduction to EV Charging, Charging Station Standards, Connectivity, and Installation Preparation.
This course covers necessary safety precautions and codes related to EVSE. It also includes cybersecurity recommendations.
This lesson is designed for participants familiar with Introduction to EV Charging, Charging Station Standards, Connectivity, and Installation Preparation.
This course covers necessary safety precautions and codes related to EVSE. It also includes cybersecurity recommendations.
This lesson is designed for participants familiar with Introduction to EV Charging, Charging Station Standards, and Connectivity.
This course explains the initial requirements for technicians who will be involved in charger station installation.
This lesson is designed for participants familiar with Introduction to EV Charging, Charging Station Standards, and Connectivity.
This course explains the initial requirements for technicians who will be involved in charger station installation.
This lesson is designed for participants familiar with Introduction to EV Charging, Charging Station Standards, Connectivity, and Installation Preparation.
This course is for technicians who need to understand the basic procedure for preventative maintenance of EV Chargers. This includes cleaning, performance of routine checks, handling minor repairs, and record keeping.
This lesson is designed for participants familiar with Introduction to EV Charging, Charging Station Standards, Connectivity, and Installation Preparation.
This course is for technicians who need to understand the basic procedure for preventative maintenance of EV Chargers. This includes cleaning, performance of routine checks, handling minor repairs, and record keeping.
This lesson is designed for participants familiar with Introduction to EV Charging, Charging Station Standards, Connectivity, Installation Preparation, and Impact of Environmental Conditions.
This course describes a systematic troubleshooting approach for EV charging technicians. It explains the safety precautions necessary for troubleshooting and the tools and documentation required.
This lesson is designed for participants familiar with Introduction to EV Charging, Charging Station Standards, Connectivity, Installation Preparation, and Impact of Environmental Conditions.
This course describes a systematic troubleshooting approach for EV charging technicians. It explains the safety precautions necessary for troubleshooting and the tools and documentation required.
This lesson is designed for participants familiar with Introduction to EV Charging, Charging Station Standards, and Installation Preparation.
This course describes techniques for optimum interaction with users, project managers, and site owners.
This lesson is designed for participants familiar with Introduction to EV Charging, Charging Station Standards, and Installation Preparation.
This course describes techniques for optimum interaction with users, project managers, and site owners.
This lesson is designed for participants familiar with Introduction to EV Charging, Charging Station Standards, Connectivity, and Installation Preparation.
This course explains how weather and other environmental conditions affect charging stations.
This lesson is designed for participants familiar with Introduction to EV Charging, Charging Station Standards, Connectivity, and Installation Preparation.
This course explains how weather and other environmental conditions affect charging stations.
This lesson is designed for participants familiar with Introduction to EV Charging and Ohm’s Law.
This course explains the terminology related to DC electrical and the differences to AC. It identifies how DC is utilized in EVs and EVSE. and introduces the use of DC in solar panels and battery storage.
This lesson is designed for participants familiar with Introduction to EV Charging and Ohm’s Law.
This course explains the terminology related to DC electrical and the differences to AC. It identifies how DC is utilized in EVs and EVSE. and introduces the use of DC in solar panels and battery storage.
This lesson is designed for participants familiar with Introduction to EV Charging, Charging Station Standards, Connectivity, Installation Preparation, Impact of Environmental Conditions, and DC Principles in EVSE.
This course explains the various types of batteries in use along with their chemistry, operation, advantages and disadvantages. It also introduces directions in future battery development.
This lesson is designed for participants familiar with Introduction to EV Charging, Charging Station Standards, Connectivity, Installation Preparation, Impact of Environmental Conditions, and DC Principles in EVSE.
This course explains the various types of batteries in use along with their chemistry, operation, advantages and disadvantages. It also introduces directions in future battery development.
This lesson is designed for participants familiar with DC Principles in EVSE and Ohm’s Law.
This course describes the delivery of power from power stations to homes and businesses.
This lesson is designed for participants familiar with DC Principles in EVSE and Ohm’s Law.
This course describes the delivery of power from power stations to homes and businesses.
This lesson is designed for participants familiar with EV Charger Troubleshooting, Charging Station Standards, Connectivity, and Installation Preparation.
This course describes the difference between torque and tension and the process for performing electrical torque checks.
This lesson is designed for participants familiar with EV Charger Troubleshooting, Charging Station Standards, Connectivity, and Installation Preparation.
This course describes the difference between torque and tension and the process for performing electrical torque checks.
This lesson is designed for participants familiar with Introduction to EV Charging and EV Operation.
This course examines the necessary preparation that businesses and facilities need to plan for the installation of EV charging stations.
This lesson is designed for participants familiar with Introduction to EV Charging and EV Operation.
This course examines the necessary preparation that businesses and facilities need to plan for the installation of EV charging stations.
more product information
ITC Learning’s EV Charging Skills training is a comprehensive online series designed for industrial maintenance teams and technicians who need practical, job-ready expertise in EVSE operation, safety, and connectivity. This training ensures your workforce can confidently install, troubleshoot, and maintain reliable charging systems to meet the demands of a rapidly evolving industrial landscape.
Ensuring your EV charging skills training aligns with the National Electrical Code (NEC) is critical for safety and regulatory compliance. Our courses emphasize NEC-aligned procedures for service panels and grid basics, helping technicians understand safety, codes, and cybersecurity requirements for EVSE. By standardizing training around these benchmarks, organizations reduce operational risk and ensure that charging infrastructure meets OSHA and internal corporate safety standards.
Technical gaps in EV infrastructure maintenance often lead to excessive downtime and increased mean-time-to-repair (MTTR). ITC Learning’s modular lessons provide technicians with a practical mental model for EV charger troubleshooting and torque and tensioning standards. By identifying knowledge gaps through our integrated skills assessments, maintenance teams can proactively address connectivity and environmental impact issues before they cause system failure, ensuring peak reliability for your facility’s charging assets.
| Feature | Business Impact | Estimated ROI | Implementation Time |
|---|---|---|---|
| ITC Learning | Pinpoint exact knowledge gaps to avoid redundant training. | ROI in 18 months or less through reduced ramp-up time. | Instant deployment via hosted portal. |
| SCORM-Compliant Content | Seamlessly integrates with your existing LMS for consistent tracking. | High retention rates through interactive multimedia lessons. | Rapid rollout for multi-site teams. |
| Industry-Relevant Modules | Direct plant-floor applicability for EVSE safety and connectivity. | Reduced MTTR and downtime costs. | Self-paced, 35–45 min lessons. |
| Traditional Training | Low retention; disrupts production schedules. | Variable; high travel and vacancy costs. | Weeks/Months to coordinate. |
Yes. Each course includes a corresponding skills assessment designed to measure comprehension and technical proficiency across all EV charging disciplines.
Absolutely. All ITC Learning courses are SCORM-compliant and designed for seamless integration into your existing platform or delivery through our hosted portal.
Yes. The series includes dedicated modules on safety, codes, and cybersecurity, as well as Grid Basics and Main Service Panels to ensure all work aligns with necessary safety standards.
Most focused lessons are designed for the busy workforce and typically take 35–45 minutes to complete. Being self-paced, learners can resume training anytime without disrupting production.
Yes. Many organizations use these courses to cross-train their maintenance teams, giving technicians the foundational electrical and connectivity skills needed to support EV infrastructure.
None
This course covers the fundamentals of operating an EV and its basic components. In addition, it also discusses the advantages of EVs to the drivers and the environment.
None
This course covers the fundamentals of operating an EV and its basic components. In addition, it also discusses the advantages of EVs to the drivers and the environment.
This course is designed for participants familiar with basic electrical fundamentals AC/DC theory, electrical safety, and Ohms law.
This course introduces the basics of charging for electric vehicles. It reviews electrical fundamentals and discusses the role of the EV charging technician. It explains charging station levels and components.
This course is designed for participants familiar with basic electrical fundamentals AC/DC theory, electrical safety, and Ohms law.
This course introduces the basics of charging for electric vehicles. It reviews electrical fundamentals and discusses the role of the EV charging technician. It explains charging station levels and components.
This lesson is designed for participants familiar with Introduction to EV Charging.
This course explains the different types of charger connectors, the different networking methods, and discusses charging station enclosures.
This lesson is designed for participants familiar with Introduction to EV Charging.
This course explains the different types of charger connectors, the different networking methods, and discusses charging station enclosures.
This lesson is designed for participants familiar with Introduction to EV Charging and Charging Station Standards.
This course describes various modes of EV connectivity and modes of communication with the vehicle, the user, and the network. It also discusses the advantages and disadvantages of each.
This lesson is designed for participants familiar with Introduction to EV Charging and Charging Station Standards.
This course describes various modes of EV connectivity and modes of communication with the vehicle, the user, and the network. It also discusses the advantages and disadvantages of each.
This lesson is designed for participants familiar with Introduction to EV Charging, Charging Station Standards, Connectivity, and Installation Preparation.
This course covers necessary safety precautions and codes related to EVSE. It also includes cybersecurity recommendations.
This lesson is designed for participants familiar with Introduction to EV Charging, Charging Station Standards, Connectivity, and Installation Preparation.
This course covers necessary safety precautions and codes related to EVSE. It also includes cybersecurity recommendations.
This lesson is designed for participants familiar with Introduction to EV Charging, Charging Station Standards, and Connectivity.
This course explains the initial requirements for technicians who will be involved in charger station installation.
This lesson is designed for participants familiar with Introduction to EV Charging, Charging Station Standards, and Connectivity.
This course explains the initial requirements for technicians who will be involved in charger station installation.
This lesson is designed for participants familiar with Introduction to EV Charging, Charging Station Standards, Connectivity, and Installation Preparation.
This course is for technicians who need to understand the basic procedure for preventative maintenance of EV Chargers. This includes cleaning, performance of routine checks, handling minor repairs, and record keeping.
This lesson is designed for participants familiar with Introduction to EV Charging, Charging Station Standards, Connectivity, and Installation Preparation.
This course is for technicians who need to understand the basic procedure for preventative maintenance of EV Chargers. This includes cleaning, performance of routine checks, handling minor repairs, and record keeping.
This lesson is designed for participants familiar with Introduction to EV Charging, Charging Station Standards, Connectivity, Installation Preparation, and Impact of Environmental Conditions.
This course describes a systematic troubleshooting approach for EV charging technicians. It explains the safety precautions necessary for troubleshooting and the tools and documentation required.
This lesson is designed for participants familiar with Introduction to EV Charging, Charging Station Standards, Connectivity, Installation Preparation, and Impact of Environmental Conditions.
This course describes a systematic troubleshooting approach for EV charging technicians. It explains the safety precautions necessary for troubleshooting and the tools and documentation required.
This lesson is designed for participants familiar with Introduction to EV Charging, Charging Station Standards, and Installation Preparation.
This course describes techniques for optimum interaction with users, project managers, and site owners.
This lesson is designed for participants familiar with Introduction to EV Charging, Charging Station Standards, and Installation Preparation.
This course describes techniques for optimum interaction with users, project managers, and site owners.
This lesson is designed for participants familiar with Introduction to EV Charging, Charging Station Standards, Connectivity, and Installation Preparation.
This course explains how weather and other environmental conditions affect charging stations.
This lesson is designed for participants familiar with Introduction to EV Charging, Charging Station Standards, Connectivity, and Installation Preparation.
This course explains how weather and other environmental conditions affect charging stations.
This lesson is designed for participants familiar with Introduction to EV Charging and Ohm’s Law.
This course explains the terminology related to DC electrical and the differences to AC. It identifies how DC is utilized in EVs and EVSE. and introduces the use of DC in solar panels and battery storage.
This lesson is designed for participants familiar with Introduction to EV Charging and Ohm’s Law.
This course explains the terminology related to DC electrical and the differences to AC. It identifies how DC is utilized in EVs and EVSE. and introduces the use of DC in solar panels and battery storage.
This lesson is designed for participants familiar with Introduction to EV Charging, Charging Station Standards, Connectivity, Installation Preparation, Impact of Environmental Conditions, and DC Principles in EVSE.
This course explains the various types of batteries in use along with their chemistry, operation, advantages and disadvantages. It also introduces directions in future battery development.
This lesson is designed for participants familiar with Introduction to EV Charging, Charging Station Standards, Connectivity, Installation Preparation, Impact of Environmental Conditions, and DC Principles in EVSE.
This course explains the various types of batteries in use along with their chemistry, operation, advantages and disadvantages. It also introduces directions in future battery development.
This lesson is designed for participants familiar with DC Principles in EVSE and Ohm’s Law.
This course describes the delivery of power from power stations to homes and businesses.
This lesson is designed for participants familiar with DC Principles in EVSE and Ohm’s Law.
This course describes the delivery of power from power stations to homes and businesses.
This lesson is designed for participants familiar with EV Charger Troubleshooting, Charging Station Standards, Connectivity, and Installation Preparation.
This course describes the difference between torque and tension and the process for performing electrical torque checks.
This lesson is designed for participants familiar with EV Charger Troubleshooting, Charging Station Standards, Connectivity, and Installation Preparation.
This course describes the difference between torque and tension and the process for performing electrical torque checks.
This lesson is designed for participants familiar with Introduction to EV Charging and EV Operation.
This course examines the necessary preparation that businesses and facilities need to plan for the installation of EV charging stations.
This lesson is designed for participants familiar with Introduction to EV Charging and EV Operation.
This course examines the necessary preparation that businesses and facilities need to plan for the installation of EV charging stations.
This library consists of 15 courses. The courses in this library were designed to provide training for any personnel working on electric vehicle charging stations and those looking for general Electric Vehicle knowledge.
This library is excellent for any person seeking to enhance their knowledge and skills in Electric Vehicles, Electric Vehicle Charging and Electric Vehicle Charging Infrastructure and Installations.
