To ensure the health and safety of yourself, your co-workers, and the citizens of Texas, it is crucial to stay current with all relevant laws, rules, regulations, and codes in the industry. Part one of this course covers the Administrative Rules of the Texas Department of Licensing and Regulation, Title 16 Texas Administrative Code, Chapter 73, and the Texas Occupations Code, Chapter 1305. This content is a required component of the continuing education needed to renew your electrician license.

Part two of this course covers several of the most significant changes in the 2024 edition of NFPA 70E ®, with a focus on the most commonly used sections of the standard.

Part three of this course provides a focused review of the 2026 NEC changes related to overcurrent protection, overvoltage protection, and grounding and bonding. It examines the types of overcurrent protective devices recognized by the Code, clarifies where such devices are permitted, and explains key concepts such as trip-free circuit breaker operation.

The final portion of this course examines key 2026 NEC requirements related to conductors and the general rules governing wiring methods. It reviews updates to Article 300 and explains how the Code regulates the installation, protection, and routing of electrical conductors and raceway systems.

After successfully completing this course, you will be able to:
Part 1
• Recall key definitions used frequently in the trade
• List the required on-the-job training for a license issued by the department
• Describe the application process for an applicant and the required exam
• Recall the frequency and fees in which licensees must renew their license with the Texas Department of Regulations (TDLR)
• List the Electrical Contractors’ responsibilities
• List the responsibilities of all persons performing electrical work
• Recall the Standards of Conduct within any geographic location in the state when performing or offering to perform electrical work

Part 2
• Discuss the global changes that occurred in the 2024 edition.
• Define what an electrically safe work condition is and when it is required.
• Understand the process of establishing and verifying an electrically safe work condition.
• Explain why the boundaries of the electric shock approach were changed and how to address high-altitude installations.
• Describe the requirements for arc flash signage.
• Verify the PPE requirements for hand protection.

Part 3
• List the types of overcurrent protective devices the NEC recognizes
• Explain when an overcurrent protective device is allowed in a bathroom
• Describe what “trip-free” means in the context of circuit breakers
• Recall where a Type 1 surge protective device is allowed
• Explain when the listing requirements for medium voltage overcurrent protective devices apply
• Detail the voltage parameters of Articles 250 and 270
• List the fundamental requirements of Article 250
• Discuss the allowable methods for grounding and bonding terminations
• List the types of supply-side bonding jumpers allowed for generators
• Describe the required sequence for driving a ground rod
• List the permitted splicing methods for grounding electrode conductors
• Describe the rules for nonmetallic boxes used with metal wiring methods
• Recall how to size equipment grounding conductors in parallel

Part 4
• Describe the scope changes to Article 300
• Explain when the NEC requires wiring methods to be replaced
• List the requirements for equipment beneath roof decks
• Explain the rules for sealing raceways exposed to different temperatures
• Recall what is required for aboveground raceways in wet locations
• List the types of cable ties and fixing devices the NEC recognizes
• Describe the requirements for fittings used in lieu of boxes
• Discuss the prohibition of welding raceways
• Recall how many bends are allowed in raceway installations
• Describe the listing requirements for conductors in the NEC
• Recall the minimum conductor sizes allowed in the NEC
• Describe the required sequence for driving a ground rod
• Explain when conductors require sunlight resistance
• Describe the allowance of ignoring ampacity adjustment and temperature correction
• Recall the ampacity of small conductors in Table 310.16