May 12, 2024  
Course/Program Inventory 
    
Course/Program Inventory

EPC 1081 - Residential Wiring Basic & Lab



Clock Hours: 66

Prerequisites: EPC 1071 The National Electrical Code

Industry Certifications OSHA 10 Certification Snap On Multimeter Certification

Course Description:
This course guides students room by room, through the wiring of a typical residence. By staring with the basic requirements of the National Electrical Code (NEC), then continuing on to the more advanced wiring methods.

Student Learning Outcomes:
  • Identify and explain the electrical outlet symbols used in the plans of the single-family dwelling.
  • Discuss the types of outlets, boxes, luminaires, and switches used in the residence.
  • Explain the methods of mounting the various electrical devices used in the residence.
  • Understand the preferred way to position receptacles in wall boxes.
  • Understand issues involved in remodel work.
  • Understand how to determine the maximum number of conductors permitted in a given size box.
  • Understand the NEC® requirements for calculating branch-circuit sizing and loading.
  • Understand the term volt-amperes per square foot.
  • Calculate the occupied floor area of a residence.
  • Determine the minimum number of lighting and laundry branch circuits.
  • Know where receptacle outlets and lighting outlets are required.
  • Determine the current-carrying capacity (ampacity) of conductors.
  • Understand overcurrent protection for conductors and maximum loading of branch circuits.
  • Identify the grounded and ungrounded conductors in cable or conduit (color coding).
  • Identify the various types of toggle switches for lighting circuit control.
  • Describe the operation that each type of toggle switch performs in typical lighting circuit installations.
  • Determine when a neutral conductor must be available for switch boxes.
  • Demonstrate the correct wiring connections for each type of switch per Code requirements.
  • Understand the various ways to bond wiring devices to the outlet box.
  • Understand how to design circuits to avoid heating by induction.