Electrician Training Program

Safety is the first requirement on any electrical job site. This module covers OSHA construction safety standards and NFPA 70E regulations. Students gain an in-depth understanding of electrical shock hazards, arc flash and arc blast risks, and the physiological effects of milliamperage on the human body. Training focuses on establishing an Electrically Safe Work Condition (ESWC) using Lockout/Tagout (LOTO) procedures, identifying Arc Flash Boundaries, and selecting appropriate Category-rated Personal Protective Equipment (PPE).

This module builds the mathematical foundation of the electrical trade. Students study Ohm’s Law and the Power Formula to calculate voltage, amperage, resistance, and wattage in AC and DC circuits. Topics include Joule heating, conductor resistance, load analysis, and power dissipation. Emphasis is placed on applying electrical theory to real-world installations and troubleshooting scenarios.

Anchored in the NFPA 70 National Electrical Code (NEC), this module teaches students how to navigate and apply the code as adopted by the New Jersey Uniform Construction Code (UCC). Instruction focuses on Articles 90, 100, and 110, helping students distinguish mandatory requirements from informational notes. Students learn how to perform installations that meet jurisdictional standards and pass electrical inspections conducted by local authorities, and are introduced to the role of the Authority Having Jurisdiction (AHJ) and the electrical inspection process, including how inspectors interpret NEC requirements in the field. Emphasis is placed on proper documentation, workmanship standards, and common inspection deficiencies to ensure installations are inspection-ready.

Students learn the physics of secure electrical connections. This module covers conductor insulation ratings, proper stripping techniques, and torque requirements for pressure connectors. Instruction includes mechanical versus electrical continuity, wire nut and crimp selection, and termination practices that prevent arcing, overheating, and connection failure.

This module prepares students for code-compliant installations. Topics include Volt-Ampere (VA) calculations, the 125 percent continuous load derating rule, conductor ampacity adjustments, and ambient temperature correction factors. Students master box fill calculations under NEC Article 314 to ensure safe conductor spacing and prevent overheating.

Students learn how power flows through residential electrical systems. This module covers single-pole, three-way, and four-way switching logic, including traveler conductors and common terminals. Instruction includes switch-leg identification, split-wire (half-hot) receptacles, and proper wiring of lighting and receptacle circuits.

Grounding and bonding are critical to electrical safety. This module differentiates between Grounding Electrode Systems (GES) and Equipment Bonding Conductors. Students study NEC Article 250, learning how low-impedance fault-current paths protect people and equipment. Topics include grounding electrode conductor sizing and intersystem bonding requirements.

This module explores modern lighting technologies used in residential and commercial environments. Students learn the transition from traditional ballasts to solid-state LED drivers, covering Color Rendering Index (CRI), color temperature (Kelvin), and 0–10V dimming systems. Instruction also includes occupancy and vacancy sensors and smart lighting controls.

From rough-in to trim-out, students learn residential installation techniques aligned with NEC and local building codes. Topics include conductor support, box placement, and protection against physical damage. Special emphasis is placed on kitchens, bathrooms, and laundry areas, including Small Appliance Branch Circuits (SABC), AFCI and GFCI protection, and dedicated circuit requirements commonly enforced during residential inspections.

This module covers electrical service entrance systems from the utility connection to the main service disconnect. Students study service entrance conductors, meter sockets, overhead clearance requirements, drip loop configuration, and lug torque specifications under NEC Article 230. Training prepares students for service upgrades and utility coordination, which are common tasks when working on aging electrical infrastructure.

Students learn how to extend power safely using sub-panels and feeders. Topics include isolated neutrals, equipment grounding conductors, feeder sizing, voltage drop calculations, and burial depth requirements under NEC Table 300.5. Instruction emphasizes supplying power to detached structures such as garages and outbuildings while maintaining code compliance.

This module develops hands-on skills required for commercial electrical work. Students learn to fabricate Electrical Metallic Tubing (EMT) and PVC raceways, performing accurate bends such as offsets, saddles, and kicks using deducts and multipliers. Instruction includes raceway fill calculations, conductor pulling physics, and junction and pull box sizing for complex conduit runs. Additional coverage includes NEC support and securing requirements for raceways, conductor derating considerations, and practical application of NEC Articles governing EMT and PVC installations. Students learn how improper fill, bend radius, or support spacing can impact conductor integrity and code compliance.

Students study commercial electrical distribution systems, focusing on demand-based load calculations. Topics include VA-per-square-foot calculations, demand factors, non-coincident loads, and load balancing across three-phase systems. This module prepares students for work in office buildings, retail spaces, warehouses, and mixed-use facilities.

This module introduces industrial electrical equipment and power systems. Students study single-phase and three-phase motor operation, motor nameplate data, magnetic starters, and thermal overload protection. Transformer theory includes delta and wye configurations, turns ratios, and secondary bonding. Instruction also covers identification of common industrial voltage systems.

Students expand their skill set with low-voltage and life safety systems. This module covers structured cabling standards, including T568A/B termination and Power over Ethernet (PoE). Fire alarm instruction includes initiating devices, notification appliances, Class A and Class B circuits, end-of-line resistors, and fire alarm control panel monitoring required for commercial occupancies. Fire alarm instruction aligns with NFPA 72 standards, focusing on system supervision, circuit integrity, and code-mandated monitoring requirements. Students learn how life safety systems integrate with electrical infrastructure to meet occupancy and inspection requirements.

This forward-looking module prepares students for evolving electrical technologies. Instruction covers photovoltaic (solar) system fundamentals, direct current power generation, inverters, and NEC rapid shutdown requirements. Students also learn Electric Vehicle Supply Equipment (EVSE) installation, including continuous load calculations, load management systems, and GFCI protection as EV infrastructure continues to expand.

Students develop systematic troubleshooting skills used by professional electricians. Instruction focuses on identifying open circuits, short circuits, ground faults, improper grounding conditions, and ghost voltage. Students learn proper meter selection, including low-impedance testing, to safely diagnose energized electrical systems.

The program concludes with professional development and a comprehensive capstone experience. Students complete a final hands-on project that integrates NEC compliance, system installation, testing, and troubleshooting across residential, commercial, and industrial applications. The module also includes career preparation, resume development, and guidance on pathways toward apprenticeship and electrician licensure in New Jersey.