6074 - Electrical Training Program - 600 Hours

All Trades 150 Hour Program

Theory Hours: 103 hours 

Skill Hours: 47 hours

Total Hours: 150 hours

Course Description:  

All Trades 150 Hour Program provides a basic overview of the construction trade, safety measures, career opportunities and professional development training. Safety Training includes 6032-30 Hr. OSHA Outreach Training for Construction Industry, 5023-8-Hour Fall Prevention and 5024 – 2 hr. Drug and Alcohol Awareness which fulfills the Site Safety Training Requirements for the New York City Department of Buildings Local Law 196.

6032-30hr. OSHA Outreach Training for Construction Industry:

This is a comprehensive safety course designed for anyone involved in the construction industry. Specifically devised for safety directors, foremen, and field supervisors; the program provides complete information on OSHA compliance issues. OSHA recommends Outreach Training Programs as an orientation to occupational safety and health for workers covered by OSHA 29 CFR 1926. Construction workers must receive additional training, when required by OSHA standards, on specific hazards of the job.

5023 – 8 hr. Fall Prevention:

This will cover generally familiar terms associated with falls in construction. Trainees will be able to recognize avoid and prevent falls hazards from causing harm.

Trainees should become aware of regulatory safety requirements associated with falls, including OSHA’s Subpart M. Trainees will learn how to make informed decisions when working at heights. This course is a required course that can help fulfill the requirement for an individual applying for a Site Safety Training Card. THIS IS AN AWARENESS-LEVEL TRAINING ONLY and does not provide any other qualification or authorization outside of the Site Safety Training Card.

5024 - 2-Hour Drug and Alcohol Awareness:

This will allow trainees to become generally familiar with adverse effects of drug and alcohol in the workplace. Trainees will be able to recognize problems associated with substance dependency. This seminar will explain that the purpose of this training helps trainees avoid working while under the influence of drugs and/or alcohol; also adding that this training can help trainees be less susceptible and better at recognizing, avoiding and preventing (RAP) adverse consequences of drug and/or alcohol use and abuse. This training may also help trainees better recognize and understand issues of chemical dependence that may adversely affect the lives of others who they know and love. This course is a required course that can help fulfill the requirement for an individual applying for a Site Safety Training Card. THIS IS AN AWARENESS-LEVEL TRAINING ONLY and does not provide any other qualification or authorization outside of the Site Safety Training Card.

Introduction to Construction Math:

In the construction trades, workers must use math day in and day out. Electricians and HVAC/R Technicians use math to calculate pipe length, read plans and lay out equipment. To work on all jobsites, you will use math to measure floor systems, walls and ceilings to install Electrical and HVAC/R systems. In some cases, algebra, geometry and even trigonometry may be required. This course reviews basic mathematical procedures and provides the opportunity to practice mathematical tasks related to construction activities.  

Trade Mathematics: 

Math is an essential skill required to advance in the Electrical and HVAC/R profession. Math is used when cutting and fitting pipe, sizing and installing ductwork, and when calculating electrical values such as current flow.

Introduction to Hand Tools:

The construction trades require a broad collection of hand tools, such as hammers, screwdrivers, and pliers, that almost every craftworker uses. Even if you already familiar with some of these tools, everyone needs to learn how to select, maintain, and use them safely. A quality tool may cost more up front, but it properly maintained, it will last for years and remain safely intact.

Introduction to Power Tools:

Power tools are used in almost every construction trade to make holes; to cut, smooth, and shape materials; and even to demolish pavement.  All construction workers are certain to use power tools on the job eventually.  This course provides an overview of the common types of power tools and how they work.  It also describes the proper techniques required to safely operate these tools. 

Introduction to Material Handling:

Lifting, stacking, transporting and unloading materials such as brick, pipe, and various supplies, are routine tasks on a job site. Whether performing these tasks manually or with the aid of specialized equipment, workers must follow basic safety guidelines to keep themselves and their coworkers safe. Our training provides guidelines for using the appropriate PPE for the material being handled and using proper procedures and techniques to carry out this job.

Fasteners, Hardware and Wiring Terminations:

During the installation and maintenance of Electrical and HVAC/R equipment, Electricians and HVAC/R Technicians work with a variety of fasteners, hardware, and wiring terminations. These Components must be carefully selected for the specific application and installed according to accepted practices. Using the correct components ensures that the assembled system will perform properly, and will not fail because of the wrong choice of component or its incorrect installation.

Basic Communication Skills:

The construction professional communicates constantly. The ability to communicate skillfully will help to make you a better worker and a more effective leader. Our training provides guidance in listening to understand, and speaking with clarity. It explains how to use and understand written materials, and it also provides techniques and guidelines that will help you to improve your writing skills.

Basic Employability Skills:

Becoming gainfully employed in the construction industry takes more preparation than simply filling out a job application. It is essential to understand how the construction industry and potential employers operate. Your trade skills are extremely important, but all employers are also looking for those who are eager to advance and demonstrate positive personal characteristics. Basic employability skills are needed to pursue employment successfully.

Electrical Level One 

Theory Hours: 90 hours 

Skill Hours: 60 hours

Total Hours: 150

Course Description:  

Orientation to the Electrical Trade:

Skilled people in the electrical field are essential to maintain electrical systems and equipment in residential, commercial and industrial settings. Our training describes the various career paths in the Electrical industry. It also covers the apprenticeship requirements for electricians and discusses the employer/employee responsibilities.

Introduction to Electrical Circuits:

All kinds of instruments use electrical circuity to function. Our training discusses basic atomic theory and electrical theory, which are the fundamental concepts behind electricity in every setting. It also covers electrical units of measurement and explains how Ohm’s law and the power equation can be used to determine unknown values. This training also includes electrical schematic diagrams.

Electrical Theory:

Knowledge of electrical circuits is essential in the electrical field. Sound understanding of basic circuits, as well as the methods for calculating the electrical energy within them, forms the foundation for utilizing these principles in practical applications. Our training explains how to apply Ohm’s law to series, parallel and series parallel circuits. It also covers Kirchhoff’s voltage and current laws.

Alternating Current:

The foundation for safe and successful electrical installation is a sound understanding of DC and AC electrical principles. AC Electricity also has a frequency component, so knowledge of AC waveforms and the effects of reactive and inductive components in a circuit is essential. Our training describes AC circuits and explains how to apply Ohm’s law to solve for unknown circuits values.

Introduction to the National Electrical Code:

The NEC is one of the most important tools for the electrician. When used together with the electrical code for your local area, the NEC provides the minimum requirements for the installation of electrical systems. Our training describes the purpose of the NEC and explains how to use it to find the installation requirements for various electrical devices and wiring methods. It also provides an overview of the National Electrical Manufactures Association and Nationally Recognized Testing Laboratories. 

Raceway and Fittings:

Electrical raceways present challenges and requirements involving proper installation techniques, general understanding of raceway systems, and applications of the NEC to raceway systems. Acquiring quality installation skills for raceway systems requires practice, knowledge, and training. Our training describes various types of raceway systems, along with their installation and NEC requirements. It also describes the use of various conduit bodies. 

Device Boxes:

Electricians work with device boxes almost every day on every project, making a thorough understanding of the types of boxes available and their applications essential. Our training describes the various types of boxes and explains how to calculate the NEC fill requirements for outlet and junction boxes under 100 cubic inches (1,650 cubic centimeters).

Conductors and Cables:

As an Electrician, you will be required to select the proper wire and/or cable for a job. You will also be required to pull this wire or cable through conduit runs in order to terminate it. Our training discusses the conductor types, cable marking, color codes and ampacity derating. It also describes how to install conductors using fish tapes and power conduit fishing systems.

HVAC Controls:

Heating, Ventilation and Air Conditioning (HVAC) systems are among the electrically powered and controlled systems that electricians will encounter, especially in the residential and commercial construction. During installation, electricians will be called upon to provide power and control connections to the various components of these systems. For this reason, it is important that electricians develop a basic understanding of HVAC systems and their components.

Electrical Level Two 

Theory Hours: 95 hours 

Skill Hours:  55 hours

Total Hours: 150

Course Description:  

Basic Electrical Construction Drawings:

In all large construction projects and in many of the smaller ones, an architect is commissioned to prepared to complete working drawings and specifications for the project. These drawings include site plans, floor plans, detail drawings, lighting plans, power riser diagrams, equipment schedules and specifications. Our training describes how to interpret electrical drawing, and covers the use of architects and engineers’ scales.

Electrical Test Equipment:

The test equipment selected for a specific task depends on the type of measurement and the level of accuracy required. Our training covers the applications of various types of electrical test equipment. It also describes meter safety precautions and category ratings.

Conductor Terminations and Splices:

Anyone involved with electrical systems of any type must be familiar with wire connectors and splicing, as they are both necessary to make the numerous electrical joints required during the course of an electrical installation. Our training explains how to prepare cable ends for terminations and splices and describes crimping techniques.

Load Calculations – Branch and Feeder Circuits:

The purpose of branch circuit load calculations is to determine the sizes of branch circuit overcurrent protection devices and branch circuit conductors using NEC requirements. Sizing loads and protection devices appropriately ensures safe, reliable electrical systems. Our training explains how to calculate branch circuit and feeder loads for residential and commercial applications. It also covers various derating factors. 

Residential Electrical Systems:

When planning any electrical system, there are certain general steps to be followed., regardless of the type of construction. Residential electrical systems are essential for many everyday necessities, including heating and air conditioning, lighting, and household appliances. Our training discusses basic load calculations and NEC requirements for residential electrical systems. It also describes how to lay out branch circuits, install wiring, size outlet boxes and install wiring devices. 

Electric Lighting:

Electric Lighting is used extensively throughout residential structures, commercial businesses, industrial plants, and outdoor sites. It serves to provide illumination for the performance of visual tasks with a maximum of comfort and a minimum of eyestrain and fatigue, allowing individuals to perform their daily living and work-related tasks more easily. Our training introduces the principles of human vision and the characteristics of light. It also covers different kinds of lamps, lighting fixtures (luminaries), and related components. 

Grounding and Bonding:

The grounding system is a major part of the electrical system. Its purpose is to protect life and equipment against the various electrical faults that can occur. Our training explains the grounding and bonding requirements of NEC Article 250. It also explains how to size the main and system bonding jumpers as well as the grounding electrode conductor for various AC systems.

Overcurrent Protection:

Electrical distribution systems are often quite complicated, and cannot be absolutely fail-safe. Circuits are subject to destructive overcurrent’s due to harsh environments, general deterioration, damage, excessive expansion, or electrical distribution system overload. For this reason, protective devices are essential for the prevention of costly damage to distribution systems components, as well a for protection against fire hazards in all electrical systems. Our training explains how to size and select circuit breakers and fuses for various applications. It also covers short circuit calculations and troubleshooting.

Distribution Equipment:

An electrical power system consists of several subsystems on both the utility (supply) side and the customer (user) side. Our training discusses switchboards and switchgear, including installation, grounding, and maintenance requirements. It also covers ground fault relay testing.

Load Calculations – Branch and Feeder Circuits:

The purpose of branch circuit load calculations is to determine the sizes of branch circuit overcurrent protection devices and branch circuit conductors using NEC requirements. Sizing loads and protection devices appropriately ensures safe, reliable electrical systems. Our training explains how to calculate branch circuit and feeder loads for residential and commercial applications. It also covers various derating factors. 

Commercial Electrical Systems:

No matter the size or complexity, all electric services have the same purpose: to deliver electrical energy safely. Our training covers the components, installation considerations, and NEC requirements for commercial services.

Fire Alarm Systems:

Fire Alarms provide an essential service that protects both human life and property from the effects of fire. Fire alarms can be complex systems made up of many different technologies. Numerous codes govern fire alarms to ensure that they operate in useful and predictable ways. Our training explores the technologies, codes, and wiring approaches used to assemble a fire alarm system. Installation and troubleshooting techniques are also examined.

Electrical Level Three 

Theory Hours: 90 hours 

Skill Hours: 60 hours

Total Hours: 150

Course Description: 

Conductor Installations:

In most cases, the installation of conductors in raceway systems is merely routine. However, there are certain practices that can reduce labor and materials and help prevent damage to the conductors. Our training describes how to prepare conduit for conductors. It also explains how to set up and complete a cable-pulling operation. 

Pull Boxes and Junction Boxes:

Pull boxes and junction boxes are provided in an Electrical installation to facilitate the installation of conductors, or to provide a junction point for the connection of conductors, or both. Our training describes how to size and install pull and junction boxes. It also identifies various specialty enclosures, including conduit bodies, FS and FD boxes and handholes.

Hand Bending:

The art of conduit bending is dependent upon the skills of the electrician and requires a working knowledge of basic terms and proven procedures. Practice, knowledge, and training will help you gain the skills necessary for proper conduit bending and installation. Our training describes methods for hand bending conduit. It covers 90-degree bends, back to back bends, offsets, and saddle bends. It also describes how to cut, ream and thread conduit.

Conduit Bending:

The normal installation of intermediate metal conduit (IMC) rigid metal conduit (RMC), and electrical metallic tubing (EMT) requires many changes of direction in the conduit runs, ranging from simple offsets at the point of termination at outlet boxes and cabinets to complicated angular offsets at columns, beams, cornices, and so forth. Our training describes how to make conduit bends using mechanical, hydraulic, and electric benders.

Intrusion Detection Systems:

Our training describes devices such as sensors, notifications, control panels and programming used in intrusion detection security systems. It covers system designs and installation guidelines, wiring, testing, and troubleshooting. The training emphasizes codes and standards.

Standby and Emergency Systems:

In places of assembly, power systems provide important functions such as lighting, evacuation routes and others during emergency situations. Our training explains the NEC installation requirements for electric generators and storage batteries and used during such emergency systems.

Voice, Data and Video:

A structured cabling system is a system in which the main components, which are divided into five subsystems, do not change. Electricians are often involved in the installation of structured voice, data and video cabling systems in various commercial applications, with each subsystem having its own specific installation requirements. Our training covers the installation, terminations, and testing of these systems.

Motor Controls:

For safety and proper operation in the intended environment, the installation of motor starters and control circuit pilot devices requires that they be installed in the proper position and location. Our training provides information on selecting, sizing, and installing motor controllers, as well as control circuit pilot devices and basic relay logic.

Advanced Controls:

Control systems are what regulate and direct the behavior of devices within an electrical system. They vary in complexity and consist of a variety of components, which provide different types of control. Our training discusses application and operating principles of various control system components, such as solid-state relays, reduced voltage starters and adjustable frequency drives. It also covers basic troubleshooting procedures.