Registration is ongoing for the Electrical (A) and Communications (C) Programs
Suicide prevention is personal, but it also affects Local 134 members, contractors, and our families and communities. By increasing our knowledge and understanding of mental health and suicide prevention, we can play an important role in reducing suicide through awareness, support, and early intervention.
The goal of this seminar will be to:
This seminar will teach how to calculate short circuit current using point-to-point method and the Bussman phone application. Will provide a better understanding of major sources of short-circuit current and the importance of overcurrent protection ratings. An analysis of available fault currents and how they relate to interrupting rating will be demonstrated, along with Short Circuit Current Ratings (SCCR) for industrial equipment in compliance with the 2017 National Electric Code (NEC).
This presentation will cover the basics of electrical safety including a shock and arc-flash, the role of the overcurrent protective devices and safety by design. 2021 NFPA 70E will be referenced and suggestions provided to reduce the hazards associated with electrical installations.
This presentation will cover the basic code requirements for equipment short-circuit current ratings and the 2023 NEC including definition and key requirements. In addition, marking and documentation requirements are discussed for available fault current for various types of equipment. Tools will be provided to help comply with the Code.
The presentation will cover NEC requirements for selective coordination by using Time Current Curves and Selective Coordination Charts. Time current characteristics of overcurrent protective devices will be explained and the process of achieving selective coordination with circuit breakers and fuses will be discussed. Participants will learn how to easily avoid unnecessary blackouts in facilities.
Participants in this 8 hour course will learn how to perform a PV site assessment for a home or small business. The course will cover site assessment tools, load analysis, energy efficiency recommendations, array placement options, basic system sizing, cost estimates, and evaluating existing infrastructure on site. Participants will learn how to access online tools for solar resource analysis, PV system performance calculators, and incentives. After completion of this course 2 practice site assessments will have to be reviewed and accepted by an IN-TECH mentor, after that a PV Site Assessor certificate will be issued through the Midwest Renewable Energy Association. This certificate is accredited by ANSI and IREC.
Attendance Requirements: 100%
Overcurrent Protection Fundamentals Instructor: Joe Pavia Eaton Bussman
Current Limitation, Component Protection, and , Low voltage OCPDs This presentation will cover the key overcurrent protection principles. The key ratings of overcurrent protective devices, construction and types will be discussed. In addition, performance characteristics such as current-limitation, selective coordination and the role of the overcurrent protective device in electrical safety will be reviewed. Finally, a summary of the key benefits of modern, current-limiting fuses will be presented.
Motor Circuit Devices: Application and Use Presenter: Joe Pavia Eaton Bussman
This presentation will cover the motor circuit and various devices that can be used. A through explanation will be given as to the proper application of disconnects switches, fuses, branch-circuit and supplemental, molded case circuit breakers, motor circuit protections, combination motor controllers and more. Other devices used in industrial control panels and machinery will also be reviewed along with common misapplications found in the industry.
This presentation will cover the basic NFPA 70B requirements for electrical equipment maintenance. The presentation will explain why electrical preventive maintenance is important relating to electrical safety, cost, and compliance In addition, marking and documentation requirements are discussed for electrical equipment maintenance for various types of equipment. Tools will be provided to help comply with the standard.
Motor Control 104- Relays in Motor Control Motor Control 104 is a 6-hour course focusing on Electromechanical Relays (EMR) and their usage in Motor Control. The first 3-hour session will focus on two different general-purpose relays used in the electrical industry: Industrial Control relays and Ice Cube relays. The basic operation, function and features of the control relays will be the focus of this session. The second class will incorporate control relays into the wiring of control circuits using multiple components like Pushbuttons, Float Switches, Horns, etc. This session will also examine circuit modification using a relay. Prerequisite: Motor Control 101 or Administrative Approval. Attendance Requirement: 100%
Review of the Fire Alarm Building Codes related to IBC and Chicago Building Code.
This seminar presentation is by Alex Petrovic, District Manager at Edwards-KIDDIE, which is a recognized industry leader in Fire Alarm systems. Topics will include IBC layout with occupancy examples and group requirements. ADA requirements, Carbon Monoxide, High Rise Occupancy, Fire Command Center, Smoke Control, UL 2196, Air Aspiration Detection and Low Frequency 520 Hz requirements will be discussed. For those individuals only familiar with older Chicago requirements, you will find this useful to see the newer standards that are enforced by NFPA 72. The Chicago Building Code Book B now requires compliance to the NFPA 72 requirements. Here is your your opportunity to hear from an industry expert.
With battery storage being incorporated into more aspects of the electrical industry, workers will need a fundamental understanding of this technology and associated safe work practices.
Upon completion of this class, students will be able to:
Attendance Requirement: 100%
Transformers Level 100 -30 Hours, 10 weeks ETC121
This course covers the connections needed for transformer configurations for various electrical systems. This course includes the following: the wiring of single phase and three phase transformers, sizing of transformers, conductors, conduit, and over-current protection. This course also covers grounded and ungrounded systems as well as instruction on the use of various testers. Attendance Requirement: 80%
The Electric Vehicle Infrastructure Training Program Online (EVITP) is a comprehensive 18-hour course providing technical training for electricians for the residential, commercial, public and fleet electric charging markets. The course provides a thorough understanding of charging products and associated equipment on the market today. EVITP certified electricians go to work with the ability to implement best practice skills in charging station and infrastructure site assessment, load calculation, configuration, installation, trouble shooting, commissioning, maintenance and repair. This course is an online asynchronous learning environment. Grade requirement: 70%
ESAMTAC is an education/training program and credential that prepares electrical contractors and workers for the safe and effective assembly, testing, commissioning, maintenance, repair, retrofitting, and decommissioning of energy storage and microgrid (ESM) systems.
The ESAMTAC course develops knowledge and skills with an emphasis on energy storage and microgrid components. The course includes instruction, testing and credentialing based on skills attainment. This course is an online asynchronous learning environment.
Grade Requirement:70%
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This course is designed to explore differences between legacy telephone systems using circuit switching and Voice over Internet Protocol (VoIP) systems using packet switching. Installation of Cisco CallManager Express system will demonstrate the differences in the two switching methods. Students will discover the different ways to power IP telephones as well as how to install and program the sets. Students will also implement both analog and digital trunking from basic loopstart circuits to more advanced circuits such as ISDN PRI (T1) and serial WAN connections. A strong telephony background and completion of “CCNA 1: Introduction to Networks” course is highly recommended prior to registering for this course. Attendance Requirement: 80%
Prerequisite: Security I
This 3-week course is an introduction to Access Control Systems. The course builds on concepts mastered in Security I: Burglar Alarm Systems. Items covered include: Card Reader Technology, External Power Supplies for Mag Locks and Door Strikes, Relays and Contacts, along with Wiring and Programming a Kantech Access Control Panel with a PC. At the end of the course, students will be able to lay out a basic door setup for an access control system, wire it and program the system for users. The 3rd day of class will be a 6-hour class. Attendance Requirement: 80%
This course is designed to give the installer a fundamental understanding of contemporary security systems. Discussion of basic systems will cover the devices commonly used today; RJ31X, glass break sensors, motion detectors and door contacts. Hands on practical labs will provide the opportunity to properly install and troubleshoot an entire system. Attendance Requirement: 80%
Imagine building a computer then connecting it securely to a network. This exciting first step could lead to a rewarding IT career. Because a sure way to excel-no matter which area of IT you choose-is to learn the right computer fundamentals. IT Essentials covers this as well as shares the career skills needed for entry-level IT jobs. Plus, you’ll enjoy working with Cisco’s Networking Academy’s advanced simulation tools and having multiple hands-on labs to really hone your troubleshooting skills and immediately practice what you learn! Also prepare for the CompTIA A+ Certification. No prerequisites or computer knowledge required. Students must be self-motivated individuals as weekly readings, hands-on labs and quizzes are an integral part of this course. A home computer with internet connection is required to access the online curriculum for this course. Attendance Requirement: 80%
This course covers essential knowledge for all cybersecurity domains including information security, systems security, network security, ethics and laws, and defense and mitigation techniques used in protecting businesses. This course is aligned to the Cisco Certified Support Technician (CCST) Cybersecurity certification. Students must be self-motivated individuals as weekly readings, hands on labs and quizzes are an integral part of this course. A home computer with an internet connection is required to access the online curriculum for this course. Attendance Requirement: 80%
Communications Electrical Code – This new night class covers the National and Chicago Electrical Codes from a communications perspective. The class earns BICSI CECs based on the students BICSI certification level. Requirement: 80%
CCTV Level 200 – 15 Hours SLS220
This is a 15 hour course designed to introduce the video practices and technology used with CCTV surveillance systems. Lecture and hands-on will cover components of a modern closed-circuit system; camera types, monitors, DVRs, switchers, wiring and power sources. Requirement: 80%
This course provides learners with a foundational understanding of data networking. It covers network devices, network applications and protocols, and explores how Internet Protocol (IP) addresses are calculated and assigned. Other topics that will be discussed include providing basic network diagnostics and troubleshooting tools for networks, as well as how physical, data link, and network layers work together to provide end-to-end connectivity. Students will learn the foundations of network security and handling computer threats. Students will have access to modern networking equipment to perform hands-on labs. A self-motivated attitude is necessary to keep up with weekly readings, labs, and quizzes. Upon successful completion of the course, students will have the opportunity to take the Cisco Certified Support Technician (CCST) Networking Exam on-site at INTECH. Attendance Requirement: 80%
Large enterprises depend heavily on the smooth operation of their network infrastructures. This is why networking professionals are vital to every organization and those with networking skills can land a great job and set their sights on a rewarding career! This third course in the 3-course CCNA series describes the architectures and considerations related to designing, securing, operating, and troubleshooting enterprise networks. It covers wide area network (WAN) technologies and quality of service (QoS) mechanisms used for secure remote access along with the introduction of software-defined networking, virtualization, and automation concepts that support the digitalization of networks. Recommended preparation: CCNA: Switching, Routing, and Wireless Essentials or possessing equivalent knowledge. Students must be self-motivated individuals as weekly readings, hands on labs and quizzes are an integral part of this course. A home computer with internet connection is required to access the online curriculum for this course. Attendance Requirement: 80%
Delve further into the world of networking with the second CCNA course in a 3-course series. This course focuses on switching technologies and router operations that support small-to-medium business networks, including wireless local area networks (WLAN) and security concepts. You’ll perform basic network configuration and troubleshooting, identify and mitigate LAN security threats, and configure and secure a basic WLAN. Recommended preparation: CCNA: Introduction to Networks or having equivalent knowledge. Students must be self-motivated individuals as weekly readings, hands on labs and quizzes are an integral part of this course. A home computer with internet connection is required to access the online curriculum for this course. Attendance Requirement: 80%
Begin preparing for a networking career with this introduction to how networks operate. This first course in the 3-course CCNA series introduces architectures, models, protocols, and networking elements – functions needed to support the operations and priorities of Fortune 500 companies to small innovative retailers. You’ll even get the chance to build simple local area networks (LANs) yourself. You’ll have a working knowledge of IP addressing schemes, foundational network security, and be able to perform basic configurations for routers and switches. No prerequisites required. Students must be self-motivated individuals as weekly readings, hands on labs and quizzes are an integral part of this course. A home computer with internet connection is required to access the online curriculum for this course. Attendance Requirement: 80%
Welding I is an 8 week course that introduces the process of shielded metal arc welding (stick welding). The Curriculum includes: lecture/demonstration, machine set-up, materials, and equipment. Main topics include welding on various joints as well as welding in the flat, horizontal, vertical, and overhead positions. Class meets 2 nights per week for 8 weeks. Attendance Requirement: 80%
Transformers Level 100 -30 Hours, 10 weeks ETC121
This course covers the connections needed for transformer configurations for various electrical systems. This course includes the following: the wiring of single phase and three phase transformers, sizing of transformers, conductors, conduit, and over-current protection. This course also covers grounded and ungrounded systems as well as instruction on the use of various testers. Attendance Requirement: 80%
Programmable Controllers II Level 200 – 30 Hours, 10 weeks TTC211
Prerequisite: Programmable Controllers I
This course will teach the basic programming skills required for the Allen-Bradley SLC500 and SLC5/03. This course is unique in that two Allen-Bradley software programs will be explored, the SLC500 on line/off line Al Series and the windows-based RS logic software. Attendance Requirement: 80%
Programmable Controller I Level 100 – 30 hours, 10 weeks
This course is designed to teach the electrician the operating principles of programmable controllers using personal computers and state of the art equipment. The Allen-Bradley SLC 500 is featured. Classroom instruction includes drawing relay ladder logic, hands-on wiring of control devices, and various textbook assignments. Previous experience in motor controls is helpful but not required. Attendance Requirement: 80%
Process Control II Level 200 – 36 Hours, 12 weeks TTC210
Prerequisite: Process Control I
This course is designed for the electrician who has a basic understanding of process control or who has completed Process Control I. This course is a hands-on approach to loop control and tuning using the Allen Bradley PLC 500. This course will prepare the student for the optional Level II Instrumentation Certification Exam. Attendance Requirement: 80%
Process Control I Level 100 – 36 hours, 12 weeks TTC110
This hands-on course will introduce the electrician to the fundamentals of basic process control. Emphasis will be placed on calibrating, installing, and troubleshooting electronic transmitters. This course will prepare the student for the optional Level One Instrumentation Certification Exam. Attendance Requirement: 80%
Printreading II Level 200 – 39 Hours, 13 weeks CBP201
Prerequisite: Printreading I or the general ability to interpret blueprints.
This in-depth and advanced course is designed to provide a complete understanding of commercial blueprints. This challenging class will take you though a step- by- step process of load calculation of all electrical components such as the service, feeder and branch circuit conductors. An electrical room layout and placement of all electrical equipment will be discussed. This course continues with a discussion of the CEC and how it applies to printreading. The student will learn and master how to cross reference architectural, structural, mechanical, and electrical prints. Attendance Requirement: 80%
Print Reading I Level 100 – 24 hours, 8 weeks CBP 101
This printreading course is designed to provide a basic overview, understanding and interpretation of residential and light commercial construction blueprints. This introduction printreading course will cover the basic skills required to be successful in reading blueprints. The student will learn the following fundamentals: different blueprint processes, architect scale, engineer scale, alphabet of lines, plot plans, floor plans, elevation, sections, details, symbols, and schedules. Discussion will also include construction material, construction vocabulary and job specifications. Attendance Requirement: 80%
NICET II 30 Hours, 10 weeks
Prerequisite: NICET I or a Nicet Level One Certification
This course prepares the electrician for the Nicet Fire Alarm Certification Examination for Level II. This course will include voltage drop, battery calculations, Mass Notification Systems, foreman responsibilities, and continues an in depth coverage of National Fire Alarm Association 72. Textbooks include International Building Code 2012, NFPA 70 2011, and NFPA 72 2013. A minimum requirement of 2 years of fire detection and signaling experience which includes 12 months of fire alarm systems experience is required for certification. Information on the Nicet test dates and locations will be available from your instructor. Attendance Requirement: 80%
NICET 1 Certification, Fire Alarm Level 200 – 30 Hours, 10 weeks ETC223
This course prepares the electrician for the NICET Fire Alarm Certification Examination for Level I. In many instances throughout our industry, certification is being required for the installation and maintenance of fire alarm systems. This course will include discussion of the National Fire Alarm Code NFPA 72, the requirements of NICET, and NFPA 70. Minimum 6 months Fire Alarm experience required. Information on the NICET test dates and locations will be available from your instructor. NICET Certifications requires extensive preparation. Attendance Requirement: 80%
Attendance Is Mandatory
Prerequisite: Completion of LCA (Lighting Control Association) on-line training .
Lighting Control I is an NALCTP (National Advanced Lighting Controls Training Program) certification class will focus on understanding lighting controls for commercial applications that improve the quality of such lighting systems. This class will consist of lecture and hands-on lab training. Lighting control modules include: lighting control strategies, line and low voltage switching controls, dimming controls, occupancy sensors, photo sensors and wireless controls. Attendance Requirement: 100%
Motors Starters and Variable Speed Drives Level 100 – 30 Hour, 10 Weeks TTC 113
Prerequisite: Motor Control I
This course provides an introduction to induction motors. Both single-phase and three-phase motors will be discussed. The class will review the traditional motor starting techniques: manual starters, magnetic starters and several reduced voltage starting methods. Conductor sizing, Overcurrent Protection and Overload sizing will be included. Next the class will examine the newer methods of motor control. Soft starters, which slowly bring motors up to full speed, are examined. Finally, the class will cover Variable Speed Drives. These drives can start slowly, stop slowly and operate at virtually any speed the motor can handle. Each electrician will wire, program and operate drives from a variety of manufacturers. Common control methods, troubleshooting, harmonics and drive selection will be discussed. Attendance Requirement: 80%
Prerequisite: Motor Control 101 or Administrative Approval.
Motor Control 104- Relays in Motor Control Motor Control 104 is a 6-hour course focusing on Electromechanical Relays (EMR) and their usage in Motor Control. The first 3-hour session will focus on two different general-purpose relays used in the electrical industry: Industrial Control relays and Ice Cube relays. The basic operation, function and features of the control relays will be the focus of this session. The second class will incorporate control relays into the wiring of control circuits using multiple components like Pushbuttons, Float Switches, Horns, etc. This session will also examine circuit modification using a relay. Attendance Requirement: 100%
Prerequisite: Motor Control 102 or Administrative Approval
Motor Control 103 is a 6-hour course focusing on IEC Motor Starters. The first 3-hour session will examine Motor Starters manufactured according to IEC (International Electrotechnical Commission) standards. The basic operation, function and features ot IEC Motor Starters will be the main topic of this session. the second 3-hour session will incorporate IEC Motor Starters into the wiring of basic control circuits using additional control components like Jog Buttons, Float Switches, etc. This session will also examine the proper usage of IEC Overload Relays. Attendance Requirement: 100%
Prerequisite: Motor Control 101 or Administrative Approval.
This is a 6-hour course focusing on NEMA Motor Starters. The first 3-hour session will examine Motor Starters manufactured according to NEMA (National Electrical Manufacturers Association) standards. The basic operation, function and features of NEMA Motor Starters will focus of this session. The second 3-hour session will incorporate NEMA starter motors into the wiring of basic control circuits from Line Diagrams using additional control components like Stop/Start Stations, Indicator Lights, horns, etc. Attendance Requirement: 100%
Prerequisite: None
This 6-hour course is an introduction – or re-introduction- to the fundamental concepts of reading, analyzing, and designing Motor Control circuits with Line Diagrams. Motor Control terminology, symbol usage and component identification will be the initial focus of the first 3-hour class. The second 3-hour class will shift to proper control transformer usage and the wiring of a basic control circuit using a stop/start station. Attendance Requirement: 100%
Prerequisite: McCormick Place Rigging I
This course is available for members who have completed the McCormick Rigging I class. It is a two-day course that involves a review of Rigging I, a hands-on training session, and a practical exam on an aerial work platform. Day 1 will cover a thorough review of the topics covered in Rigging I and the layout procedure involved on site. Day 2 will be a practical test in which you will be required to perform all related tasks to trade show installations in an aerial work platform at heights of 40 feet and above. You will be tested on the skills required to perform these tasks. This class takes place at McCormick Place. Attendance Requirement: 100%
Content will review the fundamentals of rigging, rigging math, rigging hardware and rigging best practices. Hands on portion of class will focus on review of proper rigging configurations and construction of a motor and truss system. Mobile Electric Work Platform (MEWP) training will also be updated. Participants must wear work clothes and work boots, and bring pocket tools, including a tape measure. Attendance requirement: 100%
Optional review session for individuals who have already completed the McCormick Place Digital Soundboard. Review session will cover proper room setup, equipment configuration and connection. Hands on session. This is a review session for those who have completed the Digital Soundboard class. New equipment will be available to build on previously-learned skills. Attendance requirement: 100%
Class session will cover proper room setup, equipment configuration and connection. Lecture topics will include introduction to terminology, equipment, cabling, sound processing and dynamics. Hands on activities will review layout and proper operation of the digital soundboard including setting Gain structure, basic EQ for input channels, connecting digital inputs and routing audio outputs. Attendance Requirement: 90%
PV System Orientation. This class prepares electricians for the unique aspects of large PV job sites. Topics include: site safety, system components and configurations, project workflow, and system commissioning. This class certifies the participant for Illinois Solar for All projects for 3 years. Attendance requirement: 100%
Heating and Air Conditioning II Level 200 – 30 Hours, 10 weeks TTC212
Prerequisite: HVAC I, and EPA Certification
HVAC II is the hands on, follow up course to HVAC I. Prior EPA certification is required to take part in the refrigerant charging and recovery exercises. Vapor charging, liquid charging, charging by weight, charging by subcooling and charging by superheat are covered. Brazing techniques are also covered. Each electrician will assemble, braze and pressure test a variety of components. A Universal R-410a Safety and Training textbook will be covered. Attendance requirement: 80%
Heating and Air Conditioning I Level 100 – 42 Hours, 14 weeks TTC112
This basic HVAC course covers the electrical controls commonly used in HVAC and the theory of refrigeration, air conditioning systems and heating principles. The mechanical refrigeration circuit is discussed and troubleshooting technology is analyzed. The EPA Refrigerant Recovery Certification Test is offered at the end of the course. Attendance requirement: 80%
High Voltage Terminations and Splicing Level 100 – 30 Hours, 10 weeks GTC132
This course pertains to medium and high voltage terminations and splicing from 15KV through 35KV. Cable types such as copper foil, URD, EPR and jacketed URD are covered. High voltage theory, cable preparation, bonding, modular terminations, and in-line straight joints. This is a hands-on course utilizing 3M and Raychem kits. Attendance requirement: 80%
Attendance is mandatory.
This is a course in professional development to enhance your understanding of a foreman’s responsibilities. The class will incorporate ways to improve the foreman’s organizational skills and overall effectiveness relating to electrical construction. The objective of this class is to educate electrical journeymen on how to efficiently manage construction projects. Attendance requirement: 100%
Fire Alarm Systems II is designed to prepare journeymen wiremen for advanced fire alarm system applications and installations, with a focus on high-rise and complex commercial environments. This course emphasizes the use of intelligent smoke detectors, duct detectors, beam detectors, and fireman’s telephone systems. Students will gain hands-on experience with the installation, wiring, and control panels, annunciators, and associated devices, all in accordance with Chicago Electrical Code requirements. The course will also include a strong focus on advanced troubleshooting techniques, equipping wiremen with the skills needed to diagnose system faults, interpret error codes, and efficiently resolve programming or hardware issues in the field. This training ensures participants are fully prepared to manage both new installations and service work on existing fire alarm systems. Attendance requirement: 80%
Fire Alarm Level 100 – 36 Hours, 12 weeks ETC123
This class covers the installation and troubleshooting methods used for fire alarm and fire suppression systems. Hands-on experience with hard-wired and addressable fire alarm systems is given. Wiring and operation of the detection devices, such as smoke and heat detectors, water-flow and tamper switches, and pull stations are explained along with the indicating devices of these systems. Attendance requirement: 80%
Fiber Optics 36-hours / 12 weeks
This course is designed to provide the technical information and ‘hands on’ experience needed to install and maintain fiber optic cabling systems. Students will learn the latest in fiber optic cable pulling and cable preparation, work with a variety of fiber from Outside Plant Loose Tube Cable to Distribution & Breakout Tight-Buffered Cable, see how to properly terminate connectors of all types and termination methods, perform hands on fiber splicing both fusion and mechanical. Also, students will learn how to perform comparative qualitative testing with the latest in handheld optical test equipment including Optical Loss Test Sets. Students will have the option to take the Fiber Optic Association CFOT (Certified Fiber Optic Technician) Certification Exam at the end of the course. Attendance requirement: 80%
Prerequisites: McCormick Rigging 1 and 2
The ETCP (Entertainment Technician Certification Program) certification test preparation course is a ten-week course with an online based curriculum. The course is a self-study program that will meet weekly to help students with particular issues encountered during weekly studies. This is a REVIEW program to prepare for the ETCP Certified Arena Rigger exam. Please refer to https://etcp.esta.org/certify/certify_rigger.html for information regarding the eligibility requirements and associated exam fees.
Electrical Inspector II Level 100 36 Hours, 12 weeks
Prerequisite: Electrical Inspectors I
This course prepares the electrician for the Electrical Inspector Certification Test. This certification is recognized by the International Association of Electrical Inspectors (IAEI), the International Code Council (ICC), and a resume must for those seeking electrical inspector positions. The objective of this class is an in-depth understanding and application of the National Electrical Code. Continuing Education Units (CEUs) will be awarded upon successful completion of this course. Attendance requirements: 80%
Electrical Inspector I Level 100 30 Hours, 10 weeks
This course prepares the electrician for the Electrical Inspector Certification Test. This certification is recognized by the International Association of Electrical Inspectors (IAEI), the International Code Council (ICC), and a resume must for those seeking electrical inspector positions. The objective of this class is an in-depth understanding and application of the National Electrical Code. Continuing Education Units (CEUs) will be awarded upon successful completion of this course. Attendance requirements: 80%
This course is a prerequisite that must be successfully completed in order to register for Construction Rigging Practical Applications. This course will provide the training necessary to competently signal a crane operator and direct a crane’s movements while moving suspended loads. This will require the student to recognize different types of cranes and to be familiar with the movements and typical operation of each type. Content delivery will be in the form of videos, slide shows, and reading. Requirements:
Prerequisites for this class include: Crane Signalperson, Construction Rigging Slings and Hardware, Construction Rigging Hitches and Tension Forces.
This course covers the process of physically connecting complex loads utilizing rigging equipment in “below-the hook” applications. Students will be able to assess a load, find the center of gravity and determine the appropriate hitching solution. Students will be able to calculate resultant tension forces on hardware and slings to determine the correct components with corresponding working load limits.
Grade Requirement: 70% or higher Attendance Requirement: 100%
After Completion of this course, students will be able to:
This course covers the process of planning the “under the hook” rigging. This course is a prerequisite that must be successfully completed in order to register for Construction Rigging Practical Applications.
Grade Requirement: 70% or higher Attendance Requirement: 100%
This course will expose the student to the common hardware and sling types used in the construction industry to rig loads to any lifting apparatus. After taking this course, the student will be able to:
This course covers componentry and application. This course is a prerequisite that must be successfully completed in order to register for Construction Rigging Practical Applications.
Grade Requirement: 70% or higher Attendance Requirement: 100%
Level 100 – 30 Hours, 10 weeks. ETC122
This course is designed to teach the skills needed to bend the various types of conduit. Electricians will familiarize themselves with standard conduit bending methods and the equipment used in the electrical industry. The types of benders used in class include hand benders, Chicago benders, electric benders, and hydraulic benders. Attendance Requirement: 80%
Code II Level 200 – 42 Hours, 14 weeks CPB200
This is a 42-hour in-depth course designed to teach the electrician code calculations requirements for both the 2017 National Electrical Code and 2018 Chicago Electrical Code. Instruction will include the proper use of all Code sections and tables for the following: branch circuit, feeder and service calculations, standard method calculation for single family and multifamily services, small commercial electrical service calculation, proper conductor sizing, conduit fill, sizing of outlet, junction and pull boxes, motor component calculations, as well as the requirements for transformer calculations. Electrical math concepts such as Ohm’s Law, 1O and 3O calculations and voltage drop will be taught. Electrical code discussion will also include: electrical wiring methods, optical fiber cables, Class 1, 2 and 3 remote control, signaling and power-limited circuits, and communication system requirements.
In-person
Students in this course will be able to size junction boxes correctly based on the available volume of the box, the volume allowances of conductors and the size of the large conduits entering the box. Calculations will be based on volume measurements and Code tables found in Article 314. Students are advised to bring a tablet or laptop to perform classroom activities.
Grade Requirement: 70% or higher Attendance Requirement: 100%
Students in this course will be able to perform calculations required to determine allowable conductor ampacity and raceway fill. This course will rely on the Code references and Tables in Article 310 to perform the proper calculations. Students are advised to bring a tablet or laptop to perform classroom activities
Grade Requirement: 70% or higher Attendance Requirement: 100%
In-person only.
This course is the introductory course to the Chicago Electrical Code and is a prerequisite class needed to take any other Code-related class at IN-TECH. This course covers Code Structure, the Table of Contents, using the index and Style manual as related to Code Arrangement, Lectures cover Article 90 and 100, as well as Code navigation techniques. Students will be able to navigate the Code to identify specific job-related guidance at a basic competency level. Students are advised to bring a tablet or laptop to perform classroom activities. Attendance Requirement: 100%
Introduction to Building Information Modeling (BIM): This basic course will introduce the field electrician, with little or no computer-aided design (CAD) experience, to the step-by-step process of BIM coordination throughout an electrical construction project. The various stages will include laying out a project in Bluebeam Revu. Then reviewing, designing and revising drawings produced in Revit. Then coordinating the project with other trades Navisworks program. Once coordinated, producing shop drawings that can be used for site installation. Attendance Requirement: 80%
The class will focus on the different systems that comprise the Building Automation system. The systems include: Electrical Systems, Lighting, HVAC, Fire Alarm, Security, Access Control, and Voice – Data – Video. The benefits of automating a building include significant energy savings, improved control, comfort, security, safety, convenience, and productivity. Attendance Requirement: 80%
BICSI Technician Certification Level 100 – 42 Hours, 14 weeks
Students MUST be present on the 1st day to complete the BICSI application. If student misses the first day of class; they will be dropped from the course. Students must have 3 years of verifiable field experience per BICSI application. The Building Industry Consulting Services International (BICSI) Technician telecommunications training is designed for the journeyman wireman low voltage cabling experience. This course combines lectures with hands-on skills practice using tools and equipment provided in class. The following areas are covered: ANSI/TIA/EIA wiring standards and the National Electrical Code, LAN cabling system characteristics and network topologies, media and media characteristics, transmission fundamentals, connectorization, grounding and bonding, pulling and terminating copper and fiber, testing and troubleshooting copper and fiber, firestopping, safety and professionalism, installation preparation, splicing and testing, site surveys, and safety practices. The BICSI Certification Exam is optional and offered at the end of the course for a $400 fee. Upon successfully passing the exam, EJATT will reimburse half of the cost. Attendance Requirement: 80%
AutoCAD Level 100 GTC 133 30 Hours, 10 weeks
Prerequisite: Prior understanding of Windows-based computer operations and file systems.
This hands-on course will provide the field electrician, with little or no computer-aided design (CAD) experience, an introduction to managing electrical contractor 2-dimensional AutoCAD drawings, including creating and editing electrical layout, change orders, and “as-built”. The course will cover the basic AutoCAD commands necessary to accomplish such tasks in the field, as well as provide the foundation for further CAD education. Attendance Requirement: 80%
OSHA OUTREACH Level 200 – 30 Hours, GTC231
This course trains the electrician to recognize and abate dangerous situations and safety violations in the construction industry. A 30 Hour OSHA Certification Card will be issued upon completion of this course. Attendance is mandatory. The OSHA OUTREACH 30 course can be used for BICSI CEC credits. Attendance Requirement: 100%
This course trains the electrician to recognize and abate dangerous situations and safety violations in the construction industry. A 10 Hour OSHA Certification Card will be issued upon completion of this course. Attendance is mandatory. The OSHA OUTREACH 10 course can be used for BICSI CEC credits. Attendance Requirement: 100%
This course is based on the 2024 edition of N.F.P.A. 70E and O.S.H.A. 29 CFR 1910 standards. Safety topics include: understanding OSHA requirements and making the proper decisions regarding potential electrical shock hazards, as well as arc flash and arc blast hazards. N.F.P.A. 70E topics include: design and work practice considerations, overview of 70E concepts, training and achieving an electrically safe work condition, working on or near live parts, approach boundaries to live parts, selection of protective clothing and other protective equipment, calculation of fault currents, and implementation. Attendance Requirements: 100%
This course teaches National Safety Council Adult CPR as well as Basic First Aid. Students will learn how to recognize and respond to breathing and cardiac emergencies in the CPR portion. Basic First Aid portion will teach students how to respond to other emergencies caused by injury or sudden illness. Attendance Requirement: 100%
This course trains the student to climb Wind Turbines safely and proficiently as well as rescue techniques. The student will also study the standards used to erect Wind Turbines. Upon successful completion of this course, the student will receive a “Wind Turbine Certification Card” which is nationally recognized and required for employment on many Wind Farms. Attendance Requirement: 100%
This class will focus on the different systems (Utility-Interactive, Stand-Alone, and Bi-Modal) and methods of installation (Rooftop, Groundmount, and Building Integrated). Attendance Requirement: 100%
This class focuses on the safety considerations of PV installations. Topics covered will include: working at heights on flat and sloped roofs, building DC voltage, proper use of meters and testing equipment on AC and DC systems. Attendance Requirement: 100%
Prerequisites: PV Circuiting, PV System Installation Types, and PV Safety
This class will discuss and then perform an installation of a Sloped-Roof Standoff System. Students will learn the importance of applying torque values and will be exposed to different racking manufacturers. This class has a prerequisite of PV Circuiting, PV System Installation Types, and PV Safety. Attendance Requirement: 100%
Prerequisites: PV Circuiting, PV System Installation Types and PV Safety
This class focuses on the mechanical installation of Photovoltaic installations. We look at Rooftop (both flat and sloped) Groundmount and Building Integrated installations. Students will learn the importance of applying torque values and will be exposed to different hands-on installations. Attendance Requirement: 100%
This class focuses on the operation and characteristics of inverters, and how they interconnect to the utility in a compliant installation. Attendance Requirement: 100%
While all of the PV classes will discuss code requirements, this class will take a deeper dive into Article 690, Article 705, and the IFC that are all relevant to compliant installations. Attendance Requirement: 100%
This class focuses on the wiring aspects of Photovoltaic Installations. The student will apply Ohms Law, Fundamentals of series/parallel circuits and DC theory to some wiring scenarios in the class lab. Students will learn the application of module labels to systems; while being exposed to the most common termination and wire management. Attendance Requirement: 100%
Prerequisite of PV 101 required.
An advanced renewable energy course whose course content will enable the student to design and size a solar photovoltaic (PV) electrical system that will meet and satisfy all required codes and standards. Introduces the student in completing the electrical installation, conducting maintenance and troubleshooting activities, and managing the PV project. This class will be a continuation of PV 101; which concentrated on the theory and installation techniques of such systems. PV201 course format will include classroom instruction and discussion on the following areas: PV safety, conducting a site assessment, PV system design, PV electrical design, PV mechanical design, and PV system inspection and commissioning. Attendance Requirement: 80%
Prerequisite for PV 201
Introductory renewable energy course that presents the theory and installation techniques of solar photovoltaic (PV) electrical systems. This class introduces the student to solar fundamentals and application of key terms and concepts of solar photovoltaic (PV) electrical systems. Students will engage in hands-on installation of flat roof and sloped roof PV systems. Attendance Requirement: 80%
The Electric Vehicle Infrastructure Training Program (EVITP) is a comprehensive 18-hour course providing technical training for electricians for the residential, commercial, public and fleet electric charging markets. The course provides a thorough understanding of charging products and associated equipment on the market today. EVITP certified electricians go to work with the ability to implement best practice skills in charging station and infrastructure site assessment, load calculation, configuration, installation, trouble shooting, commissioning, maintenance and repair. Attendance Requirement: 100%
In this class the student will learn techniques to safely ascend and descend fixed, vertical ladder systems with a vertical lifeline, work safely at height, and rescue methods at height. Students will employ industry standard body positioning and full arrest systems; learning proper use of the equipment while performing necessary work safely. Students will utilize the current rescue devices in the industry, learning to implement the equipment in case of an emergency. Grade Requirement: 70% or higher