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Classroom-Based Four-Year Electrical Program

It’s good to be in demand.

There’s never been a better time to join the electrical industry. An ever-increasing dependency on electrical appliances and automated systems in homes, businesses and industrial facilities has fueled the demand for trained electrical and systems technicians. Our intensive four-year apprenticeship training program is designed to provide electrical apprentices with the necessary theory and practical training to earn the status of electrician. Highly skilled tradespeople, electricians combine electrical theory, knowledge of electrical equipment, and the necessary job skills to safely and correctly perform important services for commercial and residential consumers. This includes utilizing electrical, low voltage and renewable energy for such purposes as lighting, heating, operation of electrical equipment, motor control systems and appliances.

A time-tested education that works. Taking place as traditional classroom instruction, the IEC Chesapeake’s Four-Year Electrical Apprenticeship Program is our oldest and most popular program. Throughout the duration of the program, apprentices work full-time and attend classes two nights per week, providing the 8,000 hours of on-the-job and classroom training required for the journeyman electrician license. Because the curriculum is recognized by the U.S. Department of Labor’s Office of Apprenticeship Training, students receive nationally-recognized credentials as a Journeyman Electrician upon satisfactory completion of the program. Most of our students enroll with the ambition of earning their Journeyman or Master Electricians License, and many graduates go on to become project managers, foremen, estimators, and business owners.

mentor with electrician student

And the benefits don’t stop there:

  • Reviewed by the American Council on Education and up to 40 college credits may be awarded to apprentices completing four years of the IEC training curriculum to use towards a four year college program
  • Offered by most of IEC chapters throughout the country for ease of transferring credits
  • Transfer students are welcome

Click on the links below to view the curriculum for each year or download the PDF.

Year One Curriculum

101: Orientation and Basic Principles

102: Tools, Fasteners, and Knots

103: Introduction to Safety, Navigating the NEC® and EWR Plans

104: Introduction to Electric Charges and Basic Math

105: Applied Math, Circuit Theory, Plans & Specs

106: Applied Math, Ohm’s Law, Electrical Symbols, Boxes, and Box Fill

107: Conduit Bending

108: Dwelling Circuit Requirements, Outlet Locations, and General Lighting Load

109: Conductor Types, Ampacity, Overcurrent Protection, Type NM Cables, and Common Voltage Systems

110: Voltage Drop, Cable, Conduit, and Tubing

111: First Semester Mid-Term Review and Exam

112: Conductor Terminology, Switches, and Receptacles

113: GFCI, AFCI, and Other Special-Purpose Receptacles

114: Luminaires, Ballasts, and Lamps

115: Box Fill and Introduction to Series Circuits (Front Bedroom)

116: Box Sizing and Series Circuits (Master Bedroom)

117: Lighting and Small Appliance Branch Circuits

118: First Semester Final Exam

119: Track Lighting, Dimmers, and Introduction to Parallel Circuits (Living Room)

120: Laundry and Bathroom Receptacles and Parallel Circuits

121: Garage and Garage Door Circuits, Underground Installations, and Parallel Circuit Calculations

122: Appliance and Special Purpose Outlets

123: Ranges, Ovens, Counter-Mounting Cooking Units, and Other Kitchen Appliances

124: Bathrooms, Exhaust Fans, and Hydromassage Tubs

125: Heating and Air Conditioning

126: Residential Limited Energy Systems

127: Second Semester Mid-Term Review and Exam

128: Multiwire Branch Circuits and Introduction to Combination Circuits (Recreation Room)

129: Combination Circuits, Conductor Ampacity Correction, and Conduit Fill (Workshop)

130: Services and Service Equipment, and Cost of Electrical Power

131: Grounding and Bonding, Specialty Tools

132: Overcurrent Protection and Circuit Conditions

133: Service Entrance Calculations

134: Swimming Pools, Spas, and Hot Tubs

135: Home Automation, Standby Power, and Photovoltaic Systems

136: Second Semester Final Exam

Year Two Curriculum

201 Printreading: Basic Concepts

202 Printreading: Brick Veneer Residence

203 Printreading: Construction Materials

204 Printreading: Light Frame Construction

205 Printreading: Wendy’s Restaurant Part I

206 Printreading: Wendy’s Restaurant Part II

207 Printreading: Veterinary Center

208 Printreading: Quantity Take-Off

209 First Semester Mid-Term Review and Exam

210 Code Study: NEC® Intro, Chapter 1, and Chapter 2, Articles 90, 100, 110, and 200

211 Code Study: NEC® Chapter 2, Article 210

212 Code Study: NEC® Chapter 2, Articles 215, 220, 225, and 230

213 Code Study: NEC® Chapter 2, Articles 240, 242, and 250

214 Code Study: NEC® Chapter 3, Articles 300 and 310

215 Code Study: NEC® Chapter 3, Articles 312 and 314

216 Code Study: NEC® Chapter 3, Articles 320–393

217 First Semester Exam Review

218 First Semester Exam

219 Introduction to AC Theory

220 AC Theory: Inductive and Capacitive Reactance

221 AC Theory: Impedance and Power Factors

222 Single-Phase Transformers: Theory, Types, and Calculations

223 Power Generation, Transmission, and Distribution; Introduction to Three-Phase Calculations

224 3Ø Transformers

225 Buck-Boost Transformers: Single-Phase Connections and Applications

226 Balancing Three-Phase Loads, Nonlinear Loads, Three-Phase Fault Currents, and Voltage Drop

227 Second Semester Mid-Term Review and Exam

228 Code Study: NEC® Chapter 4, Articles 400–408, 410, 422, and 424

229 Code Study: NEC® Chapter 4, Articles 430, 440, 445, 450, and 480

230 Code Study: NEC® Chapter 5, Articles 500–510 and 511–516

231 Code Study: NEC® Chapter 5, Articles 517–590

232 Code Study: NEC® Chapter 6, Articles 600–604, 620–645, and 680

233 Code Study: NEC® Chapter 6, Articles 690 and 695

234 Code Study: NEC® Chapter 7, Articles 700–705, 725, and 760

235 Second Semester Final Exam Review

236 Second Semester Final Exam

Year Three Curriculum

301 Practical Guide to OSHA and NFPA 70E®

302 Introduction to Grounding and Bonding

303 General Requirements for Grounding and Bonding

304 System Grounding: Grounded Conductors, Systems Required to be Grounded, and Systems Not Permitted to be Grounded

305 System Grounding: Separately Derived Systems, Main Bonding Jumpers, and System Bonding Jumpers

306 Grounding Electrode Systems and Grounding Electrode Conductors

307 Supply-Side and Load-Side

308 Equipment Grounding and Equipment Grounding Conductors

309 Grounding of Specific Equipment & Conditions

310 First Semester Mid-Term Review and Exam

311 Printreading: Project Design, Development, and Specifications

312 Printreading: Site, Civil, Survey, and Structural Drawings

313 Printreading: Architectural Drawings — Lines, Dimensions, and Wall Types

314 Printreading: Architectural Drawings — Schedules, Details, and Coordination

315 Printreading: “MEP”, “M”, “E”, and “P” Drawings

316 Leadership: Foreman Training

317 First Semester Exam Review

318 First Semester Exam

319 Test Instruments and Test Instrument Safety

320 Toggle Switch, Push Button, and Basic Load Symbols — Introduction to Ladder Diagrams

321 Introduction to Contactors and Relays

322 Applications Using Contactors and Relays

323 Manual and Automatic Control Devices

324 Ladder Diagram Applications

325 Automatic-Control Practical Applications

326 Magnetic Motor Starters

327 Magnetic Motor Starters and Pilot Devices: Practical- Application Emphasis on Holding Contacts

328 Second Semester Mid-Term Review and Exam

329 Motor Overload Protection, Motor Power Connection, and Practice Scenarios

330 Magnetic Motor Starters: Practical-Application

331 Motor Reversing: Controllers and Connections

332 Magnetic Motor Starters: Practical-Application Emphasis on Reversing Motors

333 Latching Relays, Alternating Relays, and Jogging Circuits

334 Magnetic Motor Starters: Practical-Application Emphasis on Multimotor Equipment

335 Second Semester Final Exam Review

336 Second Semester Final Exam

Year Four Curriculum

401 Energized Electrical Work Relative to NFPA 70E®

402 Power Distribution Systems and Phase-Loss Monitors

403 Solid-State Relays and Phase-Loss Lab

404 Timing Relays: On-Delay, Interval, and Recycle

405 Timing Relays: Practical Application of On-Delay, Recycle, and Interval Timers

406 Timing Relays: Off-Delay, One-Shot, and Multifunction

407 Timing Relays: Practical Application of Off-Delay, One-Shot, and Multifunction Timers

408 Counters and Sensors

409 Mid-Term Review and Exam

410 Motor Starting Methods

411 Motor Drives — Accelerating and Decelerating Methods

412 Introduction to Programmable Controllers

413 Advanced Lab — Automatic Car Wash

414 Energy Management and Building Automation Including Latching Relays

415 Fire Suppression Systems and Advanced Lab

416 Preventive Maintenance and Troubleshooting

417 First Semester Exam Review

418 First Semester Final Exam

419 Introduction, Definitions, and Boxes

420 Cable Types and Flexible Cords: General Installation Requirements

421 Raceways and Conductors

422 Dwelling Units: General Provisions

423 Dwelling Units: Specific Provisions

424 Services: Equipment and Working Space

425 Commercial Installations

426 Hazardous Locations and Health Care Facilities

427 Mid-Term Review and Exam

428 Miscellaneous Occupancies and Special Equipment

429 Alternative Energy Sources and Emergency Power Systems

430 Motors and Power Quality

431 Service and Load Calculations

432 BCES Application and Grounding & Bonding Requirements

433 Fire Alarm Systems – Introduction and Overview

434 Introduction to Limited Energy/Low-Voltage Systems

435 Final Exam Review

436 Second Semester Final Exam

Y4 Annex V Common Voltage Systems

It’s a great time to join the electrical industry.