IECRM Events, Classes, Important Dates

NEC Code Changes I & II: * Will cover all significant NEC changes for the 2026 code cycle. * Combines the 4 CEU hours of NEC Changes I with the 4 CEU hours of NEC Changes II What to bring: Participants may find it helpful to bring something upon which to take notes as well as their 2026 NEC Codebook. Participants will earn 8 continuing education units (CEUs) upon successful completion of this course. All of IECRM’s continuing education courses meet the criteria of the Colorado State …

Wiring Methods I & II: * Conductor Sizing and Protection * Conductor Requirements * Conductor Ampacities * Conductor Deration * Raceway Sizing * Outlet Box Fill * Pull Boxes * Junction Boxes * Conduit Bodies * Combines the 4 CEU hours of Wiring Methods I with the 4 CEU hours of Wiring Methods II Participants will earn 8 continuing education units (CEUs) upon successful completion of this course. All of IECRM’s continuing education courses meet the criteria of the Colorado State E…

Electrical License Exam Prep Course: This 24-hour CEU course prepares you to take the RW, JW, or Master electrical license exam as well as fulfills your continuing education license renewal requirements for the 2023 - 2026 code cycle. This class meets for 4 hours once a week, for 6 consecutive weeks. This class covers essential topics from Wiring Methods, Grounding & Bonding, Theory & Calculation, NEC Code Changes, and Safety. Included with the registration for this class is a copy of Mike Holt…

Grounding & Bonding I & II: * General Rules * System Grounding * Grounding Electrode * Enclosure, Raceway and Service Cable * Bonding * Equipment Grounding Conductor * Equipment Grounding Rules * Special Occupancies * Combines the 4 CEU hours of Grounding & Bonding I with the 4 CEU hours of Grounding & Bonding II What to bring: Please be sure to bring a calculator and your Code Book. Participants will earn 8 continuing education units (CEUs) upon successful completion of this …

Theory & Calculations 8 CEU Hours: An 8 hour course on the theory and calculations of fault currents, transformers, and motors. * Sources VS Impedances * Current Limiting Devices * Applying NEC Section 240.86(B) & (C) * Principles of magnetism * Magnetic Induction * Single phase and polyphase voltage transformers * Discuss NEC Article 450, with emphasis on overcurrent protection methods for transformers, * AC induction motor, both single-phase and three-phase. * Discuss NEC Artic…