Assured Equipment Grounding Conductor Program (AEGCP) — OSHA Course

Lesson 1 • Common Electrical Hazards on Job Sites

Identifies energised equipment, damaged cords, and improper grounding as primary hazards. Provides context for why the AEGCP targets construction tool use specifically.

Lesson 2 • How Electricity Causes Injury

Covers current pathways through the human body and injury thresholds. Connects physiological effects to the need for grounding protection on job sites.

Lesson 3 • Regulatory Framework for Electrical Safety

Outlines employer obligations under construction electrical safety regulations. Students understand how the AEGCP fits within the broader compliance structure.

Lesson 1 • Competent Person Roles and Responsibilities

Defines who qualifies as a competent person under the AEGCP and what authority they hold. Students distinguish competent person duties from general worker responsibilities.

Lesson 2 • Programme Implementation and Rollout

Covers the steps to launch an AEGCP on an active construction site. Students sequence implementation tasks and assign responsibilities to appropriate personnel.

Lesson 3 • Equipment Covered Under the AEGCP

Specifies which cord-and-plug connected equipment falls under AEGCP requirements. Students apply inclusion and exclusion criteria to real job site inventories.

Lesson 4 • AEGCP vs. GFCI Protection Methods

Compares the AEGCP approach to ground fault circuit interrupter protection as alternative compliance methods.

Lesson 1 • Physical Electrical Continuity Testing Methods

Introduces continuity testing using appropriate instruments to verify grounding conductor integrity. Students select correct test methods and interpret results accurately.

Lesson 2 • Documenting Inspection Results

Defines required documentation content and format for each inspection event. Students complete inspection logs that satisfy regulatory recordkeeping standards.

Lesson 3 • Visual Inspection Techniques

Covers systematic visual checks of cords, plugs, connectors, and tool housings. Students identify defects that indicate grounding conductor compromise.

Lesson 4 • Inspection Frequency and Triggers

Establishes when inspections must occur under the AEGCP, including before first use and after incidents. Students apply frequency rules to varied job site scenarios.

Lesson 1 • Types of Grounding Test Instruments

Surveys continuity testers, multimeters, and dedicated ground testers used in AEGCP inspections. Students match instrument type to specific inspection tasks.

Lesson 2 • Instrument Calibration and Verification

Covers calibration schedules, verification checks, and documentation for test instruments. Students ensure instrument accuracy before conducting AEGCP inspections.

Lesson 3 • Safe Instrument Operation Practices

Addresses personal safety when operating test instruments on energised and de-energised equipment. Students apply safe work practices to prevent instrument-related injuries.

Lesson 1 • Repair vs. Replace Decision Criteria

Establishes the conditions under which damaged equipment may be repaired versus removed permanently. Students apply decision rules to realistic defect scenarios.

Lesson 2 • Plug and Connector Replacement

Covers correct procedures for replacing damaged plugs and connectors while preserving grounding continuity. Students wire replacement plugs to correct polarity and grounding standards.

Lesson 3 • Permissible Cord Repair Techniques

Details approved methods for splicing, re-jacketing, and replacing cord sections. Students perform repairs that restore full grounding conductor integrity.

Lesson 4 • Post-Repair Testing and Return to Service

Defines the testing sequence required before repaired equipment re-enters service. Students complete the full return-to-service process including documentation.

Lesson 1 • Inspection Log Design and Maintenance

Covers the design of effective inspection logs and the discipline required to keep them current. Students build logs that are audit-ready and field-practical.

Lesson 2 • Record Retention and Access

Defines how long AEGCP records must be retained and who must have access to them. Students establish retention schedules and retrieval systems for compliance audits.

Lesson 3 • Digital Recordkeeping Tools

Introduces software and mobile applications that streamline AEGCP documentation. Students evaluate digital tools against regulatory requirements for record validity.

Lesson 4 • Required Records Under the AEGCP

Identifies every record type mandated by the AEGCP and the information each must contain. Students distinguish compulsory records from optional programme enhancements.

Lesson 1 • Designing Effective Safety Training

Applies adult learning principles to AEGCP training design for construction workers. Students create training that transfers to correct field behaviour, not just test scores.

Lesson 2 • Delivering Toolbox Talks on AEGCP

Covers the format and content of brief job site safety talks focused on grounding protection. Students facilitate toolbox talks that reinforce daily inspection habits.

Lesson 3 • Competency Assessment Methods

Introduces written, oral, and practical assessment formats for verifying AEGCP competency. Students select and administer assessments appropriate to worker roles.

Lesson 4 • Training Requirements Under the AEGCP

Specifies who must be trained, on what topics, and how often under the AEGCP. Students map training obligations to worker roles and equipment exposure levels.

Lesson 1 • Internal AEGCP Audit Process

Defines the scope, frequency, and methodology of internal programme audits. Students conduct audits that identify compliance gaps before regulatory inspections occur.

Lesson 2 • Common Programme Deficiencies

Catalogues the most frequently cited AEGCP failures found during regulatory inspections. Students recognise deficiency patterns and prioritise corrective actions accordingly.

Lesson 3 • Corrective Action Planning

Covers the development and tracking of corrective actions arising from audits and incidents. Students write actionable plans with assigned owners, deadlines, and verification steps.

Lesson 4 • Incident Investigation for Electrical Events

Applies root cause analysis to electrical shock and near-miss incidents on construction sites. Students identify AEGCP failures that contributed to incidents and prevent recurrence.