gh-ec-electrical-wiring-domestic study plan

Build a one-page reference sheet mapping each common residential wiring method (NM-B, UF, AC/MC, EMT, PVC, LFMC) to its permitted uses, prohibited locations, and support/fasten spacing rules

Classify 25 cable and raceway scenarios as permitted or prohibited and write the governing rule next to each answer

Define the core Article 100 terms you will reuse all exam (ampacity, branch circuit, feeder, service, outlet, device, receptacle, bonding jumper) in your own words

List the box-fill steps in order and compute fill for five single-gang and two multi-gang box layouts with mixed conductors, devices, and grounds

Explain the difference between a code rule, an informational note, and a manufacturer instruction, and note which one governs an inspection dispute

Compute a single-family dwelling service load using the standard method: general lighting, small-appliance and laundry circuits, range, dryer, water heater, and HVAC, then compare to the optional method

Size service conductors, the main breaker, and the grounding electrode conductor from your computed load and state the applicable table for each

Calculate conductor ampacity adjustments for ambient temperature and for more than three current-carrying conductors in a raceway

Distinguish grounding versus bonding for five residential scenarios and identify the correct conductor and termination point for each

Select the correct overcurrent device type and rating for five branch circuits, including motor and AC loads, and justify the choice

Lay out receptacle spacing for a full dwelling floor plan and mark every required location, including wall-space measurement rules, islands, countertops, and bathroom/garage/outdoor GFCI requirements

Determine switch and lighting outlet requirements room by room, including stairways, hallways, and habitable-room wall-switch rules

Specify device ratings, tamper-resistant and weather-resistant requirements, and box mounting heights for kitchens, bathrooms, and laundry areas

Apply the pool, spa, and hot-tub rules: equipotential bonding, receptacle distance, and GFCI coverage, and write a one-paragraph summary of each

Identify the special rules for garages, accessory buildings, and unfinished basements, and list what changes when the space is converted to habitable use

Size branch-circuit conductors and overcurrent protection for a central AC condenser, air handler, and electric water heater using nameplate data and the motor/appliance articles

Compute minimum circuit ampacity and maximum overcurrent protection from a sample nameplate, and explain why the breaker may exceed the conductor ampacity

Determine disconnect requirements and locations for HVAC equipment and appliances, including the within-sight rule

Size a dedicated 240V circuit for a range or dryer using the demand factors that apply to household cooking and laundry appliances

Trace the rules for flexible cord and plug connection versus hard-wiring for dishwashers, disposals, and ranges

Separate power-limited low-voltage wiring from line-voltage wiring and state the separation, sleeve, and box requirements for each

Describe installation rules for communications, coaxial, and structured cabling, including bend radius, support, and grounding of the incoming service

Explain smoke and carbon monoxide alarm placement, interconnection, and power-source requirements for a dwelling

Build a pre-cover inspection checklist covering framing-stage items an inspector typically looks at before drywall

Write a correction-notice response workflow: read the citation, locate the rule, correct the work, and document the fix for re-inspection

Summarize the Georgia licensing structure for electrical contractors, journeyman, and apprentice classifications, including who may pull permits and supervise work

Outline continuing-education, license renewal, and penalty provisions and note where the official state board materials live so you can verify current numbers

Explain the permit, inspection, and certificate-of-occupancy sequence for a residential job from application to final

Describe business requirements affecting a small electrical contractor: contract terms, lien and notice basics, insurance, and recordkeeping

Practice answering code-administration questions about who enforces the code, local amendments, and the appeals process

Re-work every missed question from weeks 1-6 and write the correct rule beside each, grouping misses by domain to expose weak areas

Redo box fill, conductor ampacity adjustment, and grounding/bonding problems under a 90-second-per-question timer

Rehearse the top ten installation mistakes that generate correction notices and state the correct practice for each

Build a personal formula and table index so you can locate ampacity, fill, and load-calculation data quickly during the open-book exam

Complete two full-length timed practice exams under exam conditions and record domain-by-domain scores

Review only the two lowest-scoring domains from those exams and close each gap with targeted drilling

Recite from memory the load-calculation steps, the GFCI/AFCI location list, and the Georgia license and permit essentials

Finalize exam-day logistics: approved reference materials, tabbing strategy, time allocation per question, and a plan for flagged questions