National Home Inspector Examination® (NHIE) study plan

Map the Structural domain's published task list into a one-page outline, grouping line items under foundations, framing, and roof structure

Define footing, slab, and foundation-wall terminology (footing, stem wall, slab-on-grade, pier, grade beam) and write a plain-English definition for each from memory

Trace how water moves from roof to grade and list the code-relevant clearances and slopes at each transition point

Build a 40-term structural glossary in a spreadsheet with a column for 'how I would explain it to a client'

Explain load paths from roof to foundation in writing, naming each structural member in sequence

Distinguish platform, balloon, and post-and-beam framing and describe the inspection implications of each

Identify the common structural defects that show up in older housing stock (notching, over-spanned joists, cut members, inadequate bearing) and write a one-line defect description for each

Practice writing 15 structural report narratives that state the observation, the implication, and the recommended action

Walk through the exterior envelope in order (roof covering, flashing, wall cladding, windows, grade) and write the failure modes at each layer

Differentiate structural observation from code-compliance judgment and draft three example phrases that keep the report on the correct side of that line

Analyze how moisture intrusion and wood-destroying insects present differently and describe what evidence distinguishes them

Complete 30 structural practice questions untimed and log every miss with the reason for the error

Re-test the structural error log items cold and confirm each is now answered correctly without notes

Preview the Mechanical domain's task list and mark which topics overlap with structural (venting, combustion air, appliance clearances)

Define the difference between a safety hazard and a functional defect and apply it to five structural scenarios

Draft a personal inspection sequence checklist that orders the walkthrough room by room and system by system

Describe the electrical service path from utility drop to panel to branch circuit, naming the components in order

Explain grounding and bonding, and write three report phrases that describe an observed defect without prescribing repairs

Identify the amperage and conductor cues visible in a panel and describe what can and cannot be determined from a visual inspection

List the common electrical safety findings (double-taps, missing covers, improper bonding, aluminum branch wiring) with a short description of each

Trace the heating fuel-to-heat path for gas forced air, gas hydronic, and heat pump systems, naming each component

Explain combustion air, draft, and venting requirements well enough to describe why a backdrafting appliance is a hazard

Compare plumbing supply and drain-waste-vent behavior and list the failure signs for each (pressure loss, cross-connection, trap seal loss, inadequate slope)

Practice 20 mechanical practice questions timed at exam pace and log every miss

Re-test the mechanical error log cold and confirm each item is corrected

Summarize the business domain's scope: standards of practice, contract and report language, liability limits, ethics, and client communication

Draft a client-facing summary paragraph for a report that separates safety items from maintenance items

Write three scenarios where an inspector must decline to speculate, and the exact language to use instead

Assemble a one-page business-domain reference covering contracts, standards of practice, ethics, and liability

Run two full-length timed practice exams under exam conditions and record domain-level scores for each

Analyze score gaps by domain and re-study only the weakest areas in the final days

Review both error logs end to end and confirm no item remains unexplained