Special Equipment Inspector study plan

Build a one-page map of the special equipment safety supervision system: identify which equipment categories are covered, the roles of the regulator, inspection bodies, and user units, and the lifecycle obligations from design through scrapping.

List, from memory, the categories of administrative measures that apply to special equipment (production licensing, use registration, periodic inspection, operator certification) and match each to the responsible party.

Explain the difference between supervisory inspection and statutory periodic inspection, and state who may perform each.

Practice 30 recall questions on domain 1 topics and log every wrong answer with the specific rule you confused.

Trace the boiler water-and-steam path on a blank diagram, labeling economizer, drum, furnace, superheater, and safety valves, and state the inspection point at each.

Calculate the required safety valve set pressure relationship and explain how to verify it during an internal inspection.

Describe the external and internal inspection routines for a fire-tube and a water-tube boiler, including what you look for at each stay, tube sheet, and ligament.

Apply the general inspection sequence (document review, preparation, visual, measurement, NDT, conclusion) to a boiler case and write the sequence you would follow.

Classify pressure vessels by pressure level and by intended function, and state how classification changes the inspection frequency and NDT scope.

Identify the failure modes most relevant to pressure vessels (corrosion thinning, hydrogen blistering, brittle fracture, fatigue cracking) and name the NDT method that detects each.

Explain the purpose and limits of hydrostatic versus pneumatic testing and state when pneumatic testing is permitted.

Describe weld joint types and the inspection implications of joint efficiency, and match common weld defects to their radiographic or ultrasonic signatures.

Identify the components of a pressure piping system (pipe, fittings, flanges, gaskets, supports, expansion joints) and state the inspection concern for each.

Explain how piping classes, service conditions, and material selection interact, and describe the walk-down checks for a pipeline before internal inspection.

Describe the thickness survey and corrosion-mapping approach for piping, including how to select measurement locations.

Complete a timed 40-question mixed set covering domains 1-5 and review every miss against the source rule.

List the safety components of an elevator (overspeed governor, safety gear, buffers, door interlocks, rope traction conditions) and state the test or check that verifies each.

Explain the inspection logic for escalators and moving walks: step and comb condition, handrail speed, skirt clearance, braking distance, and anti-reversal protection.

Identify the load-bearing elements of a lifting appliance (wire rope, chain, hook, brake, limit switch, overload protection) and state the rejection criterion for each.

Compute a rigging load estimate for a sling at an angle, and explain how sling angle changes tension.

Describe the safety envelope of a passenger ropeway: rope condition, grip force, braking, evacuation capability, and wind operating limits.

Explain the inspection focus for amusement rides: structural fatigue, restraint systems, control interlocks, and daily pre-operation checks.

Contrast field-installed and large-scale equipment inspection planning: site conditions, staged inspection, and documentation of concealed work.

Draft a pre-inspection plan for one field-installed installation listing documents to request, hold points, and safety controls.

Write three sample inspection records: one clean pass, one with a minor nonconformity, and one requiring suspension of use, each with a clear conclusion and disposition.

Explain how to classify a defect by severity and the escalation path when a defect is outside your authority to accept.

Outline the accident investigation sequence for special equipment: preserve the scene, gather records, identify the failure mode, and report findings.

State the ethics obligations of an inspector when pressured to alter a conclusion, and describe how to document the refusal.

Take two full-length timed mock exams and record the score and time per domain.

Re-drill every item missed in weeks 1-7 until each is answered correctly twice in a row.

Rewrite your weakest three domain summaries from memory and compare them to your notes.

Build a final one-page formula and criteria sheet covering set pressures, sling tension, and acceptance thresholds.