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TRACKS

Two distinct tracks

Exact responsibilities and exam requirements vary by framework, sector and method: levels 1 and 2 of the two tracks are not strictly equivalent.

TRACK A

Aerospace

Inspection of aerospace parts and structures: sector-specific materials and processes, approved instructions, traceability and personnel qualification under the applicable system (employer, customer, body).

EN 4179NAS 410FrANDTB (depending on the applicable context)

What the track covers

  • Aerospace materials (aluminium, titanium and nickel alloys, high-strength steels, composites)
  • Parts and components: discs, blades, landing gear, structures, fasteners
  • Manufacturing and service defects: fatigue, stress corrosion, shrinkage, forging laps
  • Approved instructions and technical documentation, traceability of products and parameters
  • Personnel qualification and certification under the applicable system
TRACK B

CIFM

Inspection in manufacturing and maintenance industries: welds, forged and cast parts, structures, mechanical components and in-service equipment, according to the applicable codes, contracts and sector requirements.

COFRENDISO 9712Applicable sector requirements

What the track covers

  • Inspection of raw and machined industrial parts
  • Weld inspection (piping, pressure equipment, structures)
  • Inspection of structures and mechanical components
  • Manufacturing and in-service defects
  • Interpretation of indications, procedures and inspection instructions

Two levels, two programmes

Level 1 — Performing under instruction

Carry out inspections according to written instructions, under the responsibility of a higher level, and recognise indications.

  • Understand the fundamental principles of the method
  • Know the equipment, products and consumables
  • Apply inspection instructions
  • Carry out inspections according to authorised procedures
  • Recognise and record indications
  • Follow safety instructions

Level 2 — Performance, interpretation and evaluation

Choose and set up the technique within the authorised scope, interpret and evaluate indications, and report results.

  • Master the physical principles
  • Choose suitable parameters
  • Understand and apply procedures
  • Interpret and evaluate indications
  • Write instructions where the applicable certification scope allows
  • Understand the limits of the method
  • Master the conditions for carrying out inspections