| Certified Welding Inspector (Level II)
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The important thing to realize is that effective
welding inspection involves much more than just looking at finished welds.
Section 4 of AWS QC1 Standard for AWS
Certification of Welding Inspectors outlines the various functions
of the welding inspectors. You should become familiar with these various
responsibilities because the welding inspector's job is an ongoing process.
Day: 5 days
Hour: 40 Hours
Exam: Book & Standard & Practical
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| Radiography Testing (Level II)
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Radiography uses X-rays or gamma-rays to produce an
image of an object on film. The image is Usually natural-size. X-rays and
gamma-rays are very short wavelength electromagnetic radiation which can pass
through solid material , being partly absorbed during transmission. Thus, if an
X-ray source is placed on one side of a specimen and photographic film on the
other side, an image is obtains on the film of the thickness variations in the
specimen, whether these are surface or internal.
Duration: 10 days
Hour: 80 Hours
Exam: General & Standard & Practical
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| Ultrasonic Testing (Level II)
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Ultrasonic methods of NDT use beams of mechanical
waves (vibrations) of short wavelength and high frequency, transmitted from a
small probe and detected by the same or other probes. such mechanical waves can
travel large instances in fine-grain metal, in the form of a divergent wave
with progressive attenuation.
Duration: 10 days
Hour: 80 Hours
Exam: General & Standard & Practical
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| Liquid Penetrant Testing (Level II)
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This is simple low-cost method of detecting
surface-breaking flaws such as cracks, laps porosity, etc. To be detected, the
flow must reach the surface to be tested (i.e. Surface breaking). Penetrant
testing one step up from visual inspection and offers many advantages, such as
speed, large-area coverage, cheapness.
Duration: 3 days
Hour: 25 Hours
Exam: General & Standard & Practical
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| Magnetic Particle Testing (Level II)
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This method is used for the detection of surface and
near-surface flows in ferromagnetic materials and is primarily used for crack
detection. The specimen is magnetized, whether locally or overall and, if the
material is sound, the magnetic flux is predominantly inside the material. If,
however, there is a surface-breaking flaw, the magnetic field is distorted,
causing local magnetic flux leakage around the flaw. this leakage flux is
displayed by covering the surface with very fine iron particles applied either
dry or suspended in a liquid.
Duration: 3 days
Hour: 25 Hours
Exam: General & Standard & Practical
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| Visual Testing (Level II)
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Visual inspection, with or without optical aids, is
the original method of NDT. many defects are surface-breaking and can be
detected by careful direct visual inspection.
Duration: 5 days
Hour: 40 Hours
Exam: General & Standard & Practical
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| WPS & PQR ( According to ASME IX )
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This is the standard way to prepare " Welding
Procedure Specification " as named : WPS It contains general requirements ,
electrical parameters , heating cycles , welding technique choice , etc. after
preparing a " Prequalified WPS " standard examinations are needed to verify the
procedure that called : " Procedure Qualification Record " PQR to be sure that
all requirements are fulfilled .
Duration: 3 days
Hour: 25 Hours
Exam: General & Standard & Practical
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| WELDING & CUTTING TECHNOLOGY
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This course explain welding & cutting
technologies such as : arc welding / cutting , pressure welding methods ,
Mechanical or Metallurgical properties of welds , Narrow gap methods such as :
Plasma arc welding , EBW , Laser welding , etc. Oxygen cutting , Gouging ,
Plasma arc cutting , etc.
Duration: 4 days
Hour: 30 Hours
Exam: General
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| WELD DEFECTS
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This course explains conventional defects that may
occur in a welded specimen these defects may be : Cracks , Undercut , LOF/LOP ,
Dimensional Defects , Pores , Inclusions , etc. The way of preventing these
defects needs to know some metallurgical / mechanical properties of materials.
Duration: 3 days
Hour: 25 Hours
Exam: General
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