COURSES

Objective : Qualified to properly perform specific calibrations, examination, and evaluations for acceptance or rejection determinations according to written instruction and to record results. A Level I personnel should receive necessary instruction and supervision from a certified Level II or III individual.

Education   : Minimum High school or Equivalent

Experience : Experience as per section 6.3 and to be verified by the Employer.

Course Content :

• Introduction to Basic Radiation Physics 
• The principles of Radiographic Techniques 
• Radiographic Film and Processing
• Film Handling, Loading, and Processing
• Image Quality
• Exposure Devices  
• Exposure Techniques  
• Fluoroscopic Techniques
• Biological Effects and Radiation Detection
• Code and Standards.

Objective :  Qualified to set up and calibrate equipment and interpret and evaluate results with respect to applicable codes, standards, and specifications. Should be thoroughly familiar with scope and limitations of methods for which qualified and should exercise assigned responsibility for on-the-job experience and guidance of trainees and Level I personnel. He should be able to organize and report the results.

Education   : Minimum High school or Equivalent

Experience : Experience as per section 6.3 and to be verified by the Employer.

Course Content :

• Introduction to Basic Radiation Physics 
• The principles of Radiographic Techniques 
• Radiographic Film and Processing
• Film Handling, Loading, and Processing
• Image Quality
• Exposure Techniques  
• Film Artifacts
• Categories of Discontinuities
• Welding Process  
• Interpretation of Radiographs
• Radiological Safety  and Radiation Detection
• Code and Standards.

Objective : 
Ultrasonic Testing – Level I, Classroom NDT training course is developed to meet the requirements of ASNT SNT-TC-1A, CP -189 and other equivalent standards and customer specific written practice for training and certification in this method of Non-Destructive Testing personnel.
After completion of Ultrasonic Testing – Level I classroom training course you will get in-depth knowledge of Ultrasonic Testing principles, sound waves, and attenuation of sound, transducers, equipment and application of Ultrasonic Testing techniques to test various product forms.

Education   : Minimum High school or Equivalent

Experience : Experience as per section 6.3 and to be verified by the Employer.

Course Content :

• Wave modes
• Acoustic Impedance
• Reflection and Refraction
• Wave interaction & Interference  UT I – A Scan
• Piezoelectric Transducer   
• Ultrasonic Pulsar and Receiver  
• Attenuation of sound
• Major Variables in Ultrasonic Testing
• Test Blocks and Instrument Calibration
• Straight Beam Testing
• Code and Standard.

Objective : 
Ultrasonic Testing – Level II, Classroom NDT training course is developed to meet the requirements of ASNT SNT-TC-1A, CP -189 and other equivalent standards and customer specific written practice for training and certification in this method of Non-Destructive Testing personnel.
After completion of Ultrasonic Testing – Level II classroom training course, you will get in-depth knowledge of Ultrasonic weld flaw sizing, weld inspection, discontinuity interpretation and evaluation as per ASME Sec V article 4, AWS D1.1 and application of Ultrasonic Shear Wave techniques to test welding of pipe, plate, and other various product forms.

Education   : Minimum High school or Equivalent

Experience : Experience as per section 6.3 and to be verified by the Employer.

Course Content :

• Calibration Blocks
• Ultrasonic Straight Beam Technique UT II-Weld
• Ultrasonic Angle-Beam Examination as per ASME Sec V, Article 4
• Ultrasonic Angle-Beam Examination as per AWS D1.1  
• Immersion Testing
• Ultrasonic Testing Written Procedure
• Code and Standard.

Objective : 
Magnetization is possible of certain materials, it is possible to find out discontinuities by using a medium (iron powder) having the magnetic attraction. Magnetic Particle Inspection is relatively easy and simple test method that can be applied at various stages of manufacturing and process.

Cracks distort the magnetic lines of force and create poles on either side of the crack. Strength depends on upon the number of interrupted lines of force. An indication of maximum size is found when magnetic lines are at right angle to the discontinuity. The Intensity of magnetization depends upon the susceptibility of the material to become magnetized

Education   : Minimum High school or Equivalent

Experience : Experience as per section 6.3 and to be verified by the Employer.

Course Content :

• NDT Method Descriptions
• Introduction to Surface Testing Methods
• Introduction to the SCIENCE of Magnetism
• Your MAIN STUDY GUIDES – (Lessons 1-6)
• Types and the Sources of Most Defects
• Testing Materials & the NDT Methods used
• Glossary of Terms for Magnetic Particle
• Quick Study for Material/Processes
• Corrosion Types
• Specifications and Procedures (MPI Level I/II).

Objective : 
Magnetization is possible of certain materials, it is possible to find out discontinuities by using a medium (iron powder) having the magnetic attraction. Magnetic Particle Inspection is relatively easy and simple test method that can be applied at various stages of manufacturing and process.

Cracks distort the magnetic lines of force and create poles on either side of the crack. Strength depends on upon the number of interrupted lines of force. An indication of maximum size is found when magnetic lines are at right angle to the discontinuity. The Intensity of magnetization depends upon the susceptibility of the material to become magnetized

Education   : Minimum High school or Equivalent

Experience : Experience as per section 6.3 and to be verified by the Employer.

Course Content :

• NDT Method Descriptions
• Introduction to Surface Testing Methods
• Introduction to the SCIENCE of Magnetism
• Your MAIN STUDY GUIDES – (Lessons 1-6)
• Types and the Sources of Most Defects
• Testing Materials & the NDT Methods used
• Glossary of Terms for Magnetic Particle
• Quick Study for Material/Processes
• Corrosion Types
• Specifications and Procedures (MPI Level I/II).

Objective : 
Liquid Penetrant Testing – Level I & II, Classroom NDT training course is developed to meet the requirements of ASNT SNT-TC-1A, CP -189, NAS 410 and other equivalent standards and customer specific written practice for training and certification in this method of Non-Destructive personnel.
After completion of this liquid penetrant testing class, you will get in-depth knowledge of Physics of Liquid Penetrant Testing, materials and applications of Liquid Penetrant Testing methods to test various ferrous and nonferrous product forms for discontinuities open to the surface.

Education   : Minimum High school or Equivalent

Experience : Experience as per section 6.3 and to be verified by the Employer.

Course Content :

• History of Liquid Penetrant Testing 
• Physics of Liquid Penetrant Testing  
• Classification of Penetrant System  
• Pre-cleaning & Post Cleaning
• Liquid Penetrant Processing  
• Liquid Penetrant Methods  
• Liquid Penetrant Testing Equipment
• Interpretation and Evaluation
• Classification of discontinuities
• Codes and Standards

Objective : 
Liquid Penetrant Testing – Level I & II, Classroom NDT training course is developed to meet the requirements of ASNT SNT-TC-1A, CP -189, NAS 410 and other equivalent standards and customer specific written practice for training and certification in this method of Non-Destructive personnel.
After completion of this liquid penetrant testing class, you will get in-depth knowledge of Physics of Liquid Penetrant Testing, materials and applications of Liquid Penetrant Testing methods to test various ferrous and nonferrous product forms for discontinuities open to the surface.

Education   : Minimum High school or Equivalent

Experience : Experience as per section 6.3 and to be verified by the Employer.

Course Content :

• History of Liquid Penetrant Testing 
• Physics of Liquid Penetrant Testing  
• Classification of Penetrant System  
• Pre-cleaning & Post Cleaning
• Liquid Penetrant Processing  
• Liquid Penetrant Methods  
• Liquid Penetrant Testing Equipment
• Interpretation and Evaluation
• Classification of discontinuities
• Codes and Standards.

Objective : 
Visual & Optical Testing – Level I & II, Classroom NDT training course is developed to meet the requirements of ASNT SNT-TC-1A, CP -189 and other equivalent standards and customer specific written practice for training and certification in this method of Non-Destructive Testing personnel.
After completion of Visual & Optical Testing – Level II classroom training course, you will give get in-depth knowledge of visual and optical techniques, mechanical & optical tools, interpretation, and evaluate various product discontinuities.

Education   : Minimum High school or Equivalent

Experience : Experience as per section 6.3 and to be verified by the Employer.

Course Content :

• Illumination
• The Human Eye
• Optical & Mechanical Aids  VT II Weld
• Engineering Materials
• Welding Process
• Weld Inspection
• Welding Discontinuities
• Manufacturing Discontinuities
• Service Induced Discontinuities
• Pump, Valve, and Bolting
• WPS and PQR
• Codes and Standards.

Objective : 
Visual & Optical Testing – Level I & II, Classroom NDT training course is developed to meet the requirements of ASNT SNT-TC-1A, CP -189 and other equivalent standards and customer specific written practice for training and certification in this method of Non-Destructive Testing personnel.
After completion of Visual & Optical Testing – Level II classroom training course, you will give get in-depth knowledge of visual and optical techniques, mechanical & optical tools, interpretation, and evaluate various product discontinuities.

Education   : Minimum High school or Equivalent

Experience : Experience as per section 6.3 and to be verified by the Employer.

Course Content :

• Illumination
• The Human Eye
• Optical & Mechanical Aids  VT II Weld
• Engineering Materials
• Welding Process
• Weld Inspection
• Welding Discontinuities
• Manufacturing Discontinuities
• Service Induced Discontinuities
• Pump, Valve, and Bolting
• WPS and PQR
• Codes and Standards.

Objective : 
Eddy Current Testing – Level I, Classroom NDT training course is developed to meet the requirements of ASNT SNT-TC-1A, CP -189, NAS 410 and other equivalent standards and customer specific written practice for training and certification in this method of Non-Destructive Testing personnel.
After completion of eddy current testing level, I course you will get in-depth knowledge of Eddy Current principles, equipment, and application of eddy current techniques to test various product forms for conductivity, sorting of materials and surface discontinuities etc.

Education   : Minimum High school or Equivalent

Experience : Experience as per section 6.3 and to be verified by the Employer.

Course Content :

• Introduction to Eddy Current Testing
• Electromagnetic Theory
• Eddy Current Instrumentation
• Readout Mechanism  
• Eddy Current Sensing Elements  
• Flux Leakage Theory  
• Flux Leakage Sensing Equipment
• Calibration Standard and Procedures.

Objective : 
Eddy Current Testing – Level II, Classroom NDT training course is developed to meet the requirements of ASNT SNT-TC-1A, CP -189, NAS 410 and other equivalent standards and customer specific written practice for training and certification in this method of Non-Destructive Testing personnel.
After completion of eddy current testing level II course, you will get in-depth knowledge of Eddy Current principles, equipment and application of eddy current techniques to test various product forms for paint layer thickness, corrosion detection, and surface crack detection etc.

Education   : Minimum High school or Equivalent

Experience : Experience as per section 6.3 and to be verified by the Employer.

Course Content :

• Review of Electromagnetic Theory
• Type of eddy current sensing probe
• Factor affecting Coil Impedance
• Coupling
• Signal -to- Noise Ratio
• Selection of Test Frequency
• Field Strength and its selection
• Instrument design consideration
• Electromagnetic Testing Applications
• Flux Leakage Field
• Remote field Tube Inspection
• Alternating Current Field Measurement
• Calibration Standard and Procedures.