Non Destructive Testing For a Steady and Ever Growing Career

Non-destructive testing is the most effective testing method that is used to make sure that all the structural components in a system perform their function reliably and cost-effectively. NDT allows parts and material to be measured and inspected without damaging them, as it enables inspection without interfering with the product's eventual use. NDT provides a superb balance between quality control and cost-effectiveness. Usually, NDT applies to industrial inspections. With the help of ASNT Certification, you ensure your career growth in the NDT field.

ASNT certification levels

Non-destructive testing is a quality assurance management tool which can give impressive results when utilized correctly. NDT can be applied to each stage to each stage while making a product. The materials and bonds can be examined; by opting NDT, the same can be accepted, repaired, and rejected.

A great deal of responsibility is placed on non-destructive testing technicians who help several industries operate safely and fully functional. Furthermore, NDT equipment and methods are constantly changing with new advancements in technology. Few firms go head to head in the competitive market, securing a substantial market place and brand value in providing NDT classes to maximize the effectiveness of operation with these ever-changing technologies.

Need for NDT classes and training are outlined below:


  • Creates knowledgeable staff members
  • Develops key performers with increased confidence
  • Builds efficient, effective and highly motivated teams
  • Provides readily available technicians
  • Establishes job satisfaction and employee motivation
  • Most NDT technicians need certifications to meet qualification standards

The qualification has been categorized into three ASNT Certification Levels which are as follows:

In level I, candidates must be efficiently capable of performing specific calibrations, examinations, and evaluations for acceptance or rejection in accordance with the written instructions and record results.

While level II requires the candidates to set up and calibrate equipment as well as interpret and evaluate results regarding applicable codes, standards, and specifications.

For level III, candidates are required to have a strong practical background in applicable materials, fabrication, and product technology. It helps them establish techniques and acceptance criteria. A Level III Personnel must know how to train and examine Level I and II personnel.

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