Professional NDT Training Built on Experience, Standards, and Practical Understanding

Proper training is the foundation of every effective NDT program. Many technicians receive training that is generic, outdated, or disconnected from the codes and procedures they are expected to follow in the field.

WB NDT Consulting provides theory-based NDT training for Level I and Level II technicians that is directly aligned with:

• ASNT SNT-TC-1A

• ASNT CP-105

• Real-world field application

• Current industry practices and code requirements

Our training is delivered by seasoned professionals with extensive field and Level III experience in the methods being taught.

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Training That Builds Understanding — Not Just Certification Hours

The goal of our training is not simply to satisfy classroom hour requirements. It is to ensure technicians understand:

• Why each method works

• What the codes require them to detect

• How technique affects results

• How to recognize relevant indications

• How to properly document their work

Technicians leave prepared to perform examinations correctly and confidently in the field.

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Methods Covered

WB NDT Consulting provides Level I and Level II training in the following methods:

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Radiographic Testing (RT)

Students learn:

• Principles of radiation and image formation

• Film density, contrast, and sensitivity

• IQI selection and placement

• Exposure techniques and geometric considerations

• Film interpretation principles

• Radiation safety fundamentals

• Code requirements and documentation practices

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Computed Radiography (CR) & Digital Radiography (DR)

As radiography continues to move from film to digital imaging, technicians must understand not only how to capture an image, but how digital variables affect image quality and Probability of Detection.

Students learn:

• Principles of computed and digital image formation

• Differences between film, CR, and DR systems

• Image resolution, contrast, and grayscale manipulation

• Proper use of imaging plates, scanners, and digital detectors

• Image processing without masking relevant indications

• Digital IQI use and sensitivity verification

• Data storage, traceability, and documentation requirements

• Code compliance considerations for digital radiography

This training ensures technicians understand how to produce digital radiographs that meet the same quality and detection standards required of traditional film radiography.

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Radiographic Image Interpretation (Film, Computed, and Digital Radiography)

Producing a radiographic image is only part of the inspection process. The ability to accurately interpret that image in accordance with code requirements is what determines whether discontinuities are properly identified and evaluated.

This class develops the observation skills and technical understanding required to interpret radiographic images across film, computed radiography (CR), and digital radiography (DR) platforms.

Students learn:

• How density, contrast, resolution, and sensitivity affect Probability of Detection

• Recognition of relevant and non-relevant indications

• Identification of common weld discontinuities and material defects

• Application of code acceptance criteria (ASME, API, AWS, and client specifications)

• Proper viewing conditions for film and proper monitor setup for digital images

• Effects of image processing and grayscale manipulation on indication visibility

• Differences in interpretation between film, CR, and DR images

• Documentation and reporting of interpretation results

This training ensures technicians understand not just how to view an image, but how to evaluate it correctly and consistently regardless of the imaging medium used.

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Ultrasonic Testing (UT)

Students learn:

• Sound wave theory and propagation

• Equipment setup and calibration

• Straight beam and angle beam techniques

• Discontinuity detection and evaluation

• Code applications and reporting requirements

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Magnetic Particle Testing (MT)

Students learn:

• Magnetic theory and field generation

• Proper magnetization techniques

• Indication recognition and evaluation

• Surface preparation and lighting requirements

• Documentation and code compliance

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Liquid Penetrant Testing (PT)

Students learn:

• Principles of capillary action

• Proper cleaning and preparation

• Dwell and development times

• Indication evaluation

• Inspection conditions and reporting

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Visual Testing (VT)

Students learn:

• Visual inspection fundamentals

• Weld profile and workmanship evaluation

• Lighting and inspection aids

• Code acceptance criteria

• The importance of early defect detection

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Instruction from Experienced Professionals

All classes are taught by instructors who have extensive field experience and Level III knowledge in the methods they teach. This allows students to gain insight that goes beyond textbooks and into real-world application.

Students are encouraged to ask questions and work through practical scenarios they will encounter on job sites.

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Training Aligned with Your Written Practice

Training can be tailored to align with your company’s:

• Written practice

• Procedures

• Equipment

• Codes and client specifications

This ensures technicians are prepared to perform work exactly as they will be expected to in the field.

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Who This Training Is For

• NDT companies qualifying new technicians

• Fabrication shops building in-house inspection capability

• Pipeline and construction contractors training personnel

• Companies updating or improving their NDT training programs

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Building Competent, Confident Technicians

Well-trained technicians reduce errors, improve inspection quality, and protect the integrity of your NDT program. WB NDT Consulting provides thorough, standards-based training that prepares Level I and II technicians for real-world inspection work. Hard Work-Honest Answers

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Need professional NDT training for your team?

Contact WB NDT Consulting to discuss your training needs.