NDT Level II Magnetic Particle Testing (MT) and Detection
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This course contains the use of artificial intelligence.
Welcome to the most comprehensive Magnetic Particle Testing program available online, brought to you by Professional Training Institute, your trusted partner in industrial inspection and NDT career development. Our institute is dedicated to equipping aspiring technicians, engineers, and quality professionals with practical, standards-based skills that translate directly into the workplace.
This in-depth course delivers complete training in Magnetic Particle Testing (MT) at the NDT Level II standard. Designed for aspiring NDT technicians, quality control inspectors, welding engineers, and materials specialists, it covers the full theoretical foundation and practical application of MT for surface and near-surface defect detection in ferromagnetic materials.
The curriculum spans seven meticulously structured modules, beginning with the fundamental principles of magnetism and progressing through equipment operation, magnetization techniques, international standards, indication evaluation, and culminating in real-world case studies drawn from the UK, Germany, USA, and Australia. You will gain expertise in AC, HWDC, and FWDC current applications, understand the physics of leakage fields, master particle application methods, and develop genuine proficiency in interpreting indications per ASTM E1444, ISO 9934, and ASME Section V standards.
The course features two detailed case studies from real industrial incidents, two comprehensive worked examples, five advanced tricks and tips from field experts, and a 15-question assessment to validate your learning. Upon completion, you will possess the knowledge and confidence required to perform MT inspections professionally and pursue ASNT, PCN, or EN ISO 9712 Level II certification.
Whether you are entering the NDT field or sharpening existing skills, this course gives you a clear, practical pathway to mastery. Enroll today and take the next step toward a rewarding career in non-destructive testing.
Basic understanding of mathematics including algebra and trigonometry
Familiarity with fundamental physics concepts (electricity, magnetism basics)
Completion of NDT Level I training or equivalent industrial inspection experience (recommended)
Access to MT equipment for practical exercises (optional but strongly recommended)
Ability to read technical drawings and welding symbols
Good near-visual acuity meeting ASNT CP-106 requirements (or correctable to 20/25)
No prior certification required - open to beginners with industrial background
Commitment to safety protocols when working with electrical equipment and UV radiation
Understand the fundamental physics of magnetism, magnetic fields, and flux leakage as applied to defect detection
Operate portable and stationary MT equipment including yokes, prods, coils, and central conductors safely
Select appropriate magnetization techniques (circular, longitudinal, multidirectional) based on component geometry and defect orientation
Calculate correct magnetizing current levels using formulas for AC, HWDC, and FWDC methods
Prepare test surfaces, apply magnetic particles, and interpret indications per international standards
Differentiate between relevant, non-relevant, and false indications with confidence
Perform demagnetization procedures and verify residual field levels using calibrated field indicators
Document inspection results professionally and apply acceptance criteria from ASME, ASTM, and ISO standards
Execute quality control checks including system performance verification using QQIs and known defect specimens
Apply advanced field techniques for complex geometries and challenging inspection scenarios
Aspiring NDT technicians seeking Level II certification in Magnetic Particle Testing
Quality control inspectors working in manufacturing, fabrication, or construction industries
Welding engineers and inspectors responsible for weld quality verification
Maintenance technicians inspecting in-service components for fatigue cracks
Aerospace, automotive, oil & gas, and power generation industry professionals
Materials engineers evaluating component integrity and failure analysis
Health and safety officers overseeing NDT operations in industrial environments
Students in metallurgy, mechanical engineering, or materials science programs
