Advanced Program in In-line Inspection Technology and Procedures (CS022F+)

Advanced Program in In-line Inspection Technology and Procedures

Many In-line Inspection (ILI) systems are designed for specific purposes. This technology has general capabilities and limitations, which are defined mainly by the size and shape of the targeted defect or anomaly, but also by the pipeline configuration, product type, and operating parameters. This training course will provide the underlying inspection principles, concepts, and technical parameters of various ILI technologies applied to pipelines. This learning program will provide a foundational understanding of potential ILI system performance to aid in the selection of an appropriate In-line Inspection Technology approach for integrity assessment.



Your course at a glance

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Course Availability

Available 24/7

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Duration

Estimated 3 - 4 months

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Delivery

Self-paced learning



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Level

Foundation level

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Competency Standards

Satisfies the requirement for 
In-Line Inspection Technologies and Procedures CS022F+

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What you will get

Certificate of completion, plus
Continued Professional Development hours


Who should take the program?

The learning program is aimed at pipeline integrity engineers who are involved in the selection and use of in-line inspection systems for the detection, characterization, and assessment of pipeline defects.



What is the course format?

The program is an online, on-demand course designed to be completed within 3–4 months; however, you will have access for 12 months from the purchase date.

What are the course outcomes?

When completing this program, it will be possible to explain the purpose, capabilities, and limitations of inline inspection technologies, their measurement principles, and the pipeline configuration factors that may influence inspection results. You will also be able to define and describe ILI technology to coworkers and question ILI service providers about the potential of ILI systems to address specific integrity problems and defect geometries under supervision.

What will you learn?

After learning about pipeline defects from an inspection point of view, you will learn foundational level details of the following inspection technologies:

  • Magnetic flux leakage (MFL) for metal loss corrosion, the common axial magnetization configuration which is the most widely used ILI system.
  • Circumferential MFL for narrow axially aligned corrosion, selective (preferential) seam weld corrosion and open cracks.
  • Other MFL configurations for detecting hard sport and mechanical (excavator, third party) damage.
  • Ultrasonic technology for direct wall thickness measurement in liquid pipelines.
  • Ultrasonic technology for crack assessment in liquid pipelines.
  • Electromagnetic acoustic transducer (EMAT) technology for crack assessment for natural gas and lower density products.
  • Deformation systems to ensure ILI tool passage and assess dent strain.
  • Systems for mapping pipeline position and determining pipeline bending strain and inspection approaches for;
  • Difficult to inspect pipelines.
  • Identification of pipe properties such as yield strength for pipelines without traceable, verifiable and complete (TVC) records.


Meet your subject matter expert


Bruce Nestleroth

Dr Bruce Nestleroth

Bruce Nestleroth has been working in the nondestructive testing field since the 1980s with a primary concentration on inspection technology to assess pipelines for potential defects. After earning his Ph.D. at Drexel University, he worked at Battelle for 26 years and then at Kiefner for seven years. After a short retirement, he joined ROSEN as an Expert in 2021, with a primary focus on education, and was based in Columbus Ohio, USA. Dr. Nestleroth studied the capability and advanced the application of magnetic flux leakage, eddy current, ultrasonic, and electromagnetic acoustic transducer in in-line inspection technology. Dr. Nestleroth has taught training courses and workshops on pipeline inspection technology and defect assessments since 1995. He has served many American Petroleum Institute (API) committees to develop technical standards for the pipeline industry.