Acoustic Emission Testing Level I Training & Certification (SNT-TC-1A)
- Explain how AE sources generate stress waves and why the Kaiser and Felicity effects matter during loading.
- Mount sensors with suitable couplant and verify system sensitivity using pencil lead break checks.
- Set threshold, gain and timing parameters according to a written test procedure.
- Record AE hits and basic features such as amplitude, counts, duration and energy during a pressurisation sequence.
- Identify common noise sources and apply simple noise control measures on site.
- Principles of Acoustic Emission
- AE sources: crack growth, corrosion, friction and leaks
- Wave propagation, attenuation and wave modes
- Kaiser and Felicity effects
- AE Instrumentation
- Resonant and wideband sensors
- Preamplifiers, cables and acquisition channels
- Couplants and sensor mounting methods
- System Set-Up and Verification
- Pencil lead break as a reference source
- Sensitivity checks and channel calibration
- Threshold, gain and timing parameter settings
- Test Execution
- Loading and pressurisation sequences
- Background noise measurement and control
- Data acquisition and real-time monitoring
- Signal Features and Source Location Basics
- Hit-based features and their meaning
- Linear and zonal location concepts
- Recognising noise versus relevant activity
- Applications, Safety and Reporting
- Pressure vessels, tank floors and piping
- Safety during pressurised tests
- Recording data and handing over to Level II
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Program Professional Framework
Acoustic Emission Testing Level I Training & Certification (SNT-TC-1A)
Program Overview
Acoustic emission (AE) testing detects stress waves released by active defects such as growing cracks, corrosion and leaks while a structure is under load. This entry-level programme prepares technicians to set up and run AE tests under written instructions: AE physics and source mechanisms, sensors and couplants, system set-up and verification with pencil lead breaks, threshold and timing parameters, data acquisition during pressure tests and basic signal features. Applications focus on pressure vessels, storage tank floors and piping common in Gulf petrochemical and utility plants.
Learning Outcomes
- ✓Explain how AE sources generate stress waves and why the Kaiser and Felicity effects matter during loading.
- ✓Mount sensors with suitable couplant and verify system sensitivity using pencil lead break checks.
- ✓Set threshold, gain and timing parameters according to a written test procedure.
- ✓Record AE hits and basic features such as amplitude, counts, duration and energy during a pressurisation sequence.
- ✓Identify common noise sources and apply simple noise control measures on site.
Target Audience
- Trainee NDT technicians entering acoustic emission
- Inspection technicians supporting pressure vessel and tank testing
- Mechanical integrity and inspection team members
- QA/QC personnel in petrochemical and utility plants
Detailed Program Modules
01Principles of Acoustic Emission
- AE sources: crack growth, corrosion, friction and leaks
- Wave propagation, attenuation and wave modes
- Kaiser and Felicity effects
02AE Instrumentation
- Resonant and wideband sensors
- Preamplifiers, cables and acquisition channels
- Couplants and sensor mounting methods
03System Set-Up and Verification
- Pencil lead break as a reference source
- Sensitivity checks and channel calibration
- Threshold, gain and timing parameter settings
04Test Execution
- Loading and pressurisation sequences
- Background noise measurement and control
- Data acquisition and real-time monitoring
05Signal Features and Source Location Basics
- Hit-based features and their meaning
- Linear and zonal location concepts
- Recognising noise versus relevant activity
06Applications, Safety and Reporting
- Pressure vessels, tank floors and piping
- Safety during pressurised tests
- Recording data and handing over to Level II
Training Methodology
Applied Project & Assessment
Applied Project
Participants prepare a set-up record for an AE test on a pressure vessel: sensor layout sketch, couplant and mounting method, pencil lead break verification results, parameter settings, background noise log and a completed data acquisition record.
Assessment
Short diagnostic at the start, practical tasks linked to each learning outcome, and evaluation of the applied project against published criteria.


