Eddy Current Level I: Surface Scanning and Aerospace Component Inspections

Advance your eddy current testing knowledge with applications-focused training. This course covers inspection techniques for conductivity, corrosion, and near-surface cracking in both ferritic and non-ferritic alloys, with demonstrations using various test systems. Meets ANSI/ASNT CP-105 and SNT-TC-1A training recommendations.
Member: $1045



Credit Info
- Contact Hours: 11.5
- IACET CEUs: N/A
- Valid for ASNT Level III recertification: Yes
Course Overview
The course and training manual are provided with graphics from multiple sources, and include demonstrations using test systems provided by several manufacturers. The training also provides detailed information and guidance on how to perform a wide range of inspection applications.
Upon Completion, Learners Will Have Covered:
- Near-surface cracking of non-ferritic alloys
- Conductivity measurements
- Second-layer corrosion
- Near-surface cracking in ferritic alloys
- Near-surface flaw detection in ferritic welds
Meet the Instructor

Jim Cox
Jim has specialized in electromagnetic testing (ET) since 1975, with a career spanning the Air Force, Battelle, EPRI, and Zetec, Inc., where he served as Training Manager and Principal Level III for 19 years. An ASNT Level III in ET since 1984, he now leads his own company, delivering customized eddy current and remote field training. Jim chaired ASNT’s Electromagnetics Committee and continues to support industry standards and technical training development.
Questions? Contact us at education@asnt.org
This course is based on the body of knowledge as defined in ANSI / ASNT CP-105 and meets the recommendations for training as described in SNT-TC-1A.
Note: Please note the contact hours being awarded for this course. To meet the training requirements in SNT-TC-1A, CP-189, and NAS-410, the student must complete the eLearning course and the necessary practical lab/hands-on sessions. These lab sessions must be overseen and documented by a Level III to ensure the required training hours are fulfilled.