Certification of nondestructive testing personnel
Certification of nondestructive testing personnel
What personnel qualification and certification regulations does the Sideius Certification Body under the Valor brand meet?
Sideius Certification Body (Valor) can offer the services of qualification and certification of nondestructive testing (NDE) personnel in accordance with regulations:
- UNI EN ISO 9712
- ASNT SNT-TC-1A
Industrial sector ISO 9712:2022
Sideius is a Certification Body accredited by the Italian Accreditation Body (ACCREDIA) for the certification of personnel according to UNI EN ISO 9712.
As of October 1, 2023, all CND certifications according to UNI EN ISO 9712 are issued only according to the 2022 edition of this standard.
At our Certification Body it is possible to become certified in the main nondestructive testing methods as well as in limited or special applications such as:
- Digital radiography
- Radioscopy
- Slab reading
- Reading digital images
- Computed tomography
- TOFD and Phased Array (also for inspectors)
- Thicknessmetry
- Automatic Applications UT – ET
Download documentation
Regulations for the certification of nondestructive testing personnel (UNI EN ISO 9712:2022)
Annex A – Conducting Examination (UNI EN ISO 9712:2022)
Annex B – Limited and special applications (UNI EN ISO 9712:2022)
Annex A.9 – Schedules (UNI EN ISO 9712:2022)
RG02-C1 – Application for certification Level 1-2 (UNI EN ISO 9712:2022).
RG02-C2 – Level 1-2-3 Credit Renewal Application (UNI EN ISO 9712:2022).
RG02-C2A – Level 1-2-3 Examination Renewal Application (UNI EN ISO 9712:2022)
RG02-C3 – Level 1-2 Recertification Application (UNI EN ISO 9712:2022).
RG02-C5 – Application for Level 3 Certification (UNI EN ISO 9712:2022).
RG02-C6 – Application for Recertification Level 3 credits (UNI EN ISO 9712:2022).
RG02-C6A – Application for Level 3 Recertification with Examination (UNI EN ISO 9712:2022).
Regulations for SNT-TC-1A Certification
RG02-C13 – ASNT Level 1-2 Certification Application.
RG02-C14 – ASNT Level 1-2 Recertification Application.
Levels of certification according to UNI EN ISO 9712:2022.
The qualification of nondestructive testing (nd) personnel is divided into three levels of professional competence. Each level defines precisely what the operator can perform and what responsibilities he or she can assume within the production chain.
Level 1: the execution operator.
Level 1 personnel are empowered to perform tests following written instructions and under the supervision of higher level personnel.
Skills: setting up the equipment, performing the examination, recording and classifying the results according to written criteria.
Limitations: cannot choose the method or technique to be used or sign test reports independently as the person responsible for the final evaluation.
Level 2: the certified technician
Level 2 possesses the competence to perform and direct nondestructive testing in accordance with standards, codes or technical specifications.
Skills: choosing the examination technique, defining the limits of method application, interpreting the results and evaluating compliance with acceptance requirements.
Responsibilities: may instruct and supervise Level 1 personnel, as well as write and sign final test reports.
Level 3: the specialist and designer
He is the figure of highest technical responsibility in the pnd field.
Skills: establishes and validates procedures, interprets standards and specifications to define appropriate examination methods.
Corporate role: has complete responsibility for the laboratory or examination center, approves operating instructions, and may conduct training and tutoring for lower levels.
Certification of personnel involved in metallographic replication
The sampling of structural metallographic replicas is a nondestructive testing technique to reveal microstructural damage or aging phenomena or to interpret the nature of corrosion, fatigue, etc.
A widespread area of application is pressure equipment subject to hot viscous creep.
In this case, examination by replication is useful to determine the remaining life of the equipment and to check the status of microstructural evolution or microcavitation damage suffered by the material over time.