GOST R 54795-2011 PDF

Full title and description

GOST R 54795-2011 — Non-destructive testing. Qualification and certification of personnel. General principles. The standard establishes general principles, requirements and procedures for the qualification and certification of personnel who perform industrial non‑destructive testing (NDT) using one or more recognized NDT methods.

English designation: GOST R 54795-2011. Russian designation: ГОСТ Р 54795-2011.

Abstract

This national standard (adopted on the basis of the ISO draft) defines the framework for certifying competence of NDT personnel. It describes qualification levels, required knowledge and skills, examination structure (theoretical, practical and practical demonstration), requirements for certification bodies and for maintaining/renewing certificates. The system is aligned with international practice and references ISO/IEC 17024 for certification bodies.

General information

• Status: Withdrawn / replaced (superseded by GOST R ISO 9712-2019).
• Publication date: Approved December 13, 2011; introduced (effective) January 1, 2013. (Designation year: 2011).
• Publisher: Federal Agency on Technical Regulating and Metrology (Rosstandart) — adopted by order of the Agency.
• ICS / categories: 19.100 (Non‑destructive testing); related category 03.100.30 (Organization of firms and management — human resources).
• Edition / version: GOST R 54795-2011 (2011 edition; subsequently replaced by GOST R ISO 9712-2019).
• Number of pages: 28 pages (typical published PDF length).

Scope

The standard applies to the qualification and certification of personnel participating in non‑destructive testing and evaluation across recognized NDT methods. It is intended for assessment of personnel competence in one or several methods, including (but not limited to) acoustic emission, eddy‑current, infrared thermography, leak testing (excluding hydraulic pressure tests), magnetic particle, penetrant, radiographic, strain/stress measurement, ultrasonic and visual testing. The document sets out general principles that certification schemes and certification bodies must follow; method‑specific details are handled in dedicated standards and schemes.

Key topics and requirements

• Definition of qualification levels and minimum experience requirements for each level (theory, practical experience, and supervised practice).
• Structure of certification examinations: theoretical (closed/open questions), practical/practical demonstration and practical work assessment.
• Requirements for certification bodies, including impartiality, documentation, record‑keeping and conformity with ISO/IEC 17024 where applicable.
• Method coverage: list of NDT methods that can be certified under the scheme (acoustic emission, eddy current, infrared thermography, leak testing, magnetic particle, penetrant, radiographic, strain/stress, ultrasonic, visual).
• Rules for recertification, renewal and suspension/withdrawal of certificates and for handling appeals and complaints.
• Guidance that the general system can be applied to additional or new NDT techniques if supported by appropriate programs and standards.

Typical use and users

Used by national certification bodies, accredited testing organizations, employers with in‑house NDT teams, training providers and NDT practitioners seeking formal certification. Employers and specifiers use the standard to define minimum competency expectations when hiring or contracting NDT personnel. Certification bodies use it as a basis for scheme rules and for aligning national practice with international guidance.

Related standards

ISO 9712 (international standard on qualification and certification of NDT personnel) — GOST R 54795-2011 is aligned with ISO principles; ISO/IEC 17024 (requirements for certification bodies) is normative for certification operations. The 2011 GOST was itself replaced by GOST R ISO 9712-2019 (the later national adoption of the ISO 9712 update). Method‑specific NDT standards (penetrant, magnetic particle, ultrasonic, radiographic, etc.) are referenced for technique details.

Keywords

non‑destructive testing; NDT; qualification; certification; personnel competence; ISO 9712; ISO/IEC 17024; visual testing; ultrasonic testing; radiographic testing; penetrant testing; magnetic particle testing; eddy current; thermography; acoustic emission.

FAQ

Q: What is this standard?

A: GOST R 54795-2011 is a Russian national standard that sets out general principles for the qualification and certification of personnel performing non‑destructive testing (NDT). It provides the framework for certifying competence across multiple NDT methods.

Q: What does it cover?

A: It covers principles and requirements for qualification levels, examination structure (theory and practical parts), certification body requirements, recertification/renewal rules and the list of NDT methods that can be certified under the scheme. Method‑specific technical requirements are covered by separate standards.

Q: Who typically uses it?

A: Certification bodies, accreditation organizations, NDT training providers, employers of NDT personnel, and individual NDT practitioners seeking certification use this standard as a normative reference or as the basis for national certification schemes.

Q: Is it current or superseded?

A: GOST R 54795-2011 has been superseded (withdrawn/replaced). The replacement is GOST R ISO 9712-2019, which reflects later editions of ISO 9712. Users should adopt the newer national implementation (GOST R ISO 9712-2019) for current certification requirements.

Q: Is it part of a series?

A: It is part of the body of standards addressing NDT practice and personnel certification and is aligned with international ISO 9712 principles; related documents include ISO/IEC 17024 and numerous method‑specific NDT standards (penetrant, magnetic, ultrasonic, radiographic, etc.).

Q: What are the key keywords?

A: Non‑destructive testing, NDT, qualification, certification, personnel competence, ISO 9712, ISO/IEC 17024, visual testing, ultrasonic, radiographic, penetrant, magnetic particle, eddy current, thermography, acoustic emission.