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EUROLAB and the new ISO/IEC 17025:
Creating impact, networking for capacity building and promoting accreditation added-value.
A. S. Ribeiro 1,2,3, L. Martin 3 ,D. Nieuwenhuis 3
1National Laboratory for Civil Engineering, 2RELACRE, Portuguese Association of Accredited Laboratories, 3EUROLAB aisbl
E-mail: [email protected], [email protected], [email protected]
EUROLAB new website: www.eurolab.org
2 SCIENTIFIC INSTRUMENTATION CENTRE
Metrological Quality Unit
E-mail: [email protected]; [email protected]
Introduction & ISO/IEC 17025 and the role of accreditation today
ISO/IEC 17025:2017 new approach
EUROLAB supports laboratories in the transition process
Looking ahead and final remarks
References
Accreditation, as part of the Quality Infrastructure, is recognized as a key activity to assure technical
competence and integrity of organizations that provide conformity assessment services (namely, testing,
examination, inspection, calibration, validation, verification and certification).
According to UNIDO, a Quality Infrastructure is a system contributing to governmental policy objectives in areas including industrial development,
trade competitiveness in global markets, efficient use of natural and human resources, food safety, health, the environment and climate change.
❑ Quality Infrastructure Building Trust for Trade. United Nations Industrial Development
Organization (UNIDO). Vienna, Austria.
❑ Accreditation: A briefing for Governments and Regulators. EA. Paris, France.
❑ The Economics of Accreditation. M. Frenz, R. Lambert. UKAS, March 2013. London, UK
❑White Paper: Revision of Standard ISO/IEC 17025: 2005. Nov. 2014. EUROLAB aisbl, Brussels,
Belgium.
ISO/IEC 17025:2005 specifies the general requirements for the competence to carry out tests and/or calibrations, including sampling.
It covers testing and calibration performed using standard methods, non-standard methods, and laboratory-developed methods.
ISO CASCO Toolbox is a set of conformity assessment standards that together establish a framework to conformity assessment
activities, covering the practices of Testing, Inspection and Certification bodies (TIC industry) to facilitate trade on a basis of the
mutual recognition of conformity assessment results.
The publication of ISO/IEC 17025:2017 introduced a new vision of the
laboratories and conformity assessment bodies management in relation to
the implementation of Management Systems.
ISO/IEC 17025:2017 Requirements
4. General Requirements
5. Structural Requirements
6. Resource Requirements
7. Process Requirements
8. Management System Requirements
4.1 Impartiality
4.2 Confidenciality
6.1 General
6.2 Personnel
6.3 Facilities and environmental
conditions
6.4 Equipment
6.5 Metrological traceability
7.1 Review of request, tenders
and contracts
7.3 Sampling
7.5 Techical records
7.7 Assuring the validity of
results
7.9 Complaints
7.2 Selection, verification and
validation of methods
7.4 Handling of test or
calibration items
7.6 Evaluation of measurement
uncertainty
7.8 Reporting of results
7.10 Non conforming
work
7.11 Control of data – Information management
8.1 Options
8.2 Management
system documentation
(Option A)
8.3 Control of management
system documents (Option A)
8.4 Control of records
(Option A)
8.5 Actions to address risks
and oportunities (Option A)
8.6 Improvement
(Option A)
8.7 Corretive action
(Option A)
8.8 Internal audits
(Option A)
8.9 Management
reviews (Option A)
6.6 Externally provided
products and services
In the new structure, aligned with ISO 9000 Series, a new set of requirements were established, having
in mind new thinking, namely, regarding the flexibility of new organizations, the digital transition and the
risk approach. The main changes are:
❑ Focus on impartiality
❑ Risk-based thinking
❑ Sampling activities
❑ Process based approach
❑ Decision rules in conformity assessment
❑ Uncertainty applied to testing & sampling
❑Wider interpretation of equipment & rules
❑ Digitalization & information technologies
❑ Requests, Tenders & Contracts
❑ Scope of activities
❑ Flexibility in system documentation
❑Metrological traceability
EUROLAB aisbl has been involved in the transition process of ISO/IEC 17025:2017 since its
beginning, voicing laboratories, providing knowledge transfer and capacity building. The major
actions to mention are:
❑ Publication of White Paper: Revision of Standard ISO/IEC 17025:2005.
❑ Participation in ISO/CASCO meetings of WG 44 for the revision of the ISO/IEC 17025: 2005.
❑ Publication, in early 2018, of the revised 21 cookbooks, to support laboratories to promote the
accreditation transition.
❑ Cooperation at ILAC Laboratory Committee to develop the 1st International Survey “on
Harmonization and Consistency of Accreditation”.
❑ Cooperation in the development of ILAC guides and exemples for training of Assessors.
❑ Agarwal, R., Bajada, C., Green, R. and Lo, E (2017). Economic Value of NATA Accreditation to Australia, Univ. of Technology Sydney.
❑ 2017 International Survey on Harmonization and Consistency of Accreditation A global view of Laboratories and Conformity
Assessment Bodies concerns, expectations and challenges. ILAC Laboratory Committee. April 2018.
❑ F. Gaub (2019).Global trends to 2030. Challenges and Choices for Europe. ESPAS – European Strategy and Policy Analysis System.
European Union. Brussels, Belgium.
Data integrity
Cybersecurity
Communication
Cloud computing Data management
Cross border eCommerce
5G
GDPR
Access & information
IoT (Internet of Things) AI – Artificial Intelligence
Open data
Lab of the future
Digital transitionIntellectual Property
EUROLAB aisbl is aware of the challenges ahead, with major changes related to
trends & catalysts [ESPAS Report] that are shaping the future.
Trends identified are freedom and democracy impact, shift of global power, Economy
turning East and connectivity is the new geopolitics.
Catalysts of the transition are the increase of trade, food and water resources
management, grow of conflict and violence, technology AI vs. Human Intelligence.
In the future, conformity assessment will be required to provide support to technological changes, e.g. in energy,
communication, environment and climate changes, infrastructures, AI, IoT, Agri-Food, Water and many others.
Testing & Measurement will be needed to provide safety and to assure quality of life.