Training on ISO/IEC 17025:2017 for Laboratory Competence

Testing and calibration laboratories play a critical role in ensuring the reliability, accuracy, and credibility of scientific, industrial, environmental, medical, and regulatory results. Laboratories are increasingly required to demonstrate technical competence, impartiality, and consistent operational performance in line with internationally recognized standards.

International Organization for Standardization ISO/IEC 17025:2017 is the globally accepted standard for the competence of testing and calibration laboratories. It establishes requirements for laboratory management systems, technical operations, risk management, method validation, measurement traceability, and continual improvement.

This course equips participants with practical and strategic expertise to implement, manage, audit, and maintain an ISO/IEC 17025:2017-compliant laboratory management system. The training focuses on laboratory quality assurance, technical competence, documentation, accreditation readiness, uncertainty measurement, and compliance with international laboratory standards.

Participants will learn how to establish effective laboratory management systems, validate methods, manage equipment calibration, ensure data integrity, handle nonconforming work, and prepare laboratories for accreditation assessments. The course also explores risk-based thinking, internal audits, proficiency testing, and continual improvement strategies.

Through practical exercises, laboratory simulations, audit workshops, and real-world case studies, participants develop the capability to strengthen laboratory reliability, operational excellence, and accreditation readiness.

Duration

5 Days

Who Should Attend

• Laboratory managers and supervisors
• Quality assurance and quality control personnel
• Testing and calibration laboratory staff
• Laboratory analysts and technicians
• Internal auditors and compliance officers
• Accreditation and regulatory professionals
• Consultants supporting laboratory quality systems

Individual Impact

• Strengthen expertise in laboratory quality management systems
• Improve ability to manage testing and calibration processes
• Enhance skills in method validation and uncertainty analysis
• Build competency in accreditation and compliance management
• Increase effectiveness in laboratory operational leadership

Organizational Impact

• Improve laboratory accuracy, reliability, and credibility
• Strengthen accreditation readiness and regulatory compliance
• Enhance confidence in testing and calibration results
• Improve operational consistency and quality assurance systems
• Strengthen organizational reputation and stakeholder trust

By the end of this course, participants will be able to:

• Understand the requirements of ISO/IEC 17025:2017
• Implement laboratory quality management systems effectively
• Strengthen laboratory technical competence and reliability
• Conduct method validation and measurement uncertainty analysis
• Ensure equipment calibration and measurement traceability
• Manage laboratory risks, nonconformities, and corrective actions
• Conduct internal audits and accreditation readiness assessments
• Support continual improvement and compliance initiatives

Module 1: Foundations of ISO/IEC 17025:2017 and Laboratory Quality Systems

• Introduction to laboratory competence and quality assurance
• Structure and requirements of ISO/IEC 17025:2017
• Principles of impartiality and confidentiality
• Process approach and risk-based thinking in laboratories
• Exercise: Assess laboratory quality maturity
• Case Study: Laboratory accreditation transformation initiatives

Module 2: Organizational Requirements and Management System Implementation

• Organizational structure and laboratory governance
• Roles, responsibilities, and competence requirements
• Documented information and records management
• Developing laboratory policies and procedures
• Practical: Design a laboratory management framework
• Case Study: Laboratory governance and operational failures

Module 3: Resource Management and Technical Competence

• Personnel competence and training systems
• Equipment management and calibration requirements
• Environmental conditions and laboratory facilities
• Metrological traceability principles
• Exercise: Conduct equipment and competence assessments
• Case Study: Calibration and traceability challenges in laboratories

Module 4: Method Validation and Measurement Uncertainty

• Selection, verification, and validation of methods
• Statistical techniques in laboratory quality assurance
• Estimating and interpreting measurement uncertainty
• Ensuring validity of test and calibration results
• Practical: Conduct method validation exercises
• Case Study: Managing uncertainty in laboratory operations

Module 5: Sampling, Data Integrity, and Result Reporting

• Sampling methodologies and sample handling
• Data integrity and laboratory information management
• Technical records and result traceability
• Reporting test and calibration results accurately
• Exercise: Develop laboratory reporting systems
• Case Study: Data integrity failures and corrective actions

Module 6: Risk Management and Nonconforming Work

• Risk identification and operational risk management
• Managing nonconforming work and incidents
• Corrective actions and root cause analysis
• Preventive controls and continual improvement
• Practical: Conduct laboratory risk assessments
• Case Study: Managing laboratory operational failures

Module 7: Internal Audits and Management Reviews

• Planning and conducting internal laboratory audits
• Audit reporting and corrective action tracking
• Management review processes and performance evaluation
• Monitoring laboratory quality indicators
• Exercise: Conduct an internal audit simulation
• Case Study: Audit findings and accreditation readiness

Module 8: Proficiency Testing and Accreditation Preparation

• Interlaboratory comparisons and proficiency testing
• Accreditation processes and assessment preparation
• Managing accreditation findings and observations
• Maintaining continual compliance and accreditation status
• Practical: Conduct accreditation readiness assessments
• Case Study: Successful laboratory accreditation initiatives

Module 9: Digital Transformation and Advanced Laboratory Systems

• Laboratory Information Management Systems (LIMS)
• Digital quality management and automation technologies
• Data analytics and AI in laboratory operations
• Emerging trends in laboratory competence management
• Exercise: Assess laboratory digital transformation opportunities
• Case Study: Smart laboratory management systems

Module 10: Capstone Project and Laboratory Competence Simulation

• End-to-end laboratory quality system implementation simulation
• Accreditation planning and operational strategy exercises
• Future trends in laboratory governance and quality assurance
• Organizational improvement planning workshops
• Capstone Exercise: Develop a complete ISO/IEC 17025 implementation roadmap
• Case Study: Future-ready laboratory competence systems