Equipment, Reagents & Traceability [LAB-04-EN]

Equipment, Reagents & Traceability [LAB-04-EN]

Inadequate equipment management and compromised reagent traceability consistently rank among the leading causes of laboratory accreditation failures globally, with ISO 15189:2022 audits routinely citing calibration gaps, expired reagent use, and incomplete maintenance records as critical non-conformities. In clinical practice, these failures translate directly into diagnostic errors — misidentified samples, unreliable reference intervals, and result uncertainty that can delay or misdirect patient care. For laboratories across Georgia and the South Caucasus pursuing or maintaining ASF accreditation as the national recognition framework continues to mature, the operational standards governing equipment qualification and reagent lifecycle management demand rigorous, system-level competency. This course provides exactly that: a structured, practical grounding in the principles and procedures that distinguish high-functioning, audit-ready laboratories from those at persistent risk of non-compliance.

The course is built on the requirements of ISO 15189:2022 and ISO/IEC 17025:2017, cross-referenced with WHO guidance on laboratory quality management systems and relevant JCI Laboratory Services standards, ensuring content is internationally aligned while remaining directly applicable to the ASF accreditation framework operating in Georgia. Instruction combines annotated document analysis, worked examples drawn from real-world non-conformity reports, and structured decision-making exercises that require participants to apply traceability logic to realistic laboratory scenarios. Rather than reproducing regulatory text, the course translates normative requirements into operational procedures that staff can implement and auditors can verify.

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

• Distinguish between equipment qualification stages — installation qualification, operational qualification, and performance qualification — and determine which documentation is required at each stage under ISO 15189:2022;
• Implement a compliant equipment maintenance and calibration schedule, including the selection of appropriate calibration intervals based on instrument risk classification and manufacturer specifications;
• Construct a complete reagent traceability record that captures lot numbers, receipt dates, storage conditions, open-vial expiry, and in-use verification data in accordance with accreditation requirements;
• Evaluate an existing laboratory equipment inventory against ASF and ISO criteria, identifying specific documentation gaps, missing metrological linkages, and expired or unverified items requiring corrective action;
• Apply root-cause analysis methodology to equipment- or reagent-related non-conformities, generating corrective action reports that satisfy accreditation body expectations for depth and evidence;
• Design a practical, scalable monitoring system for reagent storage conditions — including temperature mapping and alarm response protocols — that sustains compliance between formal accreditation cycles.

Who Should Attend

This course is designed for laboratory managers, quality officers, and senior laboratory technologists working in clinical, hospital-based, or reference laboratories that are actively seeking, preparing for, or sustaining ASF or equivalent international accreditation. It is equally relevant to biomedical engineers and procurement specialists responsible for equipment lifecycle decisions, and to laboratory directors who bear overall accountability for quality management system compliance. Professionals at mid-career level will derive the greatest immediate benefit, though the content is structured to be accessible to early-career staff transitioning into quality-focused roles.

Course Structure

This fully online, self-paced course is organized into four thematic modules with an estimated total study time of four to five hours, incorporating short-form video instruction, annotated document templates, and scenario-based knowledge checks that require applied reasoning rather than simple recall. Participants who achieve a passing score of 80% or above on the final assessment will receive a GMJ Academy certificate of completion, with the course carrying CPD credits recognized within Georgia’s continuing medical education framework.