•
🔹 1. General QMS Documentation Structure (Applicable to All Labs)Typical hierarchy:Level 1: Quality Manual (optional in ISO/IEC 17025:2017 but often used)Level 2: Policies & ProceduresLevel 3: Standard Operating Procedures (SOPs) / Work InstructionsLevel 4: Records & Forms✔️ Core DocumentsQuality Policy & ObjectivesOrganization chartDocument control procedureRecord control procedureInternal audit procedureCorrective action procedureRisk management procedure 🔬…
•
🔹 1. IntroductionDefinition of method validation and verificationImportance in laboratory quality assuranceISO/IEC 17025 requirements (Clause 7.2)When to validate vs verify methods 🔹 2. Difference Between Validation & VerificationValidation: For new, non-standard, or modified methodsVerification: Confirmation that standard methods perform as expected in your lab 🔹 3. Types of MethodsStandard methods (e.g., ISO, ASTM)Non-standard methodsLaboratory-developed…
•
🔹1. Introduction to CalibrationDefinition of calibrationPurpose and importance in laboratoriesDifference between calibration vs verification vs adjustmentRole in ensuring accuracy and traceability 🔹 2. Measurement FundamentalsMeasurand and measurement systemUnits of measurement (SI units)Accuracy, precision, repeatability, reproducibilityError vs uncertainty 🔹 3. Metrological TraceabilityConcept of traceability chainLink to national/international standardsRole of reference standards and certified materials 🔹…
•
1. Introduction to Risk-Based ThinkingConcept of risk in laboratory operationsImportance in ISO/IEC 17025:2017Shift from preventive action to risk-based approachBenefits: Improved reliabilityReduced errorsBetter decision-making2. Key DefinitionsRisk (effect of uncertainty on objectives)Hazard vs riskOpportunityLikelihood and consequenceRisk owner3. Principles of Risk ManagementSystematic and structured approachIntegration into laboratory processesContinuous improvementEvidence-based decision-making4. Risk Management Process✔️ Step 1: Risk Identification…
•
1. Introduction to Quality Assurance (QA)Definition of Quality Assurance vs Quality Control (QC)Importance of QA in laboratory operationsRole of QA in ensuring reliable and valid resultsLink with ISO/IEC 17025 requirements2. Quality Management System (QMS) OverviewComponents of a laboratory QMSDocumentation structure: Quality policyProcedures (SOPs)Work instructionsRecordsProcess-based approach3. Quality Control TechniquesInternal Quality Control (IQC)External Quality Control (EQC)Use…
•
1. IntroductionImportance of internal audits in laboratory quality systemsObjectives of auditing: Ensure compliance with ISO/IEC 17025Improve effectiveness of the management systemRelationship between audits, nonconformities, and improvement2. Internal Auditing FundamentalsDefinition of internal auditTypes of audits: System auditProcess auditTechnical auditAudit principles: IntegrityObjectivityConfidentialityEvidence-based approach3. Audit PlanningEstablishing an audit programFrequency and schedulingRisk-based audit planningSelecting qualified auditorsPreparing audit checklists4.…
•
1. Introduction to Measurement Uncertainty 2. Basic Concepts & Terminology 3. Types of Uncertainty 4. Sources of Uncertainty 5. Steps in Estimating Measurement Uncertainty Step 1: Define the Measurand Step 2: Identify Sources of Uncertainty Step 3: Quantify Individual Uncertainties Step 4: Convert to Standard Uncertainty Step 5: Combine Uncertainties uc=u12+u22+u32+⋯+un2u_c = \sqrt{u_1^2 +…
•
1. Core Training Pillars Training programs are typically built around the “holistic approach,” which looks at the building as a single integrated system rather than a collection of separate parts. Regulatory Compliance: Understanding mandatory requirements such as Minimum Energy Performance Standards (MEPS) and the roadmap toward “zero-emission” building stocks. The Overarching Framework (ISO 52000-1): The foundation of EPB…
•
Core Training Modules Training programs typically break down the standard into these key areas: Energy Review (Clause 6.3): Learning how to analyze energy use and consumption based on measurement and other data to identify areas of Significant Energy Use (SEU). Energy Performance Indicators (EnPIs) & Baselines (EnBs): Training on how to set “yardsticks” to measure whether energy…
•
Core Training Modules General training typically follows the standard’s structural clauses, focusing on the entire lifecycle of professional certification General & Structural Requirements (Clauses 4–5): Training on legal status, financial liability, and the critical need for impartiality. It covers how to structure the body to avoid conflicts of interest, especially if the organization also provides training.…