Validation & CQV

Every Validation & CQV course in the Zentrum24 Academy library. Read the first two pages of any of them free.

• Airflow Visualization and Cleanroom QualificationSmoke studies that prove unidirectional airflow — study design, interventions filmed, dynamic conditions, interpreting the video, and the report it produces.
• Aseptic Process Simulation and Media Fill ValidationRunning a media fill — worst-case design and interventions, unit count, incubation and reading, personnel qualification, and investigating a positive unit.
• Automated Visual Inspection (AVI) Validation and Qualification StrategyQualifying an automated inspection machine — defect libraries and test sets, probability of detection, comparison with manual inspection, and recipe control.
• Cleaning Verification via Surface Swab Sampling (TOC Analysis)Swab sampling for TOC — swab and solvent selection, recovery studies on the actual surface, technique and coverage, blanks, and calculating the residue.
• Commissioning and Qualification (C&Q) Governance in Sterile ManufacturingWho owns what in commissioning and qualification — the validation master plan, stage gates and approvals, vendor documentation, and turnover to operations.
• Container Closure Integrity Testing (CCIT) for Sterile Drug ProductsContainer closure integrity testing in practice — deterministic methods such as helium leak and HVLD, positive controls with defect standards, and validation.
• Detailed Design and Configuration Specifications for GxP SystemsTurning requirements into a testable design — functional and design specifications, configuration items, traceability matrices, and design review approval.
• Drug Product Cleaning Verification and Sampling ProceduresVerifying a clean before the next product runs — sample plan and locations, swab and rinse methods, acceptance limits, and what a failure triggers.
• Drug Product Component Compatibility and Qualification Protocol (CCOQ)Qualifying primary components against the formulation — extractables and leachables, functional and dimensional testing, stability, and supplier changes.
• Establishing Cleaning Validation Acceptance CriteriaDeriving cleaning limits you can defend — health-based exposure limits and MACO, surface area and recovery, visually clean, and the governing criterion.
• Identifying and Assessing Worst-Case Residues for Cleaning ValidationChoosing the worst-case product and residue — solubility, toxicity and cleanability rating, equipment grouping, and justifying the bracket to an inspector.
• Investigating Out-of-Specification (OOS) Cleaning Verification ResultsWhen a clean fails verification — containing the equipment, laboratory and sampling error assessment, re-clean decisions, and reviewing product impact.
• Laboratory-Scale Product Cleanability AssessmentRanking products for cleanability at bench scale — coupon studies, solvent and temperature variables, time to clean, and feeding the validation bracket.
• Periodic Qualification Evaluation and Requalification ProceduresDeciding when a qualified system needs requalifying — periodic review inputs, change and performance triggers, scope of the work, and documenting it.
• Quality Risk Management (QRM) and Assessment ProceduresRunning a risk assessment that stands up — scope and team, hazard identification, FMEA and ranking, mitigation and residual risk, and re-evaluation.
• Rinse Water Sampling for Cleaning ValidationFinal rinse sampling done properly — rinse volume and contact, sample point and collection, TOC and conductivity testing, and how it complements swabs.
• System Impact and Component Criticality Assessment (SIA:CCA)Deciding what is GMP-critical and what is not — direct, indirect and no-impact systems, component criticality, and how that sets qualification scope.
• System Qualification and Validation Principles at DP-MFG-FACILITYThe principles under every qualification — IQ, OQ and PQ purpose, prerequisites and test design, handling test deviations, and releasing a system for use.
• Temperature and Humidity Mapping of Controlled SystemsMapping a chamber, warehouse or truck — sensor number and placement, empty and loaded studies, hot and cold spots, door and power-loss challenges.
• Test Method Validation (TMV) for Sterile ManufacturingValidating inspection and test methods — accuracy, repeatability and reproducibility, attribute agreement analysis, known-defect sample sets, and acceptance.
• Validation and Qualification of Semi-Automated Visual Inspection (SAVI:SASI) SystemsQualifying semi-automated inspection — operator and machine contribution, defect test sets, detection rates versus manual inspection, and requalification.
• Visual Inspection of Cleaned Equipment SurfacesVisually clean as an acceptance criterion — lighting, distance and angle, inspector qualification, visual residue limits, and hard-to-inspect surfaces.