Process Validation Course

Lesson 1 • Regulatory Framework and Expectations

Maps global regulatory expectations for process validation across major health authority frameworks. Provides the compliance context students apply throughout the course.

Lesson 2 • The Three-Stage Validation Lifecycle

Introduces the process design, process qualification, and continued process verification stages. Students understand how each stage feeds the next.

Lesson 3 • What Process Validation Means

Defines process validation and distinguishes it from verification and qualification. Anchors all subsequent chapters in shared terminology.

Lesson 1 • Design of Experiments for Process Understanding

Introduces experimental design strategies to map parameter interactions and establish a design space. Provides the statistical foundation used in Stage 2.

Lesson 2 • Identifying Critical Quality Attributes

Teaches systematic identification of product attributes that must be controlled to ensure quality. Directly informs parameter selection in later sections.

Lesson 3 • Process Risk Assessment Tools

Applies structured risk tools to prioritise validation effort and identify failure modes. Risk outputs directly shape the validation plan.

Lesson 4 • Control Strategy Development

Synthesises CQA and CPP knowledge into a documented control strategy. Students learn how the control strategy governs process qualification protocols.

Lesson 1 • Roles, Responsibilities, and Training

Assigns accountability for each validation activity and defines training prerequisites. Ensures the human infrastructure supports the VMP.

Lesson 2 • VMP Maintenance and Periodic Review

Establishes how the VMP is kept current as processes, regulations, and facilities evolve. Links VMP updates to change control and annual product reviews.

Lesson 3 • Validation Schedule and Resource Planning

Translates validation scope into a prioritised schedule with resource and timeline estimates. Students practice workload balancing and dependency mapping.

Lesson 4 • Validation Policies and Principles

Documents the organisation's validation philosophy, risk tolerance, and acceptance criteria standards. Provides the policy backbone referenced in all protocols.

Lesson 1 • Writing Qualification Protocols

Teaches the required elements of a qualification protocol and how to write testable acceptance criteria. Students draft a complete IQ or OQ protocol.

Lesson 2 • Utility System Qualification Specifics

Addresses unique qualification requirements for purified water, clean steam, HVAC, and compressed gases. Students adapt the standard IQ-OQ-PQ model to utility systems.

Lesson 3 • Executing and Documenting Qualification

Covers real-time data recording, deviation handling, and contemporaneous documentation during execution. Prepares students to manage qualification runs in the field.

Lesson 4 • Qualification Reports and Conclusions

Guides students through summarising results, evaluating acceptance criteria, and issuing a qualification report. Connects report conclusions to process qualification readiness.

Lesson 1 • PPQ Protocol Design

Defines the elements of a process performance qualification protocol and how to justify run numbers. Students apply statistical rationale to sample size decisions.

Lesson 2 • Managing PPQ Execution

Covers the operational management of PPQ runs including personnel, equipment readiness, and real-time monitoring. Prepares students for the complexity of live qualification runs.

Lesson 3 • Handling PPQ Failures and Deviations

Provides a structured approach to investigating failures, assessing impact, and deciding on remediation. Students practice root cause analysis in a PPQ context.

Lesson 4 • Statistical Methods for PPQ

Applies process capability indices, confidence intervals, and tolerance intervals to PPQ data. Equips students to evaluate whether a process meets quality standards.

Lesson 1 • CPV Program Design

Establishes the scope, parameters, and data collection strategy for a CPV programme. Students define what to monitor and at what frequency.

Lesson 2 • Statistical Process Control Methods

Teaches control chart selection, construction, and interpretation for process monitoring. Students apply SPC tools to detect special-cause variation.

Lesson 3 • Annual Product Review Integration

Connects CPV data to the annual product review process for holistic quality assessment. Students learn to compile and present CPV findings to management.

Lesson 4 • CPV Program Maintenance and Improvement

Addresses how to update monitoring parameters, control limits, and sampling plans as process knowledge grows. Ensures the CPV programme remains fit for purpose.

Lesson 1 • Cleaning Validation Protocol and Execution

Guides students through writing a cleaning validation protocol and managing execution. Connects protocol design to the limit calculations and sampling methods covered earlier.

Lesson 2 • Limit Calculation Methods

Teaches health-based and dose-based approaches to calculating acceptable residue limits. Students perform ADE, PDE, and MACO calculations.

Lesson 3 • Cleaning Validation Reporting and Maintenance

Covers report compilation, ongoing monitoring, and revalidation triggers for cleaning processes. Ensures the cleaning validation programme remains current.

Lesson 4 • Sampling Methods and Analytical Testing

Covers swab, rinse, and placebo sampling techniques and the analytical methods used to detect residues. Students select and justify sampling strategies.

Lesson 1 • Change Control System Fundamentals

Describes the components of an effective change control system and its role in protecting validated state. Provides the governance framework for all change activities.

Lesson 2 • Managing Regulatory Submissions for Changes

Covers how process changes may require regulatory notification or approval before implementation. Students classify changes by submission category.

Lesson 3 • Revalidation Strategy and Planning

Defines when full revalidation, partial revalidation, or verification is appropriate after a change. Students develop revalidation plans proportional to change risk.

Lesson 4 • Impact Assessment for Validated Processes

Teaches how to evaluate whether a proposed change affects validated process parameters or product quality. Students complete impact assessments for multiple change types.