Course Overview:
Process Validation (PV) is a critical element of pharmaceutical manufacturing, ensuring that processes consistently deliver products of the intended quality. This program provides a practical and modern interpretation of PV by aligning regulatory expectations with Quality Risk Management (QRM) and data-driven decision-making. Instead of focusing solely on traditional validation concepts, the course highlights how QRM, science-based evaluation, and lifecycle thinking can be effectively embedded into PV activities.
Participants will learn how to plan and execute validation using a strategic, risk-based approach—strengthening process understanding, improving control strategies, and ensuring long-term process robustness. Through targeted discussions, real examples, and workshop exercises, the program equips attendees with tools to identify risks early, interpret data using statistical methods, and drive continuous improvement. By the end of the course, participants will be able to develop validation programs that are compliant, efficient, and aligned with current industry expectations.
Course Outline:
Day 1 — Foundations of Process Validation
• The purpose of process validation within GMP
• Understanding process variation, capability indices, and sampling concepts
• Regulatory viewpoints and expectations for lifecycle-based PV
• Evolving approaches to modern Quality Management
• Case studies illustrating real validation challenges
Process Design Essentials
• Quality by Design (QbD): principles, ICH Q8 & Q11 overview
• Defining the Quality Target Product Profile (QTPP)
• Determining Critical Quality Attributes (CQAs)
• Identifying Critical Process Parameters (CPPs)
• Establishing Design Space and its impact on validation strategy
• Developing effective control strategies
• Integrating continuous improvement within the PV lifecycle
• Linking QbD, design activities, and process control
Day 2 — Data, Evaluation & Validation Lifecycle Management
• Building process understanding to support validation decisions
• Managing validation deviations and assessing their impact
• Using statistical tools to analyse validation data
• Process capability and performance evaluation
• Workshops on common PV issues and practical problem-solving
Participants
This course is ideal for professionals involved in validation activities, those responsible for reviewing or approving validation deliverables, and individuals seeking up-to-date knowledge on modern PV practices. It is also well suited for anyone interested in emerging trends and regulatory expectations related to lifecycle validation.