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  • Preclinical & Laboratory Foundations
  • Phase I – First-in-Human Trials
  • Phase II & III – Efficacy & Pivotal Trials
  • Clinical Trials Foundation PathNew
  • Regulatory Submission & Approval
Preclinical & Laboratory Foundations - courses at £199
  • Good Laboratory Practice (GLP)
  • 21 CFR Part 58 — Good Laboratory Practice (GLP) for Nonclinical Laboratories
  • OSHA Laboratory Safety Training
  • Laboratory Management Systems ISO/IEC 17025:2017
  • Computer System Validation - Validation, Data Integrity & Compliance (GAMP 5 & Annex 11)
  • Qualification Validation Training
  • Cleaning Validation
  • ISO 9001:2015 - Quality Management System for Pharmaceuticals

About

The Cleaning Validation Course & Certification is designed to provide a clear understanding of cleaning validation principles and practices in pharmaceutical, biotechnology, and life sciences manufacturing environments. The course focuses on ensuring equipment cleanliness, preventing cross-contamination, and maintaining product quality and patient safety in compliance with regulatory expectations.
This course covers cleaning validation lifecycle, acceptance criteria, residue limits, sampling methods, analytical testing, worst-case approach, documentation practices, and regulatory guidelines. It also emphasizes risk-based validation strategies, deviation handling, and inspection readiness. Upon successful completion, learners receive a certification demonstrating competency in cleaning validation principles and applications.

Who Should Enrol?

  • Pharmaceutical Manufacturing and QA/QC Professionals
  • Validation and Engineering Teams
  • Quality Assurance and Compliance Professionals
  • Production and Operations Staff
  • Regulatory Affairs Professionals
  • Analytical and Laboratory Professionals
  • Pharmaceutical and Biotechnology Employees
  • Life Science, Pharmacy, Chemistry, and Engineering Graduates

What you will learn

Understand the fundamentals of cleaning validation, including its purpose, scope, and role in preventing contamination and ensuring product quality.

Learn regulatory requirements and guidelines, along with key concepts such as cross-contamination risks, lifecycle approach, and cleaning process development.

Gain knowledge of sampling techniques, analytical testing, acceptance criteria, and risk-based approaches including worst-case selection.

Develop an understanding of documentation practices, validation protocols, audit readiness, and real-world case studies and failures in cleaning validation.

Course Syllabus

  1. What Is Cleaning Validation?
  2. Why Cleaning Validation Matters
  3. The Three Stages of Cleaning Validation
  4. Three-Stage Cleaning Validation Lifecycle
  5. Critical Cleaning Validation Concepts
  6. Cross-Industry Relevance
  7. Stakeholders in Cleaning Validation
  8. Common Misconceptions
  9. Real-World Failure: The Carryover Recall
  10. Cleaning Validation Across Lifecycle
  11. Modern Trends in Cleaning Validation
  12. Cleaning Validation in the Quality System
  13. Connecting to Patient Safety

  1. The Regulatory Landscape
  2. FDA 21 CFR 211.67
  3. EU GMP Chapter 5 Production
  4. EU GMP Annex 15 Qualification and Validation
  5. EMA HBEL Guideline (2014)
  6. ICH Q7 — API GMP
  7. PIC/S Cleaning Validation Recommendation
  8. ASTM E3106 Standard Practice
  9. ICH Q9 Quality Risk Management
  10. ICH Q10 Pharmaceutical Quality System

  1. What Is Contamination?
  2. What Is Cross-Contamination?
  3. Sources of Contamination
  4. Cross-Contamination Pathways
  5. Types of Residues to Control
  6. High-Risk Product Categories
  7. Quantifying Cross-Contamination Risk
  8. Process Improvement: Programme Maturity
  9. Connecting to Cleaning Validation

  1. Why Lifecycle Thinking Matters
  2. Stage 1 Cleaning Process Design
  3. Lifecycle Phases with Quality Gates
  4. Stage 2 Cleaning Process Qualification
  5. Stage 3 Continued Process Verification
  6. Lifecycle Quality Gates
  7. Cleaning Validation Master Plan
  8. Equipment Cleaning Matrix
  9. Worst-Case Selection Methodology
  10. Validation Protocol Structure
  11. Process Improvement: Lifecycle Optimisation

  1. What Is Cleaning Process Development?
  2. Soil Characterisation
  3. Cleaning Agent Selection
  4. Cleaning Mechanisms
  5. Cleaning Parameters
  6. TACT Cleaning Parameters
  7. Equipment Cleanability Assessment
  8. Manual vs Automated Cleaning
  9. Clean-In-Place (CIP) Systems
  10. Manual Cleaning Best Practices
  11. Cleaning Validation Process Flow
  12. Process Improvement: Development Optimisation
  13. Connecting Development to Validation

  1. Why Sampling Matters
  2. Swab vs Rinse Sampling Comparison
  3. Sampling Approaches Overview
  4. Swab Sampling Technique
  5. Swab Sampling Limitations
  6. Rinse Sampling Technique
  7. Rinse Sampling Limitations
  8. Sampling Location Selection
  9. Recovery Studies
  10. Recovery Factor Considerations
  11. Visual Inspection
  12. Placebo Sampling
  13. Process Improvement: Sampling Programme
  14. Connecting Sampling to Acceptance Criteria

  1. Why Analytical Methods Matter
  2. Common Analytical Techniques
  3. HPLC for Specific Residues
  4. TOC for Non-Specific Monitoring
  5. Method Validation per ICH Q2(R2)
  6. Method Sensitivity Requirements
  7. Method Specificity and Interferences
  8. Method Transfer and Maintenance
  9. Process Improvement: Analytical Programme
  10. Connecting Analytical Methods to Validation

  1. Why Acceptance Criteria Matter
  2. The Three Acceptance Criteria Models
  3. Health-Based Exposure Limits
  4. Acceptance Criteria Approaches
  5. PDE Derivation Methodology
  6. Maximum Allowable Carryover (MACO)
  7. MACO Calculation Flow
  8. Surface Residue Limits
  9. Rinse Water Limits
  10. Cleaning Agent Residue Limits
  11. Microbial Acceptance Criteria
  12. Visual Cleanliness
  13. Process Improvement: Acceptance Criteria Programme
  14. Connecting Acceptance Criteria to Programme

  1. Why Risk-Based Approach Matters
  2. ICH Q9 Application
  3. Risk-Based Validation Effort
  4. Risk Assessment Tools
  5. Worst-Case Product Selection
  6. Worst-Case Equipment Location
  7. Product Grouping Strategies
  8. Equipment Grouping Strategies
  9. Risk-Based Sampling Plans
  10. Risk-Based Acceptance Criteria
  11. Risk-Based Continued Verification
  12. Process Improvement: Risk Programme
  13. Connecting Risk to Programme

  1. Why Documentation Matters
  2. Cleaning Validation Document Hierarchy
  3. Cleaning Validation Master Plan
  4. Validation Plan
  5. Validation Protocol Structure
  6. Equipment Cleaning Matrix
  7. Validation Summary Report
  8. Standard Operating Procedures
  9. Recovery Study Documentation
  10. Continued Verification Records
  11. Real Failure: The Backdated Records
  12. ALCOA+ Data Integrity Principles
  13. Real Failure: The Outdated SOP
  14. Real Failure: The Missing Cross-Reference
  15. Process Improvement: Documentation Quality
  16. Documentation Across Lifecycle
  17. Integration with Other Records

  1. Why Inspection Readiness Matters
  2. Types of Audits
  3. Self-Inspection Programme
  4. Audit Scope for Cleaning Validation
  5. Pre-Inspection Preparation
  6. Inspection Day Behaviour
  7. Documents Inspectors Request
  8. More Documents Inspectors Request
  9. Inspection Findings Severity
  10. Findings Classification
  11. Responding to Findings
  12. Inspection Response Workflow
  13. FDA Form 483
  14. FDA Warning Letter
  15. EU GMP Inspection Outcomes
  16. Process Improvement: Audit-Ready Operations
  17. Inspection Day Roles
  18. Cultural Indicators of Maturity

  1. Why Case Studies Matter
  2. Sources of Industry Learning
  3. Patterns in Cleaning Validation Failures
  4. Common Themes Across Failures
  5. What Mature Organisations Do Differently
  6. Building a Learning Organisation
  7. Cultural Indicators of Maturity
  8. Cultural Warning Signs
  9. How to Use Case Studies
  10. Process Improvement: Continuous Learning

Course Benefits

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CPD Points

Gain Continuing Professional Development (CPD) Points, accredited by The Faculty of Pharmaceutical Medicine of the Royal College of Physicians of the United Kingdom. These can be used to count towards the distance learning element of any scheme that comes under the umbrella of The Academy of Medical Royal Colleges or any other scheme for which there is mutual recognition.

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Certification

Receive a personal certificate to show your subject knowledge on course completion.

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Affordable

You get excellent value through our cost-effective prices. We can also offer you group discounts on larger purchases.

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Flexibility

The course saves you time through the convenience of online availability. This lets you complete the interactive course at your own comfort.

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Keep Up to Date

You will stay up to date with any changes to EU GMP Annex 15, FDA process validation guidance, EMA HBEL/PDE guideline, and ICH Q9 as our training courses are constantly monitored, reviewed and updated.

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Learn from Industry Experts

The course content has been developed by industry practitioners and subject-matter experts to ensure that learners can apply the principles directly in their daily work. Every module follows a consistent rhythm — concept, regulatory context, real-world failure, audit perspective, preventive controls, and a knowledge check.


Our Certified Customers

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