Analytical Method Validation by HPLC – Advanced Training

Description

Analytical Method Validation by HPLC – Advanced Training

Day 1 – Session 1

Fundamentals of Analytical Method Validation

• Definition, Objectives, and Principles of Analytical Method Validation
• Classification of Chromatographic Methods
• Regulatory Guidelines and Expectations (ICH Q2, USP, EP, FDA)
• Validation Parameters: Definitions, Significance, and Acceptance Criteria

Day 2 – Session 2

Validation Strategy and Protocol Development

• Seven-Step Analytical Method Validation Strategy
• Prerequisites for Initiating Method Validation
• Development of Validation Protocols for:
  • Assay Methods
  • Related Substances Methods
  • Content Uniformity Methods
• Practical Case Studies

Day 3 – Session 3

Specificity, Detection Limit, and Quantitation Limit

• Evaluation of Specificity and Selectivity
• Determination of Detection Limit (DL/LOD)
• Determination of Quantitation Limit (QL/LOQ)
• Regulatory Expectations and Case Studies

Day 4 – Session 4

Precision Studies in Method Validation

• System Precision (System Repeatability)
• Method Precision (Repeatability)
• Intermediate Precision (Ruggedness)
• Reproducibility Studies
• Data Interpretation and Case Studies

Day 5 – Session 5

Accuracy, Recovery, Linearity, Range, and Relative Response Factor

• Accuracy Assessment
• Recovery Studies
• Linearity Evaluation and Statistical Analysis
• Establishing Analytical Range
• Relative Response Factor (RRF) Determination
• Practical Case Studies

Day 6 – Session 6

Robustness and Solution Stability Studies

• Robustness Study Design and Evaluation
• Critical Method Parameters and Risk Assessment
• Stability of Standard and Sample Solutions
• Practical Case Studies

Day 7 – Session 7

Analytical Method Validation Report Writing

• Preparation of Validation Reports
• Data Review and Documentation Requirements
• Validation Report Approval Workflow
• Practical Case Study

Day 8 – Session 8

Validation Documentation and Lifecycle Management

• Key Differences Between Validation Protocols and Reports
• Best Practices for Successful Validation Execution
• Post-Validation Activities and Compliance Requirements

Day 9 – Session 9

Global Regulatory Requirements for Method Validation

• Validation Expectations Across Regulatory Agencies
• Comparative Review of ANVISA, ICH, FDA, USP, and EMA Requirements
• Regulatory Inspection Readiness

Day 10 – Session 10

Validation Failure Prevention and Troubleshooting

• Common Causes of Validation Failure
• Investigation Strategies
• Troubleshooting Validation Challenges
• Preventive Measures and Best Practices

Day 11 – Session 11

Post-Validation Activities and Method Implementation

• Specification and Test Procedure (STP) Updates
• Monograph Updates and Documentation Control
• Analytical Method Transfer to Quality Control Laboratories
• Technology Transfer Considerations

Day 12 – Session 12

Advanced Validation Concepts

• Pharmacopeial Method Validation and Verification
• Cross Validation and Revalidation
• Analytical Method Verification
• Validation vs. Verification: Key Differences
• Strategies for Reducing Validation Cost and Timelines

Day 13 – Session 13

Stability-Indicating Method (SIM) Validation

• Principles of Stability-Indicating Methods
• Regulatory Expectations
• SIM Validation Workflow
• Comprehensive Case Study

Day 14 – Session 14

Photostability Studies

• Regulatory Requirements for Photostability Testing
• Study Design and Execution
• Data Interpretation and Reporting
• Practical Examples

Day 15 – Session 15

Regulatory Deficiencies and Inspection Readiness

• Common Regulatory Observations and Deficiency Letters
• Frequent Validation Documentation Errors
• Strategies to Avoid Compliance Risks
• Building a Robust and Audit-Ready Validation Program

Key Learning Outcomes

Upon completion of this program, participants will be able to:

• Design and execute compliant analytical method validation studies.
• Prepare validation protocols and reports aligned with global regulatory requirements.
• Evaluate validation data statistically and scientifically.
• Troubleshoot validation failures effectively.
• Perform method transfer, verification, revalidation, and lifecycle management activities.
• Ensure inspection readiness and regulatory compliance.

Who Should Attend?

• Analytical chemists and AR&D professionals
• QA/QC analysts and laboratory personnel
• Pharma R&D and quality professionals
• Lecturers, Students and freshers aiming for pharma careers

Why Choose This Course?

• Aligned with ICH Q2 and global regulatory expectations
• Practical, job-oriented training approach
• Real-time examples and industry case studies
• Enhances career opportunities in QC, QA, and R&D

Master the science of analytical method validation and build confidence to meet regulatory requirements, ensure data accuracy, and excel in pharmaceutical quality and compliance roles.

Sessions: 15 sessions (22.5hours / 1350 minutes)

Target Audience: Analytical / QC / QA / RA / R&D

Mode of Training: Online (via Google Meet)

Certificate: Yes, a certificate of completion will be provided

Money-Back Guarantee: 30-day money-back guarantee

Language: English

Instructor: Dr Pramod Kumar Pandey (PhD in Chemistry) | 31+ years of experience in global and Indian pharmaceutical industries

Note: This training program is offered in flexible formats, including classroom (in-person), online courses (Foundation, Most Popular, and Advanced levels), as well as customised corporate training solutions for organisations.