Overview:
This webinar covers topics on Process real time monitoring and quality control tools.
Why Should You Attend:
You will learn about regulatory guidance and requirements designed to improve real-time process monitor and control, as well as technical aspects of various instrumentation techniques. No special technical background is required.
Areas Covered in this Webinar:
Data-driven fault diagnosis and process monitoring methods
Code of Federal Regulations Title 21
Monitoring and control of process parameters and component and device characteristics during production
Pharmaceutical industry basic unit operations
Quality by Design (QbD) and modern process monitoring systems
Process and endpoint monitoring and control tools
Current GMP compliance practices and Risk-based PAT framework
Learning Objectives:
What can be monitored in mixing operations
What can be monitored in wet granulation operations
What can be monitored in dry granulation operations
What can be monitored in compaction operations
What can be monitored in coating operations
PAT Guidance and process monitoring devices
Monitoring for real-time quality management
FDA guidance and methodologies for risk-based monitoring
Who Will Benefit:
Formulators
Process Engineers
Validation Specialists
Quality Assurance Personnel
Production Managers occupied with Process and Product Quality Assurance
For more information, please visit : https://complianceglobal.us/product/700495/MichaelLevin/how-to-properly-monitor-process-performance-of-pharmaceutical-solid-dosage-equipment/1
Email: support@complianceglobal.us
Toll Free: +1-844-746-4244
Tel: +1-516-900-5515
Level:
Intermediate
Speaker Profile:
Michael Levin, Ph.D., has edited a very popular 鈥淧harmaceutical Process Scale-Up鈥� handbook (3rd edition published in 2011), and has contributed chapters on 鈥淭ablet Press Instrumentation鈥� and 鈥淲et Granulation: End-Point Determination and Scale-Up鈥� in the Encyclopedia of Pharmaceutical Technology. He also wrote dozens of validation protocols executed for various computerized systems and unit operations.
This webinar covers topics on Process real time monitoring and quality control tools.
Why Should You Attend:
You will learn about regulatory guidance and requirements designed to improve real-time process monitor and control, as well as technical aspects of various instrumentation techniques. No special technical background is required.
Areas Covered in this Webinar:
Data-driven fault diagnosis and process monitoring methods
Code of Federal Regulations Title 21
Monitoring and control of process parameters and component and device characteristics during production
Pharmaceutical industry basic unit operations
Quality by Design (QbD) and modern process monitoring systems
Process and endpoint monitoring and control tools
Current GMP compliance practices and Risk-based PAT framework
Learning Objectives:
What can be monitored in mixing operations
What can be monitored in wet granulation operations
What can be monitored in dry granulation operations
What can be monitored in compaction operations
What can be monitored in coating operations
PAT Guidance and process monitoring devices
Monitoring for real-time quality management
FDA guidance and methodologies for risk-based monitoring
Who Will Benefit:
Formulators
Process Engineers
Validation Specialists
Quality Assurance Personnel
Production Managers occupied with Process and Product Quality Assurance
For more information, please visit : https://complianceglobal.us/product/700495/MichaelLevin/how-to-properly-monitor-process-performance-of-pharmaceutical-solid-dosage-equipment/1
Email: support@complianceglobal.us
Toll Free: +1-844-746-4244
Tel: +1-516-900-5515
Level:
Intermediate
Speaker Profile:
Michael Levin, Ph.D., has edited a very popular 鈥淧harmaceutical Process Scale-Up鈥� handbook (3rd edition published in 2011), and has contributed chapters on 鈥淭ablet Press Instrumentation鈥� and 鈥淲et Granulation: End-Point Determination and Scale-Up鈥� in the Encyclopedia of Pharmaceutical Technology. He also wrote dozens of validation protocols executed for various computerized systems and unit operations.
