Quality By Design (QbD)
Quality by Design (QbD) is one of the systematic approaches used in manufacturing in an industry that addresses the product and process through quality risk management.
Key Features of Quality By Design (QbD)
- Expert QbD with real-world experience
- Instructor-led QbD training with multiple training delivery mode
- Case Studies which are industry driven
- Guaranteed to run QbD batches spread across time zones
- Course completion certificate provided
Course Overview
Quality By Design (QbD) Training Program
Quality by Design is an important aspect of manufacturing that goes through various stringent processes to reduce as much variation in its final target product profile. In this regard, the QbD training helps professionals to understand various aspects of QbD elements such as Product Design, Critical Material Attributes, Quality Target Product Profile, and Critical Quality Attributes of the product.
Participants attending this 1-Day Quality by Design course will also learn about QbD principles in manufacturing that result in cost-effective processes and improved positioning of the product with the highest compliance and regulatory expectations. This QbD online training will be delivered by an expert Quality Management practitioner / Lean Six Sigma Master Black Belt with relevant industry background and experience.
Target Audience for Quality By Design (QbD)
- Quality Assurance Professionals
- Quality Control Professionals
- Production Managers
- Distribution Managers
- Product Team Members
- Engineering Team Members
- Technical Team Members
- Regulatory Professionals
- Professionals involved in the Manufacturing process
- Individuals looking to gain a thorough understanding of QbD concepts
Pre-Requisites
There are no prerequisites/eligibility criteria to take up this QbD training.
Exam Format
There is no exam format for this QbD training.
Quality By Design (QbD) Agenda
- Introduction of QbD for products
- Current QbD practices
- The flow of the QbD development process along with the application of various tools
- QbD elements Development and use of Quality Target Product Profiles (QTPPs)
- Definition and verification of Critical Quality Attributes (CQAs), Critical Material Attributes (CMAs), and Critical Process Parameters (CPPs)
- Various aspects of statistical design of experiments (DOEs)
- Design Space and its application
- Development and optimization of process control strategies