Cell Therapy Manufacturing: Principles and Bioprocessing

Cell therapies represent a frontier in modern medicine, yet the complexity of their production remains a significant challenge for the industry. This course provides a comprehensive introduction to the specialized manufacturing processes required to turn living cells into life-saving treatments. You will gain a clear understanding of the entire production lifecycle, from initial cell collection to final product testing. By exploring the intersection of biology, engineering, and analytical chemistry, you will learn how these therapies are scaled and standardized for clinical use. * Understand the fundamental biology behind CAR-T and stem cell therapies * Learn the core engineering principles of cell expansion and bioprocessing * Apply quality control and analytical chemistry methods to ensure product safety * Practice identifying key regulatory requirements and Good Manufacturing Practices (GMP) * Explore modern automation and closed-system technologies used in the industry * Master the terminology used in clinical-grade cell therapy production The course begins with essential definitions and the biological basics of therapeutic cells before moving into the practicalities of large-scale manufacturing and analytical validation through written explanations and exercises. It is designed for beginners and professionals looking to enter the biomanufacturing field, requiring no prior experience in cell engineering. Begin building your foundational knowledge of cell therapy production today.