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A 'LIFE CYCLE' APPROACH TO EDUCATION AND TRAINING FOR THE BIOPHARMACEUTICAL INDUSTRY

机译:生物制药行业教育和培训的“生命周期”方法

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摘要

Chemical engineering fundamentals are frequently used to design, understand, model, and execute processes for the biopharmaceutical industry. Oxygen transfer in bioreactors, transport across ultrafiltration membranes, and diffusion of proteins into porous chromatography media are just a few of the many examples in which basic chemical engineering principles are central to bioprocess operations. As a result, many biopharmaceutical companies hire candidates with chemical engineering backgrounds, as these candidates possess a unique understanding of both the chemistry and engineering principles involved in the complex unit operations that comprise a biopharmaceutical process. Highly skilled professionals are needed by the industry as expectations for the quality of these injectable drugs is high. Chemical engineers are well positioned to fill a variety of roles, in areas including manufacturing, process development, process engineering, manufacturing sciences, technology transfer, and validation.
机译:化学工程基础知识经常用于设计,理解,建模和执行生物制药行业的流程。生物反应器中的氧气转移,跨超滤膜的运输以及蛋白质向多孔色谱介质的扩散只是其中许多基本化学工程原理对于生物过程操作至关重要的例子。结果,许多生物制药公司雇用具有化学工程背景的候选人,因为这些候选人对构成生物制药过程的复杂单元操作所涉及的化学和工程原理都有独特的理解。由于对这些可注射药物的质量的期望很高,因此行业需要高技能的专业人员。化学工程师在各方面均处于有利位置,可以在制造,过程开发,过程工程,制造科学,技术转让和验证等领域发挥各种作用。

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