工业生物技术和工程生物学的教育和培训

Camille J. Delebecque, Jim Philp
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引用次数: 7

摘要

工业生物技术的重点是生产生物燃料、化学品和塑料和纺织品等材料。工程生物学是合成生物学的代名词,它提供了一种平台技术,为利用生物技术进行工业生产带来了工程方法。两者结合在未来生物经济的政治结构中,在未来的生物经济中,生物生产逐渐取代化石生产。实现这一未来有许多障碍,包括技术、政治和社会方面的障碍。所有这些背后都需要一种前所未有的新型劳动力,在这种劳动力中,各种技能和知识库融合在一起。所需的多学科和跨学科技能挑战着高等教育摆脱学科主导的范式。这项研究考察了当前和未来的一些关键问题,并提供了一些高等教育如何应对挑战的例子。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

Education and training for industrial biotechnology and engineering biology

Education and training for industrial biotechnology and engineering biology

Industrial biotechnology is focused on the production of bio-based fuels, chemicals and materials such as plastics and textiles. Engineering biology, synonymous with synthetic biology, provides a platform technology that brings an engineering approach to harnessing biotechnology for industrial production. The two combine within the political construct of the future bioeconomy, in which bio-based gradually replaces fossil-based production. There are many barriers to this future, including technical, political and social aspects. Behind all of these is a need for a new form of workforce not seen before, in which various skills and knowledge bases merge and combine. The required multi- and interdisciplinary skills challenge higher education to get out of the discipline-dominated paradigm. This study examines some of the current and future critical issues and provides some examples of how higher education is rising to the challenge.

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