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Propellers and promoters: emerging engineering knowledge in aeronautics and synthetic biology

机译:螺旋桨和推进器:航空和合成生物学方面新兴的工程知识

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Social studies of engineering have dedicated little attention to the question of epistemology. Although considerable attention has been paid to the growth of knowledge in science, surprisingly few authors have considered the development of engineering knowledge, and while much is made of emerging technologies, emerging knowledge is still associated with science, not engineering. This disparity is justified to the extent that science aims at the development of knowledge and understanding, while engineering aims at the making of things. Nonetheless, much is missed by engineering studies devoid of epistemic concerns. This essay develops an epistemological analysis of an emerging field of engineering: synthetic biology. Drawing lessons from Walter Vincenti's historical epistemology of aeronautics, I discuss contemporary knowledge practices in synthetic biology. My argument focuses on: the relationship between theory-based knowledge and empirical experience, the setting of requirements and parameters to guide design and fabrication, and the relationship between engineering knowledge and technological artifacts. Having thoroughly examined each topic, I discuss what this epistemological study teaches us about synthetic biology. Importantly, I consider the role that knowledge-making plays in the emergence of engineering disciplines. Finally, I note implications for broader work in engineering studies and posit directions for future research.
机译:工程社会研究很少关注认识论问题。尽管人们对科学知识的增长给予了极大的关注,但令人惊讶的是,很少有人考虑过工程知识的发展,尽管许多新兴技术已投入使用,但新兴知识仍然与科学相关,而不与工程相关。这种差距是合理的,以至于科学旨在发展知识和理解,而工程则旨在创造事物。尽管如此,缺乏认知问题的工程研究仍遗漏了很多东西。本文对新兴工程领域:合成生物学进行了认识论分析。借鉴沃尔特·文森蒂(Walter Vincenti)的航空历史认识论,我讨论了合成生物学中的当代知识实践。我的论点集中在:基于理论的知识与经验经验之间的关系,指导设计和制造的要求和参数的设置以及工程知识与技术工件之间的关系。在仔细研究了每个主题之后,我将讨论这一认识论研究对合成生物学的启示。重要的是,我考虑了知识在工程学科的兴起中所扮演的角色。最后,我指出了对工程研究更广泛的工作的意义以及未来研究的方向。

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