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引用次数: 0

摘要

DIY运动可以追溯到60年代末,并开始了共享工具的趋势,作为对缺乏技能和教育的反应。这导致了对民主制造资源和设施的认识提高,特别是创客空间和黑客空间、创新实验室、3D打印机农场等。在诺丁汉特伦特大学(NTU),我们观察到选择学习产品设计的学生增加,从而增加了车间/制造空间的压力,特别是像3D打印机这样的自动化制造资源。随后,学生们在工作室环境中体验的创客体验暂时减少,以确保满足我们快速增长的学生群体的需求。本文探讨了民主技术和制造工具如何通过使设计师,制造商和爱好者增加他们对南洋理工大学产品设计部门设施的访问来克服这一问题。本文探讨/反映了位于产品设计工作室的3D打印机农场的初步发展,在那里,一组69名学生制造/组装了18台Creality CR-10S 3D打印机。最初的学生领导的民主制造项目的成功导致ADBE在第二个产品设计工作室开发第二个3D打印机农场,由另外八个Creality CR-10S V3 3D打印机组成。3D打印机农场现在由混合诱导允许学生独立使用资源。学生对混合归纳的反馈,以确定知识的获取和信心的资源独立使用。
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DEMOCRATIC MANUFACTURING: A STUDENT MANUFACTURED & OPERATED 3D PRINTER FARM
The DIY movement goes back to the late 60’s and started the trend of shared tools as a reaction to the lack of skills and education on how things are made; this resulted in an increased awareness of democratic manufacturing resources and facilities, especially makerspaces and hackspaces, innovation labs, 3D printer farms etc. At Nottingham Trent University (NTU), we have observed an increase in students choosing to study Product Design thus increasing pressure on workshop/manufacturing spaces, especially automated manufacturing resources such as 3D Printers. Subsequently, the maker experiences students have been experiencing within the workshop environment temporarily lessened to ensure the needs of our rapidly increasing student cohorts are catered for. This paper explores how democratic technologies and manufacturing tools have overcome this issue by enabling designers, makers, and hobbyists to increase their access to facilities within the Product Design Department at NTU. This paper explores/reflects on the initial development of a 3D printer farm located in a product design studio where a group of sixty-nine students manufactured/assembled eighteen Creality CR-10S 3D printers. The success of the initial student led democratic manufacturing project resulted in ADBE developing a second 3D printer farm in a second product design studio consisting of a further eight Creality CR-10S V3 3D printers. The 3D printer farms are now complimented by a blended induction allowing for student independent use of the resource. Student feedback is also presented regarding the blended induction to ascertain knowledge acquisition and confidence on using the resources independently.
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