探索计量教学在墨西哥制造过程中的影响

R. Herrera-Basurto
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引用次数: 0

摘要

在食品、汽车和航空航天等各个领域应用的材料生产技术已经开始在墨西哥的几个集群中落户。这类制造工艺的一些例子是粘合剂、添加剂、热投影和纳米技术。另一方面,工业4.0概念的实施带来了一种新的生产方式组织方式。这产生了对合格人员的需求,他们有能力识别有助于为在上述工艺下生产的大量件或单件提供质量标准的要素。人员必须具备以下能力:生产工艺知识,测试和计量知识。在queremassaro, msamxo大学,如圣罗莎波利特拉西亚大学Jáuregui (UPSRJ)和queremassaro大学Aeronáutica (UNAQ)实施了一项满足这一需求的战略。这一策略包括与计量、标准化和合格评定相关的课程的教学,这些课程适用于制造过程。UPSRJ拥有工业计量工程学士学位,学生可以在测量科学方面有专门的教育计划。在UNAQ期间,学生可以选择航空航天科学的测量课程,作为航空航天工程硕士课程的一部分,按照航空航天工程方案的要求。一个相关的情况是,这两所大学的一些毕业生已经在工业界工作,负责制造过程的质量。这些毕业生已经理解利用测量的不确定度和灵敏度作为持续改进制造过程的创新参数的重要性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Exploring the Impact of Teaching Metrology in Manufacturing Processes in Mexico
The technologies of materials production with applications in various fields including food, automotive and aerospace, have begun to settle in several clusters in Mexico. Some examples of this type of manufacturing processes are adhesive, additive, thermal projection and nanotechnology. On the other hand, the implementation of the concept of industry 4.0 has brought a new way of organizing the production ways. This has generated a demand of qualified personnel with the ability to identify elements that help to provide quality criteria for lots of pieces or single pieces manufactured under the processes described above. personnel must comply the following competencies: knowledge in manufacturing process, testing and metrology. In Querétaro, México universities such as Universidad Politécnica de Santa Rosa Jáuregui (UPSRJ) and Universidad Aeronáutica en Querétaro (UNAQ) have implemented a strategy to meet this needs. This strategy includes the teaching of courses related to metrology, standardization and conformity assessment applied to the manufacturing processes. UPSRJ has a bachelor degree in Industrial Metrology Engineering, where students can have a specialized educational program in the science of measurements. While at UNAQ students can have selected measurement courses for aerospace sciences as part of the aerospace engineering master program, according to the requirements of NADCAP. A relevant situation is that several graduates of both institutions are already working in the industry in charged of the quality of manufacturing processes. These graduates already understand the importance of using the uncertainty and sensitivity of the measurements as innovative parameters for the continuous improvement of manufacturing processes.
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