|
所在平台: Udemy |
课程主页: https://www.udemy.com/course/fundamentals-of-error-proofing-the-path-toward-zero-defects/
课程评论：没有评论
**课程名称：** 防错（Poka-Yoke）：迈向零缺陷之路 **课程概述：** 本课程深入探讨防错（Poka-Yoke）策略，这是一项旨在帮助组织在制造过程中实现零缺陷的全面性方法。防错技术由日本的Shigeo Shingo在20世纪50年代开发并推广，如今已广泛应用于各行各业的制造流程中，融入众多消费产品，并被全球创新的质量和流程专业人士所采用。 防错的核心在于通过预防措施阻止缺陷的产生。利用简单的传感器和机械装置，工程师可以设计出防止零件以错误方式组装或测试的夹具。其他防错装置可以阻止缺陷零件进入下一道工序，还有一些则纯粹是为了协助操作人员避免犯错。 当防错策略与统计过程控制（SPC）、分层流程审计（LPA）和根本原因分析（RCA）等其他方法相结合时，系统性的实施防错可以帮助组织**将缺陷降至为零**。 **课程内容亮点：** * **防错作为迈向零缺陷的路径：** 由Manufacturing Academy的特邀讲师Mike Vella讲解。 * **防错基础示例：** 提供简单易懂的实践案例。 * **CNC加工应用防错案例研究：** 深入剖析具体工业场景。 * **基于传感器的防错设计：** 探讨传感器在防错中的应用。 * **将防错整合到质量管理体系：** 如何将防错融入现有流程。 * **防错与精益制造：** 探讨两者之间的协同作用。 **学习目标：** 完成本课程后，学员将能够理解防错的主要方法，并掌握将这些策略应用于自身制造流程所需的知识和技能。
Error-proofing, or poka yoke as it's often called, is an over-arching strategy to help organizations achieve zero defects in their manufacturing processes. Developed and popularized in Japan by Shigeo Shingo in the 1950's, these methods and techniques can now be found in manufacturing process across multiple industries, embedded into a wide range of consumer products, and employed by innovative quality and process professionals around the globe.In their purest form, an error-proofing device prevents a defect from being made. By using simple sensors and mechanical devices, engineers can design assembly and test fixtures that prevent the processing the parts configured in an incorrect fashion. Other error proofing device can prevent a defect part from moving onto the next process. And still others simply assist the operators in not making a defect.When combined with other strategies such as Statistical Process Control, Layered Process Auditing, and Root Cause Analysis, a systemic deployment of error proofing can help an organization DRIVE THEIR DEFECTS TO ZERO.In this course, "Fundamentals of Error Proofing: The Path Toward Zero Defects", students will learn the history and basic strategy of error proofing, along with gaining practical applications of this approach. The course is broken into several sections: Error Proofing as a Path to Zero Defect with Manufacturing Academy instructor, Mike VellaBasics examples of Error Proofing A Case Study of Error Proofing in a CNC Machining ApplicationSensor-based error proofing designsIntegrating error-proofing into your quality management systemError-proofing and lean manufacturingBy the end of this course, students will understand the major approaches of error-proofing and be armed with the knowledge they need to start deploying these strategies in their manufacturing processes.
