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所在平台: Udemy |
课程主页: https://www.udemy.com/course/aiag-vda-fmea-1st-edition-automotive-core-risk-management/
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课程名称：AIAG-VDA FMEA 第一版 - 汽车核心风险管理 课程概述： 本课程提供了关于AIAG-VDA FMEA最新版本的全面信息，适合各个层次的人士理解。课程涵盖AIAG VDA FMEA的概述以及从AIAG FMEA到新版本AIAG-VDA FMEA的变化，包括FMEA的介绍与目标、PFMEA第四版到新版的变化概述、产品和过程的FMEA以及根据新版本提供的7步FMEA方法论。具体步骤包括： 1. 规划与准备 2. 结构分析 3. 功能分析 4. 失效分析 5. 风险分析 6. 优化 7. 结果文档记录 失效模式与影响分析（FMEA）是一个逐步的方法，用于识别设计、制造或装配过程以及产品或服务中所有可能的失效。FMEA的目的是采取行动消除或减少失效，优先处理最高优先级的问题，同时记录现有的知识和应对失效风险的行动，以便于持续改进。 进行FMEA的四个重要因素包括： - 来自终端用户和OEM日益提高的质量要求 - 持续的成本优化压力 - 车辆的高复杂性 - 提高的产品责任、安全和法规要求 为应对上述挑战，FMEA被视为一种技术风险降低的方法。FMEA的范围包括团队导向的系统化、定性分析方法，旨在评估产品或过程的潜在技术风险、分析这些失效的原因和影响，记录预防和检测措施，以及推荐减少风险的行动。制造商考虑不同类型的风险，包括技术风险、财务风险、时间风险和战略风险，而FMEA用于分析技术风险以减少失效并提高产品和过程的安全性。 FMEA的发展历程可以追溯到1960年代NASA的登月项目，工程师们制定了一种预测问题的方法。在1970年代，这种方法被称为FMEA，并被各种质量组织采纳。1980年代，随着对质量的重视增加，该方法传播到大型企业。1990年代，大型企业又督促供应商采纳该方法。到了2000年代，这种方法已在医疗等其他领域得到应用。 FMEA的目标是： - 确定产品的功能或过程的步骤 - 理解与产品或过程步骤相关的潜在失效模式 - 理解风险及其行动的优化与优先级 - 理解预防和检测控制措施的有效性 通过本课程，学员将能够全面理解FMEA的原则和应用，在汽车行业内有效管理和降低风险。
Course contains complete information of AIAG-VDA FMEA latest edition It can be easily understandable for all level of people about Overview of AIAG VDA FMEA and changes from AIAG FMEA to New Edition AIAG-VDA FMEA•Introduction and Objectives of FMEA•Overview of changes from PFMEA IV Edition to the new Edition•FMEA for products and process•FMEA Methodologies7 Step Approach are given below as per New edition•Planning and preparation•Structure Analysis•Function analysis•Failure Analysis•Risk Analysis•Optimization•Results documentationDefinition•Failure Mode & Effects Analysis (FMEA) is a step-by-step approach for identifying all possible failures in a design, a manufacturing or assembly process, or a product or service.•The purpose of the FMEA is to take actions to eliminate or reduce failures, starting with the highest-priority ones. FMEA also documents current knowledge and actions about the risks of failures, for use in continuous improvement.Four Important factors to do an FMEA•Increased Quality Demands from End Users & OEMs•Continuous Cost Optimization pressure•High Complexity in Vehicle•Increased Product Liability Safety, regulatory requirementsTo deal with above challenges, FMEA is considered as one of the Technical Risk Reduction method.Scope of FMEA Failure mode and Effects Analysis (FMEA) is a team oriented systematic, Qualitative, analytical method intended to•Evaluate the potential technical risks of failure of a product or process•Analyze the causes and effects of those failures•Document preventive and detection actions•Recommended actions to reduce risk•Manufacturers consider different types of risk including technicalRisks, financial risks, time risks, and strategy risks. The FMEA isused for analyzing the technical risks to reduce failures and improve safety in the products and processesEvolution of FMEA•1960's:NASA moon program engineers devised a method of forecasting problems.•1970's:Method becomes know as FMEA and is adopted by various quality organizations.•1980's:with increased emphasis on quality , method spreads to large corporations.•1990's:Large corporations are ,in turn ,pressing suppliers to adopt the method.•2000's:Method is being applied elsewhere such as healthcare.Objective of FMEA•Identify the functions of product or steps of a process•Understand potential failure mode associated with product or process steps•Understand the risk and its actions optimization of prioritization•Understand the prevention and detection controls adequacy
