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所在平台: Udemy |
课程主页: https://www.udemy.com/course/fundamentals-of-reliability-engineering/
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课程名称：可靠性工程基础（认证课程） 课程概述：完成本课程的学生可以申请由Quality Gurus Inc.提供的认证考试，获取验证认证，该认证由Quality Gurus Inc.发放，并无需额外费用。Quality Gurus Inc.是项目管理协会（PMI®）的授权培训合作伙伴（ATP # 6034），同时也是人力资源管理学会（SHRM®）的官方再认证合作伙伴。这份认证还为您提供2.5个预认可的PMI PDUs和2.5个SHRM PDCs，全部免费。本课程获得了英国CPD集团的认证，您可以申请3.0个CPDs（认证号# 1016215）。 本课程介绍可靠性理论与实践的基础，帮助学生了解如何将可靠性工程原则应用于系统和过程的设计。可靠性是指一个系统或部件在特定条件下长时间内无故障地执行预期功能的能力。一个可靠的产品在长期内很可能按照预期表现，产品的可靠性直接与其质量相关，因此，可靠性也被称为“时间上的质量”。 该课程旨在为可靠性工程的学生及准备参加CRE考试的人士提供基础知识。本课程假定学生没有任何可靠性工程的基础知识，课程内容将为学生提供理解可靠性工程基本概念及其在系统开发中的应用所需的知识与技能。 课程内容包括视频讲座、阅读材料和测验，这些内容相互关联，帮助学生在完成课程后掌握所涵盖的主题。 **课程覆盖的主题**： 1. **基本定义**：理解质量和可靠性的定义，以及故障原因和后果。 2. **基本测量**：了解基本的可靠性测量，如非可修产品的平均故障时间（MTTF）和可修产品的平均故障间隔时间（MTBF）。学习如何计算可用性和平均修复时间（MTTR）。 3. **截尾数据**：学习如何处理现实中不完整的可靠性数据。 4. **故障模式**：学习可靠性工程中的浴缸曲线，了解产品生命周期的三个阶段：早期失效、正常使用期和磨损期。计算危险函数。 5. **提高可靠性**：涵盖多种可靠性测试，如加速寿命测试（ALT）、高加速寿命测试（HALT）、高加速应力筛选（HASS）、环境应力筛选（ESS）和烧机测试。 6. **可靠性区块图**：基于单个组件的可靠性计算系统的整体可靠性，并学习三种提高系统可靠性的冗余类型。 7. **指数分布**：在尽量不使用复杂数学和统计公式的前提下，学习在恒定故障区间内计算可靠性。 **持续专业发展单元（CPD）**： 建议为ASQ®再认证单位（RUs）提供0.25 RUs，归类于专业发展 > 持续教育类别。完成可选/免费的认证考试后，可获得2.5个PMI预批准的PDUs，具体步骤已在课程中提供。
Note: Students who complete this course can apply for the certification exam by Quality Gurus Inc. and achieve the Verified Certification from Quality Gurus Inc. It is optional, and there is no separate fee for it. Quality Gurus Inc. is the Authorized Training Partner (ATP # 6034) of the Project Management Institute (PMI®) and the official Recertification Partner of the Society for Human Resource Management (SHRM®)The verified certification from Quality Gurus Inc. provides you with 2.5 pre-approved PMI PDUs and 2.5 SHRM PDCs at no additional cost to you.This course is accredited by The CPD Group (UK). You are eligible to claim 3.0 CPDs for this course (Accreditation# 1016215)The Fundamentals of Reliability Engineering training introduces the fundamentals of reliability theory and practice. The course gives students an overview of how to apply reliability engineering principles to design systems and processes.Reliability is the ability of a system or component to perform its intended function under specified conditions for an extended period without failure. A reliable product is highly likely to perform as expected over time. A product's reliability is directly related to its quality. For that reason, reliability is also called "quality over time."This course is designed as the first step for students of reliability engineering and persons taking the CRE exam. This course assumes that you do not have any prior knowledge of reliability engineering. This training will provide the knowledge and skills necessary to understand the basics of reliability engineering and its application to systems development.The course consists of video lectures, readings, and quizzes that help build upon each other so that by the end of the course, you have gained a firm grasp of the topics covered.Topics Covered:Section 1. Basic Definitions: We will start this course by understanding the definitions of Quality and Reliability. In this, you will also understand why things fail and the consequences of failures.Section 2. Basic Measurements: In this section, you will understand the basic reliability measurements, such as the Mean Time to Failure (MTTR) for nonrepairable products and the Mean Time Between Failures (MTBF) for repairable products. In addition, you will learn to calculate the availability and the Mean Time to Repair (MTTR).Section 3. Censored Data: In real life, the reliability data is not complete. In this section, you will understand various types of censored data and how to deal with them.Section 4. Failure Patterns: In this section, you will learn the Bathtub Curve in Reliability Engineering. You will understand three phases in the product life: Infant mortality, useful life, and wear out. You will learn to calculate the Hazard Function.Section 5. Improving Reliability: This section will cover various Reliability tests such as ALT, HALT, HASS, ESS and Burn-in.Section 6. Reliability Block Diagram: In this section, you will learn to calculate the system reliability based on the reliability of individual components. You will also learn about three types of redundancies to improve the system's reliability.Section 7. Exponential Distribution: Even though the intent of this course was to teach Reliability without using complex mathematical and statistical formulas. In this section, you will learn to calculate the Reliability in the constant failure zone using limited mathematical complexities.Continuous Professional Development (CPD) Units:For the ASQ® Recertification Units (RUs), we suggest 0.25 RUs under the Professional Development > Continuing Education category.For PMI® 2.5, preapproved PDUs can be provided after completing our optional/free certification exam. The detailed steps for taking Quality Gurus Inc. certification with preapproved PDUs are provided in the courses.
