|
所在平台: Udemy |
课程主页: https://www.udemy.com/course/functional-safety-software-and-ai-iso-26262-and-beyond/
课程评论:没有评论
课程名称:功能安全、软件与人工智能 - ISO 26262 及更远 课程概述:通过来自行业专家的指导,掌握汽车软件安全,学习 ISO 26262 第6部分的内容。该专家在领先的 Tier1、Tier2 和德国 OEM 公司拥有超过 15 年的经验。 课程独特之处: - 真实世界的专业知识:从实际汽车项目中学习,而不仅仅是理论。 - 实用工具:使用 Enterprise Architect、APIS FMEA 和 Isograph Reliability Workbench。 - 完整覆盖:从规划到人工智能在汽车安全中的整合。 - 实用模板:下载可以直接使用的工作产品和示例。 - 行业见解:来自行业的最佳实践。 课程内容涵盖 ISO 26262 第6部分的各个方面: 1. 基础与规划: - 掌握汽车软件开发的 V 循环方法论。 - 制定全面的安全计划并管理时间线。 - 理解 ASPICE 与 ISO 26262 之间的关系。 - 学习软件配置与校准的最佳实践。 2. 需求与架构: - 撰写清晰可验证的软件安全需求。 - 使用 UML/SysML 设计稳健的软件架构。 - 实施安全设计模式(输入验证、冗余、状态机)。 - 掌握干扰自由与共存原则。 3. 高级安全分析: - 进行全面的软件 FMEA 风险评估。 - 对复杂故障场景执行故障树分析 (FTA)。 - 执行关键路径分析 (CPA) 和依赖故障分析 (DFA)。 - 应用 HAZOP 方法进行系统性危害识别。 4. 实施与验证: - 遵循 ISO 26262 编码指南与最佳实践。 - 使用适当的设计文档实施软件单元。 - 进行全面的测试(单元、集成、嵌入式软件)。 - 达到所需的覆盖率指标(语句、分支、MC/DC)。 5. 前沿主题: - 安全元素超出上下文 (SEooC) 的开发与整合。 - 工具资格和信心评估程序。 - 连接与自动驾驶车辆中的数据安全。 - 安全关键系统中的人工智能与机器学习整合。 课程还提供: - 关于 steer-by-wire 系统的示例。 - 可下载的 Enterprise Architect 模型,具有需求追踪功能。 - 专业的安全计划、FMEA 和分析报告模板。 - 来自实际汽车项目的行业标准流程。 学习体验: - 超过 28 讲的综合讲座,包含实用演示。 - 可下载的幻灯片、文本和参考资料。 - 为增强学习的测验评估。 - 适合寻求实用技能的功能安全工程师和管理者、设计安全关键汽车系统的软件架构师、以及与 ASIL A-D 评级系统协作的质量工程师等。 学生成功: 加入成千上万的工程师,利用这门全面培训课程提升职业生涯。无论您是汽车安全的新手还是希望深化专业知识的从业者,该课程都提供了在当今汽车行业中脱颖而出的实用知识和工具。 额外材料:访问专业级模板、完整的 Enterprise Architect 示例以及与标准演变保持更新的持续更新。此外,还可以直接提问并与讲师联系。今天就转变您的汽车软件安全职业吧!
Master automotive software safety with ISO 26262 Part 6 from an industry expert with 15+ years of experience at leading Tier1, Tier2, and German OEM companies.What makes this course unique: Real-world expertise - Learn from actual automotive projects, not just theoryHands-on tools - Work with Enterprise Architect, APIS FMEA, and Isograph Reliability WorkbenchComplete coverage - From planning to AI integration in automotive safetyPractical templates - Download ready-to-use work products and examplesIndustry insights - Best practices from the industryComprehensive curriculum covering every aspect of ISO 26262 Part 6:Foundation & Planning: Master the V-cycle methodology for automotive software developmentCreate comprehensive safety plans with timeline managementUnderstand the relationship between ASPICE and ISO 26262Learn software configuration and calibration best practicesRequirements & Architecture:Write clear, verifiable software safety requirementsDesign robust software architectures using UML/SysMLImplement safety design patterns (input validation, redundancy, state machines)Master freedom from interference and co-existence principlesAdvanced Safety Analyses:Conduct thorough Software FMEA with risk assessmentPerform Fault Tree Analysis (FTA) for complex failure scenariosExecute Critical Path Analysis (CPA)Execute Dependent Failure Analysis (DFA)Apply HAZOP methodology for systematic hazard identificationImplementation & Verification:Follow ISO 26262 coding guidelines and best practicesImplement software units with proper design documentationConduct comprehensive testing (unit, integration, embedded software)Achieve required coverage metrics (statement, branch, MC/DC)Cutting-edge Topics:Safety Element out of Context (SEooC) development and integrationTool qualification and confidence assessment proceduresData safety in connected and autonomous vehiclesAI and machine learning integration in safety-critical systemsReal-world Application:Steer-by-wire system examples throughout the courseDownloadable Enterprise Architect models with requirements traceabilityProfessional templates for safety plans, FMEA, and analysis reportsIndustry-standard processes from actual automotive projectsLearning Experience:Over 28 comprehensive lectures with practical demonstrationsDownloadable slides, transcripts, and reference materialsQR codes and links to additional resources and standardsQuiz assessments to reinforce learningPerfect for: Functional Safety Engineers and Managers seeking practical skillsSoftware Architects designing safety-critical automotive systemsQuality Engineers working with ASIL A-D rated systemsProject Managers overseeing automotive software developmentAnyone transitioning into automotive functional safetyStudent Success: Join thousands of engineers who have advanced their careers with this comprehensive training. Whether you're new to automotive safety or looking to deepen your expertise, this course provides the practical knowledge and tools needed to excel in today's automotive industry.Extra Materials: Access to professional-grade templates, complete Enterprise Architect examples, and ongoing updates as standards evolve. Plus, direct access to ask questions and connect with the instructor.Transform your career in automotive software safety today!