Functional Safety According to ISO 26262 Crash Course
What you’ll learn
ISO 26262
Functional Safety
Automotive Safety Processes
Automotive Engineering
FMEDA
Hardware Metrics
Automotive
Requirements
Be able to understand basic software and hardware engineering concepts
Description
Whether you’re already familiar with functional safety or seeking a fresh perspective, this 4-hour crash course has got you covered. Here’s a glimpse of what you’ll gain from our course:Discover the principles of safety and functional safety and how they combine to create safer cars.Master the structure of ISO 26262 and learn how to integrate it into your daily workflow.Cultivate a robust safety culture within your organization and educate your team to ensure flawless implementation.Learn how to generate a variety of work products that are crucial for complying with ISO 26262.Uncover how to organize your data and analyze it to determine safety goals for your vehicle’s systems and components.Examine your hardware thoroughly to ensure that safety goals are never compromised, and learn about fault taxonomy.Evaluate risk and residual risks from hardware failures and perform FMEDA to calculate hardware metrics.Gain a deep understanding of the development model proposed by ISO 26262, from vehicle design to individual transistors and bits.Verify and validate the safety concepts developed at different stages to ensure that your vehicle meets the highest standards of safety.Join me for this comprehensive course that promises to give you a thorough understanding of functional safety. Register now and prepare to take your career to new heights!
Overview
Section 1: First Steps
Lecture 1 Back to basics
Lecture 2 History of functional safety
Lecture 3 ISO 26262, the standard
Section 2: Functional Safety and Management
Lecture 4 Organisational Functional Safety
Lecture 5 Project functional safety management
Lecture 6 Confirmation measures
Section 3: Vehicles and systems
Lecture 7 Make cars safer
Lecture 8 Item Definition
Lecture 9 Hazard Analysis and Risk Assessment (HARA)
Lecture 10 Functional Safety Concept
Lecture 11 Design safer systems
Lecture 12 Integrate, verify, validate the system
Section 4: Bits and transitors
Lecture 13 Bits and transistors
Lecture 14 Specify and design hardware and software
Lecture 15 Faults and failures
Lecture 16 Safety Analyses for concept, system, software
Lecture 17 Hardware safety analyses
Lecture 18 Integrate, verify and validate the hardware and software
Section 5: Conclusions
Lecture 19 Conclusions
Automotive SW Engineers,Automotive Software Engineers,Automotive Project Managers,Automotive Engineering Professionals
Course Information:
Udemy | English | 4h 0m | 7.02 GB
Created by: Paul Danci
You Can See More Courses in the IT & Software >> Greetings from CourseDown.com