Safety Training
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Functional Safety Course
Days:3 Language:Teaching in Chinese Training format:Online open class/internal training- Course Overview
- ISO 26262 Functional safety of road vehicles is derived from the basic standard IEC 61508 for Functional safety of electronic, electrical and programmable devices. It is mainly positioned in specific electrical devices, electronic devices and programmable electronic devices in the automotive industry and other components specially used in the automotive field. The international standard that can effectively improve the Functional safety of automotive electronic and electrical products is based on long-term service experience in the field of automotive Functional safety, We provide you with professional courses for the second edition of ISO 26262 training.
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Cyber Security Course
Days:3 Language:Teaching in Chinese Training format:Online open class/internal training- Course Overview
- ISO/SAE 21434 training is based on the automotive network security standard, which is a necessary basic knowledge for personnel engaged in automotive network security work, including network security management, engineering, and auditing. Participants will understand the current challenges faced by the automotive industry and the importance of cybersecurity, as well as the background and requirements of relevant laws, regulations, and standards, particularly regarding the relevance of WP.29 UNECE R155 and ISO/SAE 21434.
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SOTIF Course
Days:3 Language:Teaching in Chinese Training format:Online open class/internal training- Course Overview
- Traditional automotive electronics are designed in accordance with the Functional safety standard of ISO 26262, but the safety requirements of autonomous vehicle go beyond the scope of ISO 26262 and include other safety concepts such as expected Functional safety (SOTIF, ISO/PAS21448). At present, the government and vehicle manufacturers are trying to define reasonable requirements for the safety of autonomous vehicle. So safety has become a core topic for automobile manufacturers, service providers, governments, and various stakeholders in the autonomous driving ecosystem. This course will guide students to understand the main principles and problems behind the expected Functional safety, and learn the best practices of the expected Functional safety in the application of ADAS, automatic driving and other products, including SOTIF methodology, implementation process, system and hardware and software phase development, scenario library construction, test and verification technology, etc
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ASPICE Course
Days:3 Language:Teaching in Chinese Training format:Online open class/internal training- Course Overview
- This course is aimed at professionals with a background in Automotive SPICE and introduces the "ASPICE Model VDA Guidelines" that have been mandatory since 2019. This guide provides a very detailed interpretation and requirements for the Automotive SPICE model and evaluation process. The course is taught through examples and exercises, starting from the chief evaluator and From the perspective of project members, understand the guidelines and their applications.