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Safety First for Self-Driving Cars

Highly integrated teams use scalable processing, power and communication interfaces to achieve different levels of performance in advanced driver-assistance systems (ADAS) domain controller applications.

Scalable power solutions and interface protocols allow for highly-optimized solutions.

Modern ADAS domain controller such as Infineon Aurix and Renesas focus on functional safety and security. To build on top of them the engineering teams require:

  • High power, efficient solutions for video and object data processing.
  • Safety diagnostics included or added to the system to ensure operation in all conditions.
  • High- and low-speed communication interfaces to be used with sensor modules with or without processing.

The engineering teams must master a healthy mix of experience, from sensors development (Radar, Vision) to automated driving algorithms development and a strong focus on Autosar and Functional Safety capabilities as well as to out-performed in Scrum Agile methodology:

  • Vector AUTOSAR configuration and integration, investigation and debug of issues
  • Configuration, code generation and integration of 3rd party modules and applications
  • Functional Safety development, ASIL D compliance for specific functions
  • Automation of generation and configuration with Python framework
  • Software Testing and test automation with Python framework

Technical focus

AUTOSAR, Functional Safety, ASIL D, Bootloader, Cybersecurity

Technical framework

Embedded C, Vector Tools, DaVinci Tools, Lauterbach Trace32, CAN/CAN FD/Flexray/Ethernet, PTC Integrity/Windchill, Confluence, Jira

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