Autosar Firmware
Pubblicato il 15-09-2026 - Near-C in Piemonte
Near‐C is a lean, fast‐moving engineering consulting company focused on high‐tech projects in the Automotive sector. We support industrial partners in the development of various ECUin this field. If you're looking for a place where engineering is concrete, technical, and product‐oriented, you'll feel at home here.
Verifichi che le sue competenze e la sua esperienza corrispondano ai requisiti di questo ruolo, quindi si candidi con il suo CV qui sotto.
MAIN ACTIVITY
- Analyze system, hardware, and software requirements for automotive embedded applications.
- Derive, specify, and maintain low-level software requirements for Complex Drivers and hardware-near software components based on system and hardware requirements.
- Design software architectures and detailed technical solutions in compliance with automotive quality standards and AUTOSAR guidelines.
- Ensure software designs and implementations comply with applicable automotive functional safety (ISO 26262) and cybersecurity (ISO 21434) requirements.
- Develop, maintain,
and optimize embedded software in C for real-time automotive systems.
- Define and execute unit testing and software verification activities.
- Support software integration, debugging, and troubleshooting on target hardware platforms.
- Produce and maintain software development artifacts and technical documentation throughout the development lifecycle.
- Collaborate with System, Hardware, Integration, and Validation teams to ensure end-to-end product quality.
- Contribute to continuous improvement, technical innovation, and software development best practices.
SKILLS
- Master's Degree in Electronic Engineering, Computer Engineering, Software Engineering, or a related discipline.
- Strong knowledge of C programming for embedded systems.
- Familiarity with MISRA-C guidelines and embedded software best practices.
- Good understanding of microcontroller architectures, peripherals, and hardware-software interaction.
- Experience with automotive microc