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.

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 microcontroller families; experience with Infineon AURIX™ TC3xx is considered a strong asset.
Understanding of real-time operating systems (RTOS).
Experience in automotive emb

📌 Autosar Firmware (Torino)
🏢 Near-C
📍 Torino