Core QNX Development : You will develop, implement, and maintain robust system services, libraries, and resource managers for the QNX Neutrino RTOS, focusing on real-time performance and system stability.
System Bring-Up & Bootloader : You will contribute to the development and adaptation of bootloaders (e.g., U-Boot) and support initial board bring-up activities using hardware debuggers.
Platform Integration & Verification : You will be responsible for integrating software components, debugging system-level issues, and helping to maintain our CI/CD build and test pipelines.
Performance Analysis : You will participate in optimizing system performance by analyzing boot time and runtime resource usage within the QNX OS.
Team Collaboration : You will work closely with senior
developers and architects, actively participating in technical discussions and contributing to a culture of quality and continuous improvement.
Personality : You are a motivated and accountable team player with a strong desire to learn and contribute to complex projects.
Working Style : You have an analytical and goal-oriented approach, with an eagerness to solve technical challenges both independently and as part of the team.
Experience and Know-how:
Professional experience in embedded C/C++ development for POSIX operating systems, preferably including QNX.
Familiarity with bootloader concepts and the role they play in hardware initialization.
Experience with developing or integrating software for embedded hardware, ideally including exposure to Board Support Packages (BSPs).
A foundational understanding of low-level debugging on hardware (e.g., using JTAG) is a plus.
Experience with modern software development workflows, including version control (e.g., Git) and the basics of CI/CD pipelines.
An interest in system performance optimization and analysis.
Knowledge of functional safety standards (ISO 26262) is an advantage.
Language Skills : Very good English skills.
Education : A completed degree in Computer Science,
Software Engineering, or a comparable field.