Cockpit BSP Engineer (C++, Linux, Embedded )~ 2000$

Role Overview:We are seeking a highly skilled and motivated BSP (Board Support Package) Engineer to join our team. The BSP Engineer will be responsible for configuring Linux systems, developing and optimizing BSP drivers, and working on key subsystems such as Audio, Video, Ethernet, USB, and more. This role requires a strong understanding of hardware-software integration, bootloaders, HAL layer components, and hypervisor tuning, making it critical to the success of our embedded systems projects.Key Responsibilities:1.Linux Configuration and CustomizationConfigure and build custom Linux distributions for target hardware platforms.Customize kernel configurations to meet project-specific requirements.Debug and resolve system-level issues, including kernel panics and driver conflicts.2. Driver DevelopmentDesign, implement, and optimize BSP drivers for subsystems such as Audio, Video, Ethernet, and USB.Develop low-level software to interface with hardware components.Ensure compatibility and performance across various hardware configurations.3. Hardware Bring-UpPerform hardware bring-up for new boards and platforms.Debug and resolve hardware-software integration issues.Collaborate with hardware teams to ensure seamless operation of the system.4. Bootloader and InitializationDevelop and customize bootloaders for secure and efficient system initialization.Implement trusted boot mechanisms and secure boot processes.Optimize boot time performance.5. System Integration and HAL LayerDevelop and integrate HAL (Hardware Abstraction Layer) components.Ensure proper communication between hardware and higher-level software layers.Work closely with application and framework teams to resolve integration challenges.6. Performance Analysis and OptimizationUse performance analysis tools to benchmark and improve system performance.Identify bottlenecks and implement solutions to enhance system efficiency.Develop scripts for automation and KPI measurement using Python or shell scripting.7. Hypervisor TuningConfigure and tune hypervisors for optimal resource allocation and inter-VM communication.Implement and optimize virtualization solutions, including shared memory and VirtIO mechanisms.8. Documentation and ComplianceCreate detailed technical documentation, including design specifications and test plans.Ensure compliance with relevant industry standards and safety requirements