Embedded Software Engineer

In Brea's embedded systems sector, engineers often engage closely with hardware debugging due to the city's strong aerospace and tech industries. Experience with hardware-software integration and familiarity with ARM or Qualcomm SOCs can be vital for tackling low-level issues in embedded platforms.

Certifications like Embedded Linux or ARM architecture training boost prospects locally. Employers in Brea also value deep knowledge of Qualcomm Snapdragon SOCs and proficiency in C/C++ for embedded systems, reflecting the region's focus on aerospace display technologies.

Engineers need to optimize performance and stability under strict hardware constraints while ensuring compatibility with complex video codecs like MPEG-4 and H.264. They also juggle kernel-level driver development and maintain seamless integration with aircraft display hardware.

With 10+ years, engineers typically shift from coding to architectural design, leading integration efforts and mentoring teams. They gain mastery over SOC-specific kernel modifications, device drivers, and contribute heavily to system scalability and DevOps pipelines.

Corps Partners emphasizes deep Qualcomm Snapdragon SOC expertise combined with embedded Linux kernel development, tailored to aerospace video systems. Their focus on cross-functional hardware-software collaboration and involvement in devops practices sets them apart.

Yes, engineers at Corps Partners work extensively with video stacks involving MPEG-2, H.264, and H.265 formats, pushing boundaries in embedded A/V device drivers and kernel modules, which is ideal for candidates passionate about advanced multimedia system development.

Salaries generally range between $120,000 and $160,000 annually depending on experience, with senior roles commanding higher pay. Brea's competitive aerospace market often offers bonus incentives for deep expertise in embedded Linux and ARM architectures.

While Brea-based roles often require onsite collaboration due to hardware integration needs, some companies offer remote flexibility for software-focused tasks. However, hands-on experience with physical SOCs and hardware debugging usually necessitates occasional on-site presence.

A frequent myth is that embedded Qualcomm SOC work demands purely hardware skills. In reality, strong software proficiency in Linux kernel development, device drivers, and scripting languages like Python is equally critical, making it accessible for software engineers with embedded passion.

Daily tasks include designing embedded drivers, optimizing video stack performance, collaborating with hardware teams on PCB schematics, reviewing kernel patches, and integrating new product features—all ensuring robust and efficient video delivery within strict avionics constraints.