Senior Embedded Software Engineer

As a Senior Embedded Software Engineer at our client, you'll be tasked with developing MAC protocols, mobile ad-hoc networking, and implementing various security protocols and encryption algorithms. You'll also work on network management software, customize Linux systems, and maintain device drivers for ARM and RISC-V systems.

To qualify for the Senior Embedded Software Engineer role at our client, you need a Bachelor's degree in Electrical Engineering, Computer Science, or a related field, along with over 5 years of experience in embedded systems software development. A strong expertise in C programming and Linux kernel driver development is necessary, and U.S. Citizenship is required for government contract work.

Preferred skills for the Senior Embedded Software Engineer position include experience with security protocols like the CNSA suite, proficiency in socket programming, and familiarity with the MAC and networking layers. Knowledge of AMD UltraScale+ MPSoC and Microchip Polarfire SoC development is also advantageous.

The work schedule for the Senior Embedded Software Engineer role is hybrid, requiring a minimum of three days in the office per week (specifically Mondays, Wednesdays, and Thursdays), allowing for collaboration while providing flexibility for remote work.

Yes, experience with Linux is crucial for the Senior Embedded Software Engineer position. You'll need to customize and script Linux-based systems, as well as develop device drivers and engage with Linux Interrupt Service Routines (ISRs) to ensure optimal system performance.

In your answer, focus on how MAC protocols facilitate communication between devices in a network. Discuss any specific projects you've worked on involving MAC protocol development and how they contributed to system performance or reliability.

Describe your systematic approach to debugging, such as using tools like GDB or logging to identify issues. Share examples of challenges you've encountered and how you resolved them to improve system stability.

Talk about specific strategies like implementing encryption algorithms and adhering to compliance standards such as NIST FIPS 140-3. Illustrate with examples of how you've enhanced security features in past projects.

Share your time management skills, such as using project management tools or prioritizing tasks based on deadlines and project impact. Give an example of how you've successfully managed competing deadlines.

Discuss your hands-on experience with Linux kernel driver development, detailing specific contributions or enhancements you've made. Include any challenges you faced and how you overcame them.

Provide an overview of a project where you developed networking protocols, detailing the objectives, challenges, and outcomes. Highlight your role and any specific technologies you utilized.

Discuss your familiarity with ARM or RISC-V architecture, mentioning any projects you've worked on that involved development for these platforms. Emphasize your understanding of their unique features and capabilities.

Elaborate on your rigorous approach to compliance, such as conducting audits, code reviews, and testing procedures that align with industry standards. Cite specific examples where you've achieved compliance.

List essential tools you regularly use, such as IDEs, compilers, and debugging tools. Discuss how these tools have improved your workflow and project outcomes.

Share your vision of the future of embedded systems, discussing trends like IoT, AI integration, or real-time processing. Offer insights on how these advancements could impact the field and your aspirations within it.