Embedded Systems Engineer - Inertial Sensors

As an Embedded Systems Engineer at HRL, your primary responsibilities include developing and integrating MEMS sensor components for position, navigation, and timing (PNT) applications. You will work closely with a multidisciplinary team to build embedded solutions that withstand rigorous environmental testing, design and code system software, and interface with vendors to secure supply chains for our innovative architectures.

To succeed as an Embedded Systems Engineer at HRL, you should possess strong skills in Python and C/C++, with a solid understanding of PCB design and assembly. Familiarity with Verilog/VHDL, low-level programming, and mixed-signal circuit design is beneficial. Experience with MEMS technology, FPGAs, and DSPs will give you an edge, as will the ability to work both independently and as part of a cohesive team.

HRL is looking for candidates with a BS combined with five years of industry experience, a master’s degree paired with three years of relevant experience, or a doctoral degree. Different levels of experience may qualify you for various positions within the company, showcasing our commitment to finding the right talent for our innovative projects.

The compensation for the Embedded Systems Engineer position at HRL ranges from $120,715 to $150,895, alongside a potential bonus and benefits. This salary reflects the minimum and maximum target for new hires and is influenced by your skills, experience, and education level, allowing for personalized offers that align with your qualifications.

Yes, U.S. citizenship is a requirement for the Embedded Systems Engineer position at HRL. Additionally, candidates must be able to obtain and maintain a U.S. Government Security Clearance, ensuring that our projects meet the necessary regulatory standards.

When discussing your experience with embedded systems programming, highlight specific programming languages you’ve utilized, such as Python or C/C++. Reference the types of projects you've completed, focusing on relevant applications, and describe how your work contributed to system stability and performance.

To answer this question effectively, detail your specific experience with MEMS accelerometers, gyroscopes, or similar components. Discuss any projects where you integrated these technologies into navigation systems and the impact this had on performance and reliability.

A good answer should introduce the methodologies and tools you use for debugging, such as test-driven development or unit testing. Discuss your process for identifying issues, from simulation to field testing, and include examples of how your approach improved project outcomes.

When addressing teamwork in interdisciplinary environments, provide examples of successful collaborations where you worked with diverse teams. Describe how you communicated technical information effectively, resolved conflicts, and contributed to a collective goal, which is vital in a fast-paced engineering environment.

In your response, list specific PCB design tools you’re proficient in, mentioning any design software you have used, such as Altium or Eagle. Discuss projects where you created or modified PCB layouts, emphasizing how this experience equipped you with the skills to design complex circuits.

Provide a detailed example where you designed a custom embedded solution for a project. Discuss the problem you needed to solve, how you approached the design from concept to implementation, what programming languages you utilized, and the ultimate result of your solution.

This question allows you to showcase your commitment to continuous professional development. You might mention attending workshops, following relevant publications, participating in online forums, or engaging in collaborative projects that expose you to emerging technologies in embedded systems.

Prepare for this question by discussing specific challenges you've encountered, such as hardware compatibility issues or software performance bottlenecks. Explain the strategies you used to overcome them and what you learned from the experience.

Your answer should outline the steps you take for system-level testing, such as developing test plans, defining performance metrics, and executing validation tests. Highlight your experience with low-noise analog and digital test equipment to reinforce your practical testing skills.

When discussing your experience with FPGAs and microcontrollers, specify the types of devices you've worked with, the languages used for programming (like VHDL), and projects that demonstrate your ability to design and implement solutions using these technologies. This shows your depth of knowledge and practical experience in the field.