Senior Engineer, Electrical

As a Senior Engineer, Electrical at Lumotive, you will tackle various responsibilities, including the design and implementation of analog and mixed-signal circuits, as well as high-speed digital circuit design for cutting-edge LiDAR applications. You'll be responsible for prototyping, testing, and ensuring compliance with industry standards, all while collaborating closely with other engineering disciplines to meet both technology and performance goals.

To qualify for the Senior Engineer, Electrical role at Lumotive, you should hold a Bachelor’s degree in Electrical Engineering, with an advanced degree preferred. You'll need a minimum of five years of industry experience or three if you possess an advanced degree, specifically with expertise in analog, mixed-signal, and high-speed digital circuit design, alongside proficiency in PCB design tools like Altium Designer.

In this role at Lumotive, the Senior Engineer, Electrical will work on a variety of exciting projects, primarily focusing on developing LiDAR systems for automotive and industrial applications. You’ll apply your electrical engineering skills to define, design, and build advanced sensing technology that significantly enhances product performance in consumer markets.

The work environment for a Senior Engineer, Electrical at Lumotive is dynamic and collaborative, set within a small cross-functional team that fosters creativity and innovation. You’ll find a start-up atmosphere that emphasizes agility and flexibility, giving you the opportunity to contribute to a range of tasks and projects while working alongside talented engineers from various specialties.

At Lumotive, the salary for the Senior Engineer, Electrical position ranges from $150,000 to $190,000 annually, determined by your experience and qualifications. Additionally, you will have opportunities for performance-based quarterly bonuses, equity options, and a comprehensive benefits package that enhances your overall compensation.

When discussing your experience with high-speed digital circuit design, highlight specific projects or systems you've developed. Emphasize your proficiency in designing and implementing interfaces like MIPI CSI, LVDS, USB, and your understanding of challenges faced in real-world applications, showcasing your problem-solving skills and project outcomes.

In your response, outline your systematic approach to analog circuit design, particularly regarding 3D sensing applications. Discuss methodologies you employ for ensuring signal integrity and the importance of testing and validation, and illustrate with examples of successful analog designs you've completed.

Talk about your familiarity with PCB design tools, particularly Altium Designer. Explain why these tools are integral to your design process, focusing on features that enhance efficiency and accuracy. If possible, share examples of complex PCB projects where these tools played a critical role.

Discuss your familiarity with relevant industry standards and your systematic approach to ensuring compliance during the design process. Mention methods such as regular prototyping, testing, documentation, and how you keep up-to-date with changing standards or regulations.

Choose a relevant example that highlights your technical skills and creativity. Describe the problem in detail, the steps you took to analyze it, any collaboration with team members, and the successful resolution, showcasing your problem-solving process and personal contributions.

Answer by emphasizing the importance of clear, proactive communication, and how you ensure everyone is aligned on project goals. Share strategies you utilize, such as regular updates, collaborative tools, and one-on-one discussions, to keep the team informed and engaged.

In your answer, describe specific prototypes you've developed, the testing processes you followed, and how you used the results to refine designs. Emphasize the importance of iterative testing in achieving high-quality electrical designs.

Emphasize the critical role of Design for Excellence (DFX) in your engineering practices. Discuss techniques you've employed to ensure power and signal integrity, and how you address common issues during the design phase to minimize problems post-production.

Share your commitment to continuous learning by mentioning professional organizations, journals, and conferences you engage with. You can also discuss any online courses or certifications you pursue to enhance your knowledge of advanced technologies relevant to LiDAR and 3D sensing.

Express your enthusiasm for the dynamic and fast-paced nature of start-up environments. Highlight your adaptability and willingness to wear multiple hats, as well as how you thrive on collaboration and quick decision-making that drives innovation and results.