BMS ENGINEER - job 2 of 2

As a BMS Engineer at Navitas Systems, your primary responsibilities will include designing, developing, and testing embedded firmware and BMS electronic systems. You’ll collaborate with cross-functional teams to ensure effective integration and aid in root cause analysis to troubleshoot electronics and firmware issues. Developing application firmware based on documented requirements and using advanced debugging tools is also key in this role.

To qualify for the BMS Engineer position at Navitas Systems, candidates should possess a Bachelor's degree in Electrical Engineering, Computer Science, or a related field, along with 3–5 years of professional experience in embedded systems. Alternatively, a Master’s degree with 2+ years of relevant experience in battery systems is acceptable. Strong communication and problem-solving skills are also essential.

As a BMS Engineer at Navitas Systems, you'll work on cutting-edge projects involving advanced lithium-ion battery products tailored for military, commercial, and industrial markets. You will be responsible for developing BMS solutions, collaborating with various teams, and ensuring that products are safe and meet rigorous standards established for military applications.

To meet ITAR compliance requirements for the BMS Engineer position at Navitas Systems, applicants must be U.S. citizens, lawful permanent residents, or individuals eligible to gain necessary authorizations from the U.S. Department of State, as this role involves working on projects related to U.S. military testing and products.

Navitas Systems offers a comprehensive benefits package for BMS Engineers, including competitive compensation, group health insurance with low premiums, a Retirement Savings Plan with company matching contributions, generous paid time off, fitness discounts, and numerous career advancement opportunities within a supportive, family-oriented work environment.

In answering this question, highlight specific projects you've worked on related to embedded systems. Discuss your familiarity with different technologies and tools, making connections to the responsibilities outlined in the BMS Engineer job description, emphasizing your problem-solving skills and collaboration with cross-functional teams.

When tackling troubleshooting, it's essential to start with a logical approach. Discuss how you would utilize tools like oscilloscopes or thermal cameras for effective debugging and detail an example of a problem you've diagnosed successfully in a past role, showcasing your analytical skills and determination to resolve issues.

In your response, explain design methodologies such as DFMEA and FTA. Share an example of a project where you applied these techniques, focusing on how risk assessment influenced design decisions and contributed to project success, emphasizing your thoroughness and foresight.

To ensure the quality of your firmware, highlight the coding standards you follow, the importance of code reviews, and testing methodologies like unit and integration testing. Provide specific examples of how your attention to detail has improved the reliability of firmware you’ve developed in previous roles.

Discuss your experience with these protocols in the context of past projects. Describe how you've implemented them in design or development processes and how they contribute to system functionality, showing your technical expertise and ability to adapt to different technologies.

Reflect on specific challenges you've faced, such as issues related to performance or safety in battery management. Focus on your problem-solving process, the steps you took to address the challenge, and the lessons learned that influenced your future work in battery systems.

Explain your commitment to continuing education through industry publications, conferences, or online courses. Mention specific sources you trust and how you apply new knowledge to your work. This showcases your proactive attitude toward professional development and passion for the field.

Address the importance of clear communication and setting shared goals when collaborating with diverse teams. Share a specific example of a successful project where teamwork played a critical role, demonstrating your ability to navigate different disciplines effectively.

Discuss coding standards you adhere to, such as documentation and commenting, and your practices for regular code reviews. Provide an example of how these practices have led to improved maintainability in a previous project, highlighting your dedication to producing quality work.

In your response, express your excitement about Navitas Systems’ commitment to innovative energy solutions and the military applications of their products. Share your passion for contributing to meaningful projects and being part of a family-owned company that values its employees and fosters a supportive work environment.