Failure Analysis Engineer (f/m/d)

As a Failure Analysis Engineer at Munich Electrification, your primary responsibilities will include conducting detailed failure analyses and root cause investigations on electronic, mechanical, and electro-mechanical issues, utilizing methodologies like the 8D problem-solving process. You'll work with a diverse team to analyze field returns, production defects, and support corrective measures that enhance product quality. Collaborating closely with hardware and software engineers ensures a comprehensive approach to identifying potential failure causes.

Candidates for the Failure Analysis Engineer position at Munich Electrification should possess a university degree in Electronics Engineering, Electrical Engineering, or a related field. Strong expertise in electronics failure analysis, knowledge of root cause analysis methodologies, and hands-on experience with electronic components and PCB analysis are crucial. Familiarity with automotive industry quality practices will significantly benefit applicants.

The team culture at Munich Electrification is built on mutual support, inspiration, and celebration. As a Failure Analysis Engineer, you'll work in a cooperative and enjoyable environment that values each individual's contributions. Our belief in teamwork fuels collaboration across different engineering disciplines, ensuring that you have the resources and communication channels to excel in your role and encourage ongoing professional development.

At Munich Electrification, the 8D problem-solving methodology is central to the responsibilities of a Failure Analysis Engineer. This structured approach assists in conducting comprehensive root cause analysis, ensuring that the investigation process is systematic and well-documented. By implementing corrective and preventive measures, you will contribute to continuous improvement efforts, directly impacting the quality and reliability of our battery management systems.

Failure Analysis Engineers at Munich Electrification enjoy numerous benefits, including trust-based working hours, hybrid work options, competitive compensation, and pension plans. You'll also have free access to a nearby fitness center, complimentary snacks and meals, a public transport ticket, and exciting team events that foster camaraderie. These perks are designed to support your well-being and enhance your overall job satisfaction.

When answering this question, highlight specific experiences in conducting failure analyses, the methodologies used (like 8D), and any significant findings or improvements that resulted from your investigations. Be sure to mention your collaboration with other engineering teams.

Provide a step-by-step overview of your troubleshooting process, emphasizing structured approaches, tools, or techniques you utilize. Mention any relevant hand-on experiences to underline your expertise and problem-solving abilities.

Discuss various root cause analysis methodologies you have employed, such as 8D, Ishikawa diagrams, or Fault Tree Analysis. Explain why these methods are effective in identifying underlying issues and how you applied them in past projects.

Share a specific example of a challenging failure analysis problem, how you approached it, the collaboration that took place, and the resolution. Providing measurable results or improvements will strengthen your answer.

Emphasize the importance of clear, thorough documentation throughout the analysis process. Discuss specific practices you use for documenting findings, methodologies followed, and any tools that assist you in maintaining accurate reports.

Highlight your understanding of automotive quality standards such as IATF 16949 and VDA. Discuss any experiences you have in applying these standards during your previous roles and how they influence your work as a Failure Analysis Engineer.

Explain how you view feedback as a constructive tool for improvement. Provide examples of how you have leveraged feedback from customer quality engineers to enhance product quality or streamline failure analysis processes in previous positions.

Describe the collaborative nature of your work. Emphasize how teamwork enhances the analysis process, provides diverse perspectives, and contributes to a more thorough understanding of the failure mechanisms.

Detail your experiences in electronics forensics, focusing on your analytical skills and methodologies used to investigate failures in electronic components. Discuss results achieved through your forensic analysis efforts.

This is your opportunity to express your passion for electric mobility and how Munich Electrification aligns with your career goals. Mention the company’s culture, innovative projects, and growth opportunities that attract you.