Senior IC Test engineer (f/m)

As a Senior IC Test Engineer at NXP, you will develop innovative test strategies for advanced Battery Management System ICs, ensuring the robustness and reliability of our products. Your responsibilities include understanding IC design architecture, defining DfT (Design for Test) features, developing test packages, and ensuring test coverage consistency. You'll work closely with cross-functional teams to drive the project towards zero defects, contributing significantly to the future of mobility.

NXP is looking for candidates with a Master's or PhD in electronics or microelectronics, alongside at least 10 years of experience in developing mixed-signal IC test solutions. You should be proficient in analog and digital electronics, software programming (C++, Java, Python), and have experience with ATE load board design and validation. Excellent communication skills and fluency in English are also essential for collaboration in a global environment.

Success in the role of Senior IC Test Engineer at NXP requires autonomy, a commitment to challenges, and a strong sense of accountability. Being result-oriented and self-motivated will help you excel, as will a tendency to dig into underlying issues to find root causes. You’ll also need to be a great team player, working collaboratively in a cross-functional global environment to meet project goals.

The role of Senior IC Test Engineer at NXP directly impacts the automotive industry's shift toward low-carbon vehicles. By developing reliable and high-quality battery management systems, you will help pave the way for advancements in electric and autonomous driving technologies. Your contributions will be crucial for ensuring that NXP remains a leader in this vital area of automotive innovation.

At NXP in Toulouse, a Senior IC Test Engineer will work on developing the third generation of smart battery controllers and other key products related to battery management systems. This involves crafting and validating test solutions, ensuring high quality and performance standards, and collaborating across teams to meet industry-leading project objectives focused on electrification and innovative automotive technologies.

When answering this question, provide specific examples of projects where you've developed mixed-signal IC test solutions. Discuss the methodologies you employed, tools you used, and any challenges you faced. Highlight your role in ensuring reliability and quality in the testing process and the impact of your contributions on project success.

Explain your systematic approach to developing test strategies. Discuss how you begin with a thorough understanding of the IC design architecture, and the key factors you consider, such as DfT features and validation requirements. Provide examples of how your strategies have led to successful outcomes in previous roles.

Clearly outline the programming languages you are proficient in, such as C++, Java, or Python. Provide examples of how you've applied these languages in developing test automation scripts, validation procedures, or data analysis. Emphasize the impact of your coding skills on project efficiency and quality.

Discuss how you balance test solution robustness with cost optimization. Give examples of your experience in identifying cost-saving measures without compromising quality, such as strategic resource allocation or process improvements. Highlight your analytical skills in achieving this balance in previous projects.

Choose a project that posed significant challenges, whether technical or logistical. Explain the complexities involved and detail how you approached and solved these issues. Be sure to showcase your problem-solving skills and how your management led to successful project outcomes.

Outline your hands-on experience with ATE load board design and validation processes. Discuss specific projects where you implemented or evaluated these boards and the outcomes achieved. Highlight any improvements you made and how they enhanced testing efficiency or accuracy.

Highlight the communication strategies you use to engage effectively with cross-functional teams. Include examples of how you ensure all parties are aligned on project goals and timelines. Discuss any tools or practices you utilize to facilitate clear and open communication, contributing to overall project success.

Discuss qualities such as analytical thinking, attention to detail, and a proactive approach to problem-solving. Emphasize the importance of teamwork, adaptability, and effective communication, to help convey how these traits contribute to success in the role of a Senior IC Test Engineer at NXP.

Provide examples of how you’ve managed tight deadlines in previous projects. Discuss your prioritization strategies, time management skills, and how you handle pressure effectively. Highlight any tools or practices that helped you meet deadlines without sacrificing quality.

Share your insights on the evolving field of battery management systems. Discuss trends such as advancements in technology, increased focus on sustainability, and the move toward electric and autonomous vehicles. Highlight your passion for being part of this exciting transition and the role NXP plays in shaping it.