HV Battery Test Engineer - Validation

As an HV Battery Test Engineer - Validation at Lucid Motors, your responsibilities will include delivering comprehensive battery testing across various levels, such as sub-component, module, and pack-level tests. You'll plan and coordinate testing activities, improve test procedures for safety standards, design automation scripts, analyze test data, and contribute to continuous improvement initiatives. Your involvement in diagnosing testing equipment issues will also be vital to maintaining our testing capabilities.

To qualify for the HV Battery Test Engineer - Validation position at Lucid Motors, you should have a relevant degree in Chemical Engineering, Electrical Engineering, or a related field. Ideally, you will have 1+ years of experience (post-Masters/Ph.D.) or 2+ years (post-Bachelor's) in battery testing. Proficiency in data analysis, familiarity with testing equipment, and excellent communication skills are also essential in this role.

Safety is paramount at Lucid Motors, especially in the HV Battery Test Engineer role. You will support the improvement of testing procedures and test methods to meet the highest levels of safety requirements. Furthermore, you will be working with established test standards and regulations to ensure compliance with battery transportation and regional safety requirements.

While the fundamental requirement is a degree in a related engineering field, experience in leading and executing battery tests is highly beneficial for the HV Battery Test Engineer - Validation role. Familiarity with statistical programming languages for data analysis, CAD software, and writing efficient code to analyze datasets can give you an edge in this position.

At Lucid Motors, the HV Battery Test Engineer - Validation position opens up many exciting avenues for career growth. You will work alongside some of the brightest minds in the electric vehicle industry, allowing you to learn from their expertise. As the industry evolves, your role could expand into leadership positions or specialized technical tracks within the battery testing and validation arena.

When answering this question, highlight specific battery testing projects you've worked on, detailing your role, responsibilities, and the outcomes of those tests. Emphasize your hands-on experience and any tools or methodologies you utilized, showing how they contribute to successful project outcomes.

Be sure to mention any relevant software tools such as statistical programming languages, NI Varistand, or AVL Lynx. Discuss how you used these tools for data analysis and highlight your capability in generating insightful reports and test plans based on data findings.

Explain your troubleshooting process, including how you identify problems, analyze potential causes, and implement solutions. Providing a specific example of a time you successfully diagnosed an equipment issue can illustrate your practical problem-solving skills.

Discuss the various safety standards relevant to battery testing, such as SAE J2929 or IEC 62133. Demonstrating your knowledge of these standards will show that you understand the importance of safety in the testing process and that you’re prepared to uphold those standards.

In a startup environment, flexibility is key. Share examples of how you've managed projects with tight deadlines while adapting to changing priorities. Highlight your ability to remain organized and focused under pressure while ensuring quality work.

Describe any automation systems you’ve worked with, focusing on how you've programmed test scripts to facilitate autonomous test profiles. Mention the impact that automation had on efficiency and accuracy in your previous projects.

This is an opportunity to discuss past experiences where you've suggested or implemented improvements in processes, equipment, or team operations. Emphasize a proactive mindset and the benefits these improvements brought to your work environment.

Share a comprehensive example of a project where you led the battery testing process, detailing your approach, the challenges you faced, and the successful outcomes. Highlight teamwork, execution, and any innovations you contributed.

Explain your communication strategies, such as regular check-ins, clarity in reporting, or utilizing collaborative tools like Jira or Confluence. Provide specific examples where your communication minimized misunderstandings or enhanced teamwork.

Discuss the analytical techniques and tools you employ to evaluate test data, whether through statistical programming or data visualization. Emphasize how thorough data analysis leads to actionable insights and improvements in battery performance.