Battery Test Lead

The Battery Test Lead at Wisk is responsible for overseeing the energy storage and power systems test infrastructure. This includes designing and maintaining a cutting-edge battery testing laboratory, conducting various tests including abuse and environmental tests, ensuring compliance with industry standards, and coordinating testing efforts with design engineers. The role is crucial in developing procedures to ensure the highest safety and efficiency standards.

To be considered for the Battery Test Lead role at Wisk, candidates should possess a Bachelor's or Master's degree in Electrical, Chemical, or Mechanical Engineering, alongside a minimum of 8 years of experience in battery testing. It's essential to have a strong technical understanding of battery systems, management, and proven leadership skills in managing engineering teams.

The Battery Test Lead at Wisk will be engaged in a variety of testing processes, including development testing, de-risk testing, qualification testing, and compliance with standards such as UL and IEC. The individual will optimize testing procedures for abuse scenarios, such as crush and thermal runaway, as well as environmental factors like temperature cycling. This comprehensive approach ensures that the battery systems are resilient and reliable.

The work environment for a Battery Test Lead at Wisk is collaborative and innovative, set within our Mountain View office that encourages creativity and forward-thinking. You'll be part of a passionate team dedicated to making electric autonomous flight a reality, with access to state-of-the-art testing facilities and comprehensive support in your efforts to push the boundaries of urban air mobility.

At Wisk, we are committed to fostering professional growth for all our employees, including Battery Test Leads. With access to various training programs, mentorship opportunities, and educational assistance, as well as chances to lead significant projects in an emerging field, you'll have the support needed to advance your career while contributing to exciting advancements in autonomous flight technology.

When discussing your experience with battery testing methods, highlight specific testing techniques you've employed, such as abuse testing or environmental testing. Be sure to include any relevant projects or systems you've worked on, showcasing your understanding of why each method is important and how it contributes to overall battery safety and performance.

In response to this question, you should outline your familiarity with industry standards like UL and IEC and discuss your systematic approach to ensuring safety during testing. Mention any specific protocols you've implemented or followed, including training sessions for staff or audits you've participated in to maintain compliance.

When tackling this question, choose a specific project where you faced significant challenges, such as tight deadlines or resource limitations. Describe the situation clearly and your strategic approach to overcoming these obstacles, showcasing your leadership skills and ability to guide your team to success despite difficulties.

Share your experiences with data acquisition systems, detailing the types of equipment and software you’ve used. Discuss how you analyze data, cite examples of how your analysis has influenced testing processes, and highlight any innovations you've introduced to improve overall efficiency in data management.

When discussing your leadership approach, emphasize your commitment to collaboration and open communication. Provide examples of how you've fostered a supportive environment in your team, guided members through challenges, and facilitated their professional growth, thus demonstrating your capabilities as an effective manager.

Detail your familiarity with battery management systems, discussing the specific types of BMS you’ve encountered in your career. You can mention how you’ve worked with BMS to enhance battery performance, safety, and longevity, highlighting any projects where you’ve contributed to major improvements.

When answering this question, share your favorite tools or techniques for task prioritization, such as the Eisenhower Matrix or project management software. Provide an example of a time when you successfully managed competing priorities while maintaining quality in your work to illustrate your ability to handle pressure.

Discuss how you've contributed to developing testing procedures in previous roles. Highlight specific procedures you've created or refined and explain their impact on safety and efficiency within the testing process, showing your ability to enhance operations through thoughtful planning.

Share various sources you rely on for industry knowledge, such as academic journals, conferences, webinars, or professional organizations. Your response should convey your commitment to staying current with developments in battery technology to ensure your skills and knowledge are always at the forefront of advancements.

In answering this question, express your understanding of the crucial role that robust battery testing plays in ensuring reliability and safety in autonomous flight. Discuss how advancements in testing methodologies will enhance battery performance, ultimately contributing to the broader goal of sustainable and efficient urban mobility.