Lead Power Electronics Systems Engineer

As a Lead Power Electronics Systems Engineer at ChargePoint, your responsibilities will include architecting, designing, and integrating various sub-components into high-quality systems for vehicle charging platforms. You'll collaborate with mechanical, firmware, and testing teams, establishing requirements and standards for every aspect of the product while participating in design reviews and mentoring team members to foster growth and innovation.

To qualify for the Lead Power Electronics Systems Engineer position at ChargePoint, you need a minimum of a Bachelor's degree in Electrical Engineering, with a Master's degree preferred. Additionally, you'll need at least 6 years of experience in electrical product design, development, and testing, alongside experience working in cross-functional teams and a solid understanding of AC-DC and DC-DC converter technologies.

At ChargePoint, expect a positive, collaborative, and inclusive work environment. Your role as a Lead Power Electronics Systems Engineer will involve working closely with various engineering teams, brainstorming solutions to complex problems, and fostering a culture of openness and creativity as you innovate within the fast-paced EV industry.

The targeted salary range for a Lead Power Electronics Systems Engineer at ChargePoint is between $85,000 and $220,000, depending on various factors like experience, skills, and certifications. This compensation reflects the commitment to fair and equitable practices and does not include bonuses, equity, or benefits.

ChargePoint is dedicated to maintaining an inclusive workplace for all employees, including Lead Power Electronics Systems Engineers. The company actively promotes diversity by creating equitable hiring practices and fostering an environment where every individual can feel valued for their skills, regardless of their background or identity.

In answering this question, highlight specific projects where you developed or worked with AC-DC or DC-DC converter technologies. Detail your understanding of the designs, regulations, and control methods involved, showcasing any hands-on experience you've had in electrical engineering that directly relates to the role at ChargePoint.

Discuss the importance of safety analyses like DFMEA and FTA in ensuring product reliability and compliance, especially in your past projects. Emphasize how addressing safety early on in the design process can prevent costly changes later and ensure the overall safety of the end product, which is critical for ChargePoint's EV chargers.

Share examples that illustrate your ability to communicate effectively and work with different engineering teams, such as firmware and mechanical engineering. Mention specific instances where you resolved conflicts or optimized contributions from each discipline to achieve project goals, highlighting your teamwork skills, which are crucial for the Lead Power Electronics Systems Engineer role.

Outline your systematic approach to identifying root causes of issues during compliance testing. Discuss your analytical skills and problem-solving techniques, and explain how your past experience can help you resolve technical challenges that arise in the testing phase while working at ChargePoint.

Choose a relevant project that demonstrates your technical and leadership skills. Describe the challenges you faced, the methods you used to overcome them, and the lessons learned. This response should convey your ability to thrive under pressure and contribute positively to project outcomes at ChargePoint.

Explain how you prepare for design reviews, such as gathering data, inviting feedback, and fostering open dialogue. Demonstrate your attention to detail and willingness to collaborate, as these qualities will ensure you excel as a Lead Power Electronics Systems Engineer at ChargePoint.

Discuss your commitment to continuous learning through professional organizations, webinars, conferences, and relevant publications. Mention specific resources you use to stay current with industry standards, emphasizing how this knowledge can benefit your technical contributions at ChargePoint.

Share your approach to validating product functionality through rigorous testing. Highlight specific methodologies, tools, and standards you have used to ensure product compliance and performance, demonstrating your readiness to uphold ChargePoint’s commitment to quality in EV charging solutions.

Express your passion for sustainable technology and the role it plays in combating climate change. Share your personal commitment to innovation in the electric vehicle space and how working at ChargePoint aligns with your values and career aspirations.

Showcase your knowledge of ChargePoint's mission and contributions to the EV industry. Discuss alignment between your personal values and their commitment to sustainability, innovation, and collaboration. Convey enthusiasm for the opportunity to contribute to a forward-thinking company like ChargePoint.