Electrical Process Integration Engineer

An Electrical Process Integration Engineer at Waymo is responsible for driving the development of innovative test solutions to validate the functionality of autonomous vehicles. They collaborate closely on software development for diagnostics and scalable testing platforms while also designing optimized processes to manage vehicle commissioning effectively. Furthermore, this role involves troubleshooting complex electrical and software challenges and leading the calibration of the autonomous vehicle fleet.

To qualify for the Electrical Process Integration Engineer role at Waymo, candidates should possess at least a Bachelor’s degree in Electrical, Computer, or Mechanical Engineering (or a related field) alongside 5+ years of industry experience. A deep understanding of electrical systems and components, as well as familiarity with troubleshooting and diagnostics for embedded systems, is essential. Preferred qualifications include a Master’s degree and 10+ years of experience in electrical troubleshooting, particularly within autonomous or electric vehicles.

Waymo prefers candidates with a Master’s degree in Electrical Engineering or a related field, and those with 10+ years of experience in electrical troubleshooting and repair. Additionally, prior experience leading teams and managing complex projects is highly valued, particularly in the context of autonomous or electric vehicle technology and prototype engineering.

Candidates applying for the Electrical Process Integration Engineer position at Waymo should have demonstrated proficiency in software development, particularly in languages like Python and C++. Familiarity with Unix/Linux environments is also important, along with experience utilizing electrical diagnostic tools and command-line interfaces to interpret log files effectively.

Yes, Waymo values the growth and development of its employees. As an Electrical Process Integration Engineer, you will have the chance to work on groundbreaking technologies and complex engineering projects, providing a solid foundation for career advancement. Moreover, team leadership opportunities and participation in innovative project initiatives will further enhance your career trajectory within the company.

When troubleshooting electrical and software issues in autonomous vehicles, start with a systematic approach: identify the symptoms, isolate the problem, and use diagnostic tools to analyze the data. Applying your knowledge of electrical systems, along with your experience with software diagnostics and log files, will aid in resolving these issues efficiently.

In discussing a successful project related to optimizing vehicle commissioning processes, highlight your approach: what challenges you faced, the strategies you employed for high-throughput management, and the outcomes achieved. Use metrics to demonstrate success, such as reduced commissioning time or increased operational efficiency.

Detail your experience with embedded systems design by citing specific projects where you've worked with embedded firmware, RTOS, and debugging methodologies. Emphasize your familiarity with tools like JTAG and SWD, showcasing your skills in managing the design and implementation of embedded solutions.

Effective collaboration with engineering teams and external suppliers starts with clear communication and defined project goals. Share examples of how you’ve engaged cross-functional teams to ensure specifications are met while fostering a collaborative spirit that leads to timely delivery of projects.

Mention your preferred electrical diagnostic tools, such as digital multimeters, oscilloscopes, or logic analyzers, and explain why you find them effective. Discuss how you leverage these tools to analyze electrical networks and harnessing problems, contributing to effective troubleshooting.

Provide a detailed account of a specific instance where you led a team through a challenging engineering problem, emphasizing your leadership approach, decision-making skills, and the ultimate resolution achieved. Showcase your ability to empower team members and drive successful outcomes.

Illustrate your familiarity with software development for diagnostics in automation by discussing projects where you have developed or contributed to software solutions. Highlight your programming skills in languages like Python and C++ and your knowledge of Unix/Linux environments.

Identify critical skills such as a strong understanding of electrical systems, proficiency in software diagnosis, problem-solving abilities, and excellent analytical skills. Provide reasoning for why each skill is essential in contributing to the success of autonomous vehicle technology.

Share your strategies for staying updated with industry trends, such as attending conferences, reading relevant journals, and participating in professional networks. Mention any specific areas of interest within electrical engineering and autonomous vehicles that you’re particularly passionate about.

Discuss your passion for technology and innovation, especially in the area of autonomous vehicles. Explain how you value the life-saving potential of autonomous driving solutions and why being part of a forward-thinking company like Waymo inspires you to contribute to such impactful work.