Test Engineer, Powertrain

As a Test Engineer, Powertrain at Harbinger Motors, your responsibilities will include designing and deploying electromechanical test benches for electric drive units, conducting tests for battery and powertrain systems, and developing testing standards to ensure performance and validation of our medium-duty electric vehicles. You're expected to leverage data analysis to troubleshoot issues while overseeing junior engineers when necessary.

To qualify for the Test Engineer, Powertrain role at Harbinger Motors, you should have a Bachelor's degree in Mechanical Engineering or a related field, coupled with at least 18 months of experience in a relevant engineering environment such as automotive, aerospace, or manufacturing. Experience with laboratory testing equipment and National Instruments systems is crucial, as well as a solid understanding of real-time data analysis and communication interfaces.

Essential skills for a Test Engineer, Powertrain at Harbinger Motors include proficiency in using laboratory test equipment, experience with National Instruments software such as LabVIEW, and knowledge of communication protocols like CAN. Familiarity with HIL systems and test management is also critical for executing tests effectively, making troubleshooting skills highly valuable.

At Harbinger Motors, a Test Engineer, Powertrain can expect a collaborative and innovative work environment where the focus is on tackling complex engineering challenges in the electric vehicle sector. We pride ourselves on a supportive culture that encourages creativity and initiative while providing opportunities to work with cutting-edge technology in a rapidly growing startup atmosphere.

The compensation range for a Test Engineer, Powertrain at Harbinger Motors is between $120,000 to $160,000 USD per year. Additionally, we offer an attractive benefits package, including comprehensive health coverage, stock options, flexible PTO, and an annual vacation stipend to support your work-life balance.

When responding to this question, detail the types of lab testing equipment you have used, such as mixed-signal oscilloscopes and data acquisition systems. Highlight your experience with setting up and troubleshooting these systems in a lab environment, providing specific examples of how you used them to validate vehicle systems.

Explain your systematic approach to troubleshooting, which may include replicating issues, analyzing data for patterns, and collaborating with team members to identify solutions. Provide an example of a specific problem you faced and how you resolved it effectively, leading to successful testing outcomes.

Discuss your hands-on experience with National Instruments hardware and software tools, emphasizing real-time control systems and your familiarity with LabVIEW. Mention how these tools have enhanced your testing capabilities and improved system integration in your past projects.

Describe your time management and organizational skills. Discuss techniques you use to prioritize tasks, track progress, and balance competing deadlines. Highlight any project management tools or strategies that have helped you stay organized while ensuring quality in your testing work.

List key performance metrics such as efficiency, accuracy, and reliability of testing outcomes. Explain how you establish benchmarks and analyze test data to ensure that the systems meet performance expectations, using specific examples from your experience.

Illustrate how you actively seek feedback from peers and supervisors and adjust your testing procedures accordingly. Provide an example where feedback led to improvements or modifications that enhanced the testing process or outcomes.

Detail your experience with HIL testing methodologies, including how you've set up HIL test benches and integrated various vehicle systems to assess performance. Share insights on how HIL testing helped in validating system designs or revealing areas for improvement in the powertrain components.

Select a significant challenge related to powertrain testing or validation, explaining the steps you took to analyze and resolve the issue. Discuss the impact of your solution on the project or team, showcasing your problem-solving abilities and engineering insight.

Describe your methods for professional development, such as following industry publications, attending relevant conferences, or participating in workshops. Emphasize your commitment to continuous learning and how it influences your work as a Test Engineer.

Share your passion for sustainable transportation and innovation within the automotive industry. Explain how your personal values align with Harbinger Motors' mission and how this drives you to contribute meaningfully as a Test Engineer.