Test Engineer

As a Test Engineer at Fluence, you'll be responsible for defining manufacturing test processes and procedures, leading Factory Acceptance Testing (FAT) and Site Acceptance Testing (SAT), and developing manufacturing test plans in alignment with customer expectations. You'll also oversee the installation and debugging of factory equipment and actively participate in core team activities to meet project deliverables.

To qualify for the Test Engineer position at Fluence, candidates need a Bachelor's degree in Electrical or Computer Engineering, ideally with controls experience. Additionally, 5-7 years of experience in supply chain management, project management, and NPI roles are preferred, along with proficiency in automated test development and project management tools.

A Test Engineer at Fluence will typically use project management tools and software to ensure effective planning and execution of projects. Experience with test application and programming software like LabVIEW is also beneficial, as is familiarity with data acquisition hardware for testing processes.

Fluence actively fosters an environment of continuous improvement for its Test Engineers. You will lead activities aimed at enhancing quality and cost efficiency in manufacturing testing processes and participate in lessons learned sessions that encourage sharing knowledge and best practices among team members.

The team culture for Test Engineers at Fluence is characterized by collaboration, creativity, and inclusivity. The company values diverse ideas and backgrounds, fostering an environment where team members communicate openly and respectfully. This supportive culture enables you to thrive and innovate as you work towards advancing the energy landscape.

When answering this question, focus on the specific FAT processes you have been involved in. Discuss how you defined criteria for acceptance, managed testing protocols, and documented results. Highlight any challenges you faced and how you overcame them to ensure a successful FAT.

For this question, share a specific instance where you encountered problems with testing equipment. Discuss your problem-solving approach, including how you gathered data, analyzed symptoms, and executed a plan to rectify the issue. Emphasize your analytical skills and ability to work under pressure.

Discuss the specific project management tools you have used, such as JIRA, Asana, or Microsoft Project. Outline how these tools helped you manage timelines, resources, and communicate progress with your team. Mention any experience you've had leading projects and the impact on their success.

Talk about your understanding of quality management systems and how you implement them in your testing procedures. Discuss any experiences you have with PFMEA reviews or developing quality plans that prioritize safety and compliance, as well as continuous improvement efforts.

Provide details about your specific experience with automated testing tools and how you have used them to enhance the testing process. Include examples of successful projects where automated testing contributed to efficiency and accuracy.

Share your strategies for time management and prioritization, such as using tools to track deadlines and workloads. Discuss how you assess urgency and importance when handling multiple projects and your communication tactics for keeping all stakeholders informed.

Discuss your approach to professional development, such as attending industry conferences, enrolling in online courses, or engaging with professional organizations. Mention any specific trends or innovations that you are excited about and how you apply them in your role.

Highlight specific projects where you played a leadership role in coordinating resources, tracking progress, and resolving conflicts. Discuss your leadership style and how you motivate team members to achieve common goals.

Explain how you maintain open lines of communication, including regular status check-ins, feedback sessions, and collaborative tools. Discuss the importance of transparency and how it contributes to project success.

Describe how you utilize data analysis to inform your testing and troubleshooting processes. Discuss any tools or software you use for data aggregation and how this analysis has led to significant improvements in your past projects.