Lead Systems Engineer (Sustaining) (m/f/d)

To apply for the Lead Systems Engineer (Sustaining) position at Fluence, you should have a Bachelor's degree in Systems Engineering or Electrical Engineering and at least 10 years of experience in battery energy storage or related fields. A strong technical understanding of electrical and control principles in grid-scale battery energy storage systems is crucial for this role.

As a Lead Systems Engineer (Sustaining) at Fluence, your main responsibilities include resolving challenging electrical and control problems, leading teams in root cause analysis, preparing technical documents, and communicating effectively with leadership. You will also conduct project site visits to enhance product performance and mentor other engineers.

Fluence recognizes the importance of continuous learning and offers opportunities for professional development through mentorship, coaching, and access to external educational resources. As a Lead Systems Engineer (Sustaining), you will have the chance to nurture a culture of growth, helping both yourself and your colleagues advance in their careers.

In the Lead Systems Engineer (Sustaining) position at Fluence, you will work on optimizing battery energy storage systems. This involves leading initiatives, conducting technical investigations, and executing tests across various project sites, including locations in Germany, India, and the USA.

Teamwork is at the heart of the Lead Systems Engineer (Sustaining) role at Fluence. You will be expected to cultivate collaborative relationships across functions, guide small teams through problem-solving exercises, and create an environment that fosters open communication and shared success.

When discussing your approach to root cause analysis, it’s important to mention that you leverage systematic methodologies like the 8D problem-solving process. Consider emphasizing your ability to gather data, involve cross-functional teams for diverse insights, and implement corrective actions swiftly while ensuring accountability for follow-through on preventative measures.

When answering this question, narrate a specific instance where you encountered a complex issue, your thought process in breaking it down, the collaborative efforts you initiated for resolutions, and the end result that demonstrated both technical competence and leadership skills.

To effectively prioritize, I assess the impact of each task on overall project goals, and often rely on the urgency and strategic importance of the initiatives. I leverage a combination of project management tools and stakeholder input, ensuring that high-impact tasks are always addressed promptly.

It's essential to highlight any project experience with battery energy systems, including specific technologies you’ve worked with, understanding of electrical and control principles, and any relevant hands-on experience during site visits or tests that showcase your comprehensive knowledge of the field.

I foster collaboration by establishing open communication channels and regularly encouraging team brainstorming sessions. I also value input from various disciplines and make it a priority to recognize and celebrate team achievements, building a culture of mutual respect and shared objectives.

In situations where conflicting ideas arise, I promote a constructive dialogue where team members can express their viewpoints. Facilitating discussions that focus on the project goals helps realign perspectives and fosters a collaborative approach to finding the best solution.

To communicate complex technical concepts effectively, I adapt my communication style to the audience. This means using analogies when appropriate, breaking down information into digestible parts, and ensuring that I check for understanding through questions and feedback.

When discussing mentorship, share an instance where you guided a colleague through a technical challenge, provided resources for learning, or actively involved them in projects, outlining the positive outcomes of their development and your satisfaction in contributing to their growth.

To stay current, I engage with industry publications, attend relevant conferences, and participate in professional groups focused on emerging technologies in energy storage. Networking with peers also helps me keep abreast of innovations and shifts in industry standards.

The most important quality for a Lead Systems Engineer is a strong blend of technical expertise and interpersonal skills. This enables an engineer to not just solve problems but to lead teams effectively, communicate strategies clearly, and foster an environment where innovation thrives.