Fluence, a Nasdaq-listed global leader in intelligent energy storage and optimization software (FLNC), is seeking a Senior Fire Test Engineer for their Battery Energy Storage Systems division. This role combines technical expertise with project management in a critical safety-focused position. The ideal candidate will lead UL9540A-related and large-scale fire testing activities, requiring deep knowledge of battery storage systems and safety protocols.
The position offers an opportunity to work with cutting-edge energy storage technology while ensuring safety standards and compliance. As part of a company that has implemented gigawatts of successful projects across nearly 50 markets, you'll be contributing to transforming global power systems for a more sustainable future.
The role demands both technical expertise and leadership skills, as you'll coordinate with multiple stakeholders, from certification authorities to testing laboratories. You'll be responsible for managing critical test data, coordinating complex testing schedules, and ensuring proper communication of technical information across various teams.
Fluence's culture emphasizes innovation, safety, and integrity, guided by their mission to transform global power systems. They value diversity of thought and experience, fostering an inclusive environment where creativity and adaptability are celebrated. The company's commitment to sustainability and renewable energy makes this an ideal opportunity for someone passionate about making a significant impact in the energy sector.
Working in a hybrid environment in Houston, TX, you'll be part of a dynamic team that's leading the energy storage industry. The role offers the chance to work on cutting-edge technology while contributing to the development of safer, more efficient energy storage solutions. If you're an experienced engineer with a background in safety testing and a passion for renewable energy, this position offers an excellent opportunity to advance your career while making a meaningful impact on the future of energy storage.