Search the 12 jobs at Natron Energy

As a Process Engineer at Natron Energy, you will lead projects for process improvement in battery manufacturing, collaborate with cross-functional teams to optimize processes, conduct statistical analyses, and ensure efficient workflow through Lean principles.

The Principal New Product Introduction Engineer will lead the design release management and product lifecycle processes for Sodium Ion Battery products. Key responsibilities include configuring PLM tools, optimizing workflows, managing engineering change management, and ensuring cross-functional collaboration. The role demands an experienced background in product development and manufacturing engineering, particularly in the battery or energy storage industry.

The Master Blackbelt will lead data analytics in high-volume manufacturing, driving process improvement through statistical analysis, training, and indirect leadership. Responsibilities include engaging with various teams to implement best practices for process optimization and Six Sigma methodologies, while also mentoring team members and ensuring process capability enhancements.

The Quality Engineer will ensure compliance with ISO9001:2015 standards, support production teams, improve quality engineering reviews, conduct evaluations related to development, and collaborate with design engineers and suppliers to enhance quality processes and drive continuous improvement efforts towards zero defects.

The Quality Control Engineer will ensure product compliance with ISO9001:2015 standards, support production teams, and improve manufacturing processes. The role involves executing quality plans, conducting evaluations, managing projects, and collaborating with design engineering and suppliers for quality assurance.

The Engineering Manager will lead teams on multiple projects, focusing on product development and process improvement. Responsibilities include managing project timelines and budgets, providing technical guidance, and collaborating with various engineering teams. The role involves maximizing engineering team performance and ensuring high-quality product delivery.

The Senior Product Design Engineer at Natron Energy will lead the mechanical and electromechanical design of Sodium Ion Battery Packs and Power Electronics, collaborating with various teams to optimize product development for high-volume production. Responsibilities include concept ideation, design release best practices, and managing vendor relationships while ensuring manufacturability and cost efficiency.

The EHS Engineer will analyze risks, design safety systems, develop procedures, and conduct assessments to promote a safety culture in the manufacturing facility. Key responsibilities include leading hazard assessments, training staff, coordinating with local authorities, and managing EHS documentation.

The EHS Manager at Natron Energy will oversee the development, implementation, and management of the company's Environmental, Health, and Safety programs. This includes regulatory compliance, risk assessment, safety training, and collaboration with senior leadership to foster a safety-focused workplace culture.

The Principal Firmware Engineer at Natron Energy will lead firmware development for battery management systems, collaborating with engineering teams to define control architecture and implement firmware. Responsibilities include hands-on hardware bring-up, debugging, and maintaining firmware code. The role requires extensive experience in embedded software and device driver development.

The Principal Firmware Engineer will lead firmware development for high-power battery systems, focusing on design, implementation, testing, and maintenance of firmware for battery management systems. The role involves collaboration with engineering teams and hands-on work with hardware and firmware.

The Senior Systems Engineer will design and implement energy storage systems, focusing on battery modules and components integration, ensuring compliance with industry standards, and collaborating with operations and manufacturing teams to optimize design for performance and cost efficiency.