Natron Energy has raised over $155M in venture capital investment to date, as well as $35M in non-dilutive funding to support its supply chain scale up. The company has signed over $225M/year in master sales agreements and LOIs, and scale-up to mass production is now underway. Natron Energy’s current production is sold out for the next 12 months. Its products are based on sodium-ion cells containing Prussian blue electrodes that deliver unique power, cycle life, and safety: full discharge and recharge in just minutes and up to 50,000 deep discharge cycles from a nonflammable, fault-tolerant system. Natron Energy has additional products in development for >$50B markets including commercial and residential grid storage. Natron Energy’s initial products target markets exceeding $25B including data centers, oil & gas, EV fast charging, and commercial aviation. Natron Energy’s battery products solve operations performance and reliability problems for the world’s biggest electricity customers. Natron Energy (natron.energy) is the future of energy storage. The salary range for this position is a minimum of $99,200 and a maximum of $202,197.In addition, Natron Energy has a strong benefits package including Medical, Dental, Vision, 401k Plan, Life Insurance, and Flexible Time Off and Personal Time Off for Exempt and Non-Exempt employees respectively.Disclaimer: The actual salary of a successful applicant may vary from posted ranges based on the candidate’s experience, knowledge, skills, and abilities, internal equity and alignment with market data, and other legitimate business reasons, including, but not limited to, compliance with applicable immigration law prevailing wages.Compensation is competitive with other Bay Area Systems Engineering positions.Employee must work on-site in Santa Clara, CA.Excellent verbal and written communication skills.Bachelor’s or Master’s degree, in engineering, preferably electrical, mechanical, or related field.Familiarity with development phases and engineering change processes.Demonstrated experience working successfully across an engineering organization and internal stakeholders.Experience with designs going into commercial production.Familiarity with control and monitoring interfaces, and industry-standard communications.Strong understanding of underlying systems design concepts and ability to anticipate design requirements, especially as related to high voltage and high current applications.Experience in the design of systems for high-voltage applications (300 to 1000+ volts).Over five years of prior experience in the engineering of battery and power systems UPS, industrial power, or data center segment experience is a plus.
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