Senior Materials Engineer, Electrical Performance

вчера

164k–236k USD / годСШАSeniorOnsite

materials scienceradiation effectsdielectric materials

Develop dielectric materials for high voltage components in nuclear fusion reactor environment.

We are a fusion power company based in Everett, WA, with the mission to build the world's first fusion power plant, enabling a future with unlimited clean electricity. Our vision is a world with clean, reliable, and affordable energy for everyone. Since 's founding in 2013, we have raised $1.5 billion from long-time investors such as Sam Altman, Mithril, and Capricorn Investment Group as well as new investors including Thrive Capital, LightSpeed Venture Capital, SoftBank, and others to propel us forward. Our current prototype, Polaris, has reached record-breaking plasma temperatures of 150 million degrees Celsius (13 keV). is continuing to iterate and on the path to the world's first fusion power plant, Orion. This is a pivotal time to join . You will tackle real-world challenges with a team that prizes urgency, rigor, ownership, and a commitment to delivering hard truths – values essential to achieving what no one has before. Together, we will change the future of energy, because the world can't wait.

You will play a key role in developing dielectric materials suited for high voltage components that maximize efficiency in the extreme environment of a nuclear fusion reactor. Specific responsibilities will include the development and evaluation of novel materials or the assessment and vetting of a wide range of emerging materials with a focus on their extended performance under radiation exposure. This onsite role is based at our Everett, WA, facility and reports to the Materials Science Manager, Metals and Dielectrics.
Lead high impact and multi-disciplinary projects to develop new high-voltage dielectric insulating materials that can perform under applied high-voltage conditions in an advanced fusion generator
Lead testing campaigns to quantify the electrical properties and behavioral response limits of materials exposed to demanding conditions of heat, stress, and accumulated radiation damage
Perform comprehensive reviews of published research and development efforts in advanced high-voltage dielectric materials and distill the information into summaries for non-nuclear engineers
Operate in an environment with obstacles and changing requirements, balancing risks with rapid delivery requirements
Partner with other internal teams, external vendors, national laboratories, and universities to establish pathways to extended capabilities
Develop a broad collaborative network and represent at technical meetings and conferences

Experience with radiation effects testing and characterization
Proven results with the new product introduction from seed concepts to commercial deployment
Practical knowledge of multi-physics modeling for simulating microstructures and properties based on processing approaches and relevant operating environments
#LI-Onsite #LI-TM1

An advanced degree and/or extensive understanding of electrically insulating and dielectric materials, typically demonstrated by a degree in materials science, electrical engineering, physics, nuclear engineering, or related disciplines
8+ years of industry-related experience, including proven results executing R&D and development projects (including design reviews) for a commercial product
Capability to plan and lead R&D efforts guided by a milestone schedule
The ideal candidate would have a bias for action, know how to execute with urgency and favor learning through rapid prototyping