Principal Engineer, Power Generation System
Kairos PowerInternship
Senior (5 to 8 years)
Key technologies and capabilities for this role
Common questions about this position
A Bachelor's degree in Electrical Engineering specializing in power electronics and 8+ years of design experience designing high voltage and high power electronics are required.
Desired skills include expertise with high voltage power semiconductor selection (Si/SiC/GaN, IGBT, Diodes, MOSFETs), gate driver and protection circuit design, strong understanding of PWM switching techniques like DPWM, ZCS, ZVS, proficiency in tools such as PLECS, PSCAD, dSPICE, PSIM, or Simplorer, and solid understanding of capacitor design and EMI/EMC filter design.
Radiant is based in El-Segundo, CA. This information is not specified in the job description.
You will join the Power Conversion and Electrical Systems team responsible for converting mechanical energy generated from a nuclear reactor to electrical energy.
Candidates with 8+ years designing high voltage and high power electronics, expertise in power semiconductors, PWM techniques, simulation tools like PLECS or PSIM, and EMI/EMC strategies will be strongest.
Develops compact nuclear microreactors for energy
Radiant Nuclear develops compact nuclear microreactors aimed at providing reliable and sustainable energy solutions, especially for remote locations and military applications. Their main product, the Kaleidos microreactor, utilizes a CO2 cycle for energy production, allowing for a smaller and more portable reactor that can be deployed in challenging environments. Radiant differentiates itself from competitors by leveraging expertise from veterans of SpaceX and other high-tech industries, focusing on advanced technology in the nuclear energy market. The company's goal is to transform the nuclear energy sector by commercializing its microreactor technology and securing government contracts, such as those with the Department of Defense, while also seeking partnerships with private sector companies to enhance growth.