Software Engineer, Radiant Nuclear

• Bachelor’s degree in engineering, physics, or similar field from an accredited institution
• 4+ years of professional experience in Python, C++, C#, or similar object-oriented programming languages
• Familiarity with software development and documentation best-practices, including version control in Git
• Must be willing to work extended hours and weekends as necessary to achieve company goals
• Must work 100% onsite at El Segundo HQ

Desirable

• Radiant is seeking a highly driven Software Engineer with a strong physics or mechanical engineering background
• You will collaborate with mechanical, electrical, and nuclear teams to simulate physical systems with an appropriate degree of fidelity, write software that can be deployed to production hardware, and improve our simulation and test software stack, including our cutting-edge, custom-built Digital Twin system
• You will have an opportunity to work in an interdisciplinary environment with a high degree of ownership and drive milestones forward to unlock commercialization of the first mass-produced nuclear reactor
• Develop models to simulate reactor physics and other Kaleidos systems
• Improve representations of reactor components in the digital twin
• Collaborate across teams to accelerate software in the loop and hardware-in-the-loop testing
• Own mission-critical internal products and tooling

• Equity: Substantial incentive stock plan for all salaried employees
• Medical: 100% up to base silver level plan for employee + 50% dependents, offers up to Platinum plans
• Vision: 100% coverage + 50% for dependents
• Dental: 100% coverage, orthodontia extra, 50% for dependent
• Flexible PTO policy
• Voluntary Life, Accident, Hospital, Critical Illness, Commuter and FSA are offered as employee contributed benefits
• Team-bonding company outings, happy hours and in-person camaraderie
• Beautiful El Segundo headquarters close to the Pacific Ocean

Total funding: $320.7m

To support the clean energy revolution, Radiant Nuclear is developing a portable, containerized nuclear microreactor. Once launched, it will have the potential to provide power to remote parts of the world or act as a backup supply to vital infrastructure such as hospitals and data centers.