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TerraPower Tech Stack
Advanced nuclear reactor design and radioisotope production for energy and medical applications
TerraPower develops next-generation nuclear reactors and medical radioisotope production systems. The tech stack—anchored in HPC, FORTRAN, C++, and Palantir for simulation and data integrity—reflects a physics-heavy engineering operation. The hiring profile is overwhelmingly engineering-focused (57 of 95 roles), with active projects spanning reactor design, testing, and isotope production facilities. Pain points cluster around production scaling, regulatory compliance, and partnership formation, signaling the operational complexity of moving advanced nuclear from R&D into real-world deployment.
Tech Stack 19 technologies
Core StackPrimavera P6 Jira Confluence AWS Siemens C++ Python FactSage HPC Microsoft Project Excel Azure Azure Government ASME ASTM IEEE Beckhoff Palantir FORTRAN
What TerraPower Is Building
◆Challenges
- Expanding ac-225 production capacity
- Managing access authorization
- Ensuring data integrity
- Accurate government billings
- Establishing partnerships
- R&d tax credit compliance
- Mitigating risks across functions
- Improving data accuracy
- Tax filing compliance
- Designing new ac-225 production facilities
▲Active Projects
- Natrium advanced reactor project
- Natrium demonstration project
- Natrium plant training program
- Design development of reactor structures for natrium generation iv reactor
- Molten chloride fast reactor program
- Ac-225 production facility design and commissioning
- Natrium reactor testing
- Access authorization program implementation
- Federal opportunity identification
- Market development plan for utility sector
Hiring Activity
Steady95 roles · 40 in 30d
Department
Seniority
Company intelligence
