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Type One Energy Tech Stack
Stellarator fusion reactor development with HTS magnets and advanced manufacturing
Type One Energy is building a stellarator fusion power plant using high-temperature superconducting magnets and additive manufacturing. The tech stack reveals a heavy CAD + simulation architecture (Siemens NX, Julia, Fortran, C++) paired with project management tools (Jira, Smartsheet, Microsoft Project), reflecting the complexity of multi-disciplinary fusion engineering. Hiring is 40 engineers strong across senior and intern levels, with active projects spanning reactor modeling, risk management, neutronics simulation, and digital twin development — a trajectory consistent with moving from design validation toward prototype construction.
Tech Stack 45 technologies
Core StackC++ Python Linux gRPC MySQL PostgreSQL Redis Smartsheet Jira GitHub SentinelOne Zscaler Siemens NX Windows TCP UDP Protocol Buffers Microsoft Project Excel PowerPoint Word Julia Fortran Git Outlook Teams SharePoint CAD Teamcenter Bash+13 more
What Type One Energy Is Building
◆Challenges
- Integrating experimental data into models
- Ensuring version control of data
- Complex multi-disciplinary technical objectives
- Scale-up manufacturing processes
- Risk mitigation
- High-performance fusion system operation
- Digital accounting of tritium
- Integrating multiple simulation tools
- High-priority technical programs
- Commercializing fusion energy
▲Active Projects
- Infinity2 program risk management
- Infinity two fusion pilot plant
- Infinity 2 stellarator reactor modeling
- Fusion energy development roadmap
- Fusion direct program risk management
- Infinity1 program
- Neutronics modeling and simulation for detector optimization
- Digital twin development
- Fusiondirect development program
- Fuel cycle subsystem modeling
Hiring Activity
Steady50 roles · 15 in 30d
Department
Seniority
Company intelligence
