T
Type One Energy Tech Stack
Stellarator fusion power systems using HTS magnets and advanced manufacturing
Type One Energy is developing a commercialized stellarator fusion power plant through its FusionDirect program. The tech stack reveals a deep physics and simulation foundation—ANSYS, COMSOL, OpenFOAM, Fortran, Julia—paired with industrial-grade design (Siemens NX, Teamcenter) and control systems (LabVIEW, FPGA adoption). Engineering dominates hiring (20 of 26 active roles, mostly senior and director level), reflecting the capital intensity and technical complexity of first-of-a-kind fusion hardware—plasma diagnostics, divertor design, vacuum vessels—rather than software velocity.
Tech Stack 34 technologies
Core StackPython C++ Jira Smartsheet Confluence Jenkins gRPC MySQL PostgreSQL Redis SentinelOne Zscaler Siemens NX Teamcenter Fortran ANSYS COMSOL OpenFOAM C/C++ VHDL Verilog Microsoft Project PetaLinux LabVIEW National Instruments Genesys TCP UDP Protocol Buffers Julia+3 more
AdoptingFPGA
What Type One Energy Is Building
◆Challenges
- Optimizing fusion performance
- Designing first-of-a-kind fusion components
- Commercializing fusion energy
- Complex international commercial transactions
- Complex system integration
- Executing strategic energy transactions
- Capital stack optimization
- Standardizing commercial structure
- Scaling fusion technology
- Delivering complex technical programs on time
▲Active Projects
- Fusion energy development roadmap
- Infinity two fusion power plant
- Plasma facing components
- Fusiondirect development program
- Divertor design
- Vacuum vessel design
- Distributed control software for stellarator systems
- Plasma diagnostics port space integration
- Fusiondirect integrated master schedule
- Core-edge integrated modeling
Hiring Activity
25 roles · 25 in 30d
Department
Seniority
Notable leadership hires: Risk Director, Director of Engineering
Company intelligence
