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Thea Energy is designing and building the Eos stellarator, a magnetic fusion system architected around mass-manufacturable planar coils and real-time software controls. The tech stack—Python, MATLAB, COMSOL, Fortran, C++, plus power systems tools (ETAP, DIgSILENT, PSCAD)—reflects a hybrid physics-simulation and industrial-controls operation. Active hiring is concentrated in engineering roles (18 open, mostly senior and director level), signaling transition from research prototyping toward integrated system assembly and commissioning.
Tech Stack 48 technologies
Core StackPython MATLAB C++ Slack Solidworks CATIA Lever Asana Adobe Creative Cloud COMSOL Fortran PLECS LTspice Simulink IGBT ETAP DIgSILENT PowerFactory PSCAD SysML OPC UA Modbus JustWorks Ansys NX HPC LinkedIn Recruiter HMI ANSYS Visio LabVIEW+18 more
What Thea Energy Is Building
◆Challenges
- Replacing complex modular magnets
- Complex hardware development
- Simplifying stellarator design
- High-voltage substation design
- Balancing performance cost manufacturability
- Reducing prototyping costs
- Ensuring timely equipment availability
- Simplifying fusion commercialization
- Accelerating commissioning of diagnostics
- Reducing fast-ion losses
▲Active Projects
- Integrated stellarator fusion system development
- Eos commissioning
- Eos integrated stellarator cid architecture
- Support implementation of tooling and manufacturing
- Special research projects
- Assembly sequence and integration plan
- Experimental campaigns
- Scenario development for dd fusion
- Stellarator plasma-facing component operational campaign planning
- Plasma-surface interaction simulations and thermal analysis
Hiring Activity
30 roles · 15 in 30d
Department
Seniority
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