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TAE Technologies operates a fusion energy platform anchored in experimental physics and precision engineering. The tech stack reflects a capital-equipment company: simulation tools (COMSOL, ANSYS, MATLAB) dominate early-stage work, while control systems (Allen-Bradley, Ignition, FactoryTalk) and embedded firmware (FPGA, Embedded C/C++) manage lab-scale reactor operations. Active hiring across engineering, research, and manufacturing—with leadership roles in RF heating and PLC system design—signals a transition from pure R&D toward prototype commercialization and power system deployment.
Tech Stack 30 technologies
Core StackSolidWorks Python MATLAB CATIA GitLab InfluxDB Grafana MySQL AutoCAD Solidworks Jira Confluence NetSuite COMSOL ANSYS SolidWorks PDM Allen-Bradley Logix EtherNet/IP Profibus FactoryTalk View SE Ignition Subversion FPGA Embedded C/C++ Simulink Stateflow ETAP SolidWorks Electrical LabVIEW Altium
What TAE Technologies, Inc Is Building
◆Challenges
- Transitioning to commercial prototype
- Maintaining laser diagnostic precision
- Managing experimental operations
- Commercializing fusion energy
- Developing high power rf systems
- Improving heating efficiency
- Developing new neutral beam injectors
- Maintaining and advancing rtpcs
- Designing next generation rtps
- Ensuring plasma stability
▲Active Projects
- Planning and executing experiments on c-2w fusion device
- Long pulse plasma source r&d
- Commissioning of plc systems
- Experimental campaign planning
- Advanced measurement technique implementation
- Beamline component prototyping
- High-power nb diagnostics development
- Plc system design for building, cooling, electrical, vacuum and safety systems
- Rf heating r&d roadmap
- Next-generation high power rf systems
Hiring Activity
20 roles · 20 in 30d
Department
Seniority
Notable leadership hires: RF Heating Director
Company intelligence
