Fuse Energy
Electrical Engineer
About this role
Join Fuse's mission to advance fusion energy by designing and building cutting-edge pulsed-power control and data acquisition systems. You'll work at the forefront of electrical engineering, developing PCBs, control architectures, and embedded hardware for next-generation fusion facilities.
What you'll do
- Design, build, and test control and data acquisition systems for pulsed-power facilities
- Design and assemble PCBs for control systems, diagnostics, and pulsed-power applications using CAD tools
- Develop control architectures spanning sensing, actuation, embedded hardware, and data acquisition
- Diagnose and troubleshoot electrical components, assemblies, and systems using lab equipment
- Conduct applied research and development in electrical engineering and pulsed-power systems
- Write technical specifications and reports supporting build, testing, and iteration cycles
What they're looking for
- PCB schematic and layout design (Altium Designer or equivalent)
- Circuit simulation using SPICE
- Control systems design and architecture
- Data acquisition (DAQ) systems configuration and management
- Embedded hardware system design
- Lab equipment proficiency (oscilloscopes, power supplies, DMMs)
- C and/or Python programming
- Embedded protocols (SPI, I2C, UART, CAN, RS-485, Ethernet)
Benefits
- Medical, dental, and vision coverage
- Flexible time off with no accrual tracking
- 2 weeks of paid time off at year-end
- Relocation assistance for qualifying roles
- Paid parental leave
- Supportive leave of absence policies
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Fuse Energy
Fuse Energy develops next-generation fusion energy machines and advanced pulsed power technologies, including laser systems and radiation shielding solutions. The company is hiring machinists, mechanical engineers, nuclear engineers, laser engineers, and electrical engineers to design, manufacture, and test precision components and systems for its fusion energy platforms.
View all jobs at Fuse EnergyLikely interview questions
- Walk us through a PCB design you've completed from schematic to layout—what challenges did you face and how did you resolve them?
- Describe your experience with control system design; how have you integrated sensing, actuation, and data acquisition in a real project?