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Zap Energy Tech Stack
Inertial confinement fusion reactor without superconducting magnets
Zap Energy is developing a fusion reactor architecture that eliminates the need for magnetic coils—a fundamental cost and complexity reduction versus conventional approaches. The stack (ANSYS, COMSOL, SolidWorks, SPICE) and active projects (pulsed power component design, plasma diagnostics, sheared-flow-stabilized z-pinch modeling) reflect a hardware-first, simulation-heavy engineering operation. Hiring skews senior (5 of 8 open roles) across engineering and research, suggesting active recruitment for technical depth rather than scaling.
Tech Stack 13 technologies
What Zap Energy Is Building
◆Challenges
- Achieving net positive energy gain in fusion
- Establishing a comprehensive safety culture
- Investigating incidents and accidents
- Automation and efficiency gains
- Reducing capital cost of fusion
- Generating stable fusion conditions
- Existing fusion approaches not net positive energy gain
- Expensive magnetic coils
- Building procurement processes from the ground up
- Streamlining procurement workflows
▲Active Projects
- Root cause analysis and countermeasures development
- Safety training program development
- Regulatory compliance system implementation
- Designing and testing pulsed power components and systems
- Developing mechanical assemblies for high-voltage fusion experiments
- Supporting fusion plasma diagnostics and data acquisition systems
- Scenario modeling
- Investor relations engagement
- Modeling sheared-flow-stabilized z-pinch
- Simulating compression physics and shock heating
Hiring Activity
Steady8 roles · 3 in 30d
Department
Seniority
Company intelligence
