Role Overview
Aevum Zenth's Energy Division is pioneering commercially viable nuclear fusion technology to power the next century of sustainable industry. As a Principal Fusion Engineer, you will architect and lead the design, simulation, and experimental validation of advanced magnetic confinement systems (tokamak/stellarator). You will collaborate with our Zenth Advanced Research and Robotics divisions to integrate AI-driven plasma control, autonomous diagnostics, and next-gen superconducting magnets.
This role demands a blend of deep theoretical physics expertise, hands-on experimental rigor, and cross-functional leadership to push the boundaries of energy density, plasma stability, and reactor scalability.
Key Responsibilities
- Lead multidisciplinary engineering teams in the design and optimization of high-field fusion reactor cores and plasma containment systems.
- Develop and validate advanced computational models for plasma turbulence, magnetohydrodynamics (MHD), and heat transfer.
- Define experimental protocols for plasma heating, current drive, and impurity control; analyze diagnostics from laser interferometry, Thomson scattering, and neutron flux monitors.
- Partner with AI/ML teams to implement real-time plasma control algorithms and predictive maintenance frameworks.
- Drive compliance with international nuclear safety standards, radiation shielding protocols, and environmental impact assessments.
- Author technical whitepapers, patent applications, and peer-reviewed publications representing Aevum Zenth in the global fusion community.
Required Qualifications
- Ph.D. or Master’s in Plasma Physics, Nuclear Engineering, Astrophysics, or closely related field.
- 8+ years of professional experience in fusion energy research, magnetic confinement devices, or high-energy plasma physics.
- Proven expertise in computational fluid dynamics, finite element analysis, or particle-in-cell (PIC) simulations.
- Strong command of experimental fusion diagnostics and vacuum system engineering.
- Demonstrated leadership in cross-functional R&D environments with successful project delivery.
Preferred Qualifications
- Hands-on experience with tokamak or stellarator configuration design and operation.
- Background in high-temperature superconducting (HTS) magnet integration and cryogenic systems.
- Published research in journals such as Nuclear Fusion, Physics of Plasmas, or IAEA conferences.
- Familiarity with autonomous robotics for plasma-facing component maintenance.
Benefits & Compensation
Base Salary: CHF 185,000 – 240,000 + Performance Bonus + Equity Grant
Comprehensive health, dental, and vision coverage for you and dependents.
Relocation assistance and corporate housing stipend.
Access to Aevum Zenth’s continuous learning fund and executive coaching programs.
Flexible hybrid work model with dedicated R&D lab access.