Fusion Plasma Physicist - H-Mode Pedestal MHD Modeller

Fusion Plasma Physicist - H-Mode Pedestal MHD Modeller

Full-Time 43702 - 43702 £ / year (est.) No working from home possible
Fusion Energy Base

At a Glance

  • Tasks: Model tokamak pedestal plasmas and conduct independent physics research.
  • Company: Fusion Energy Base, a leader in fusion research based in Oxfordshire.
  • Benefits: Competitive salary of £43,702 plus excellent benefits.
  • Other info: Exciting opportunity for career growth in a cutting-edge field.
  • Why this job: Join a pioneering team and contribute to groundbreaking fusion energy research.
  • Qualifications: Experience in plasma physics and MHD modelling is essential.

The predicted salary is between 43702 - 43702 £ per year.

Fusion Energy Base is seeking a H-Mode Pedestal MHD Modeller based in Culham, Oxfordshire. You will model tokamak pedestal plasmas using non-linear MHD codes, focusing on stability and ELM crash dynamics.

The role involves conducting independent physics research, with responsibilities including running simulations and proposing models to mitigate ELMs.

Competitive salary of £43,702 plus excellent benefits is offered.

Fusion Plasma Physicist - H-Mode Pedestal MHD Modeller employer: Fusion Energy Base

Fusion Energy Base is an exceptional employer, offering a dynamic work environment in the heart of Culham, Oxfordshire, where innovation meets collaboration. Employees benefit from a competitive salary and a comprehensive benefits package, alongside ample opportunities for professional growth and development in the cutting-edge field of fusion energy research. Join a team that values independent research and fosters a culture of scientific excellence, making a meaningful impact on the future of energy.

Fusion Energy Base

Contact Details:

Fusion Energy Base Recruitment Team

We think you need these skills to ace Fusion Plasma Physicist - H-Mode Pedestal MHD Modeller

Non-linear MHD Codes
Tokamak Pedestal Plasma Modelling
Stability Analysis
ELM Crash Dynamics
Independent Research
Simulation Running
Model Proposal