Computational Physicist-MHD Reconstruction

Tasks

• Build high quality accelerated proxy models for core MHD and edge divertor coupling
• Compute combined MHD and neoclassical bootstrap current
• Define data structures with CODAC for real time and offline access
• Develop HPC workflows for numerical modeling
• Develop real time 3D equilibrium reconstruction for stellarator plasmas
• Generate reports and shared technical documentation
• Implement synthetic diagnostics for real time and offline analysis
• Integrate accelerated equilibrium solvers with diagnostics and control systems
• Model heat and particle flux SOL divertor and pumping
• Predict neutron fluence and energetic particles
• Support MHD and divertor heat flux and particle control
• Support diagnostic and control system design

Perks/Benefits

• Health insurance
• Hybrid work policy
• Relocation allowance
• Retirement options
• Stock options

Skills/Tech-stack

Bash | C# | C++ | CUDA | Equilibrium Reconstruction | Fortran | GPU Computing | Git | GitHub | GitLab | High Performance | High-Performance Computing | JAX | Linux | MHD | MPI | Neoclassical | Numerical modeling | OpenMP | Performance Computing | Python | Real Time | Real-time control | Slurm | Synthetic Diagnostics