
Worked on the hiddenSymmetries/simsopt repository to enhance the accuracy and reliability of plasma physics simulations, focusing on VMEC boundary condition handling for non-axisymmetric configurations. Addressed a bug in the asymmetric boundary logic by ensuring correct population of rbs and zbc parameters, improving the physical fidelity of simulation results. Developed targeted unit tests in Python to verify data transfer during optimization, including helpers for output file management and checks for boundary component modifications. Applied skills in scientific computing, optimization, and testing to reduce regression risk and improve maintainability, delivering clearer simulation outcomes for complex plasma configurations within the scientific workflow.
For September 2025, the focus was on improving VMEC boundary condition handling and boosting the reliability of VMEC optimization through targeted tests in hiddenSymmetries/simsopt. The changes enhance physical fidelity for non-axisymmetric configurations and reduce regression risk in the optimization workflow, delivering clearer business value in simulation accuracy and maintainability.
For September 2025, the focus was on improving VMEC boundary condition handling and boosting the reliability of VMEC optimization through targeted tests in hiddenSymmetries/simsopt. The changes enhance physical fidelity for non-axisymmetric configurations and reduce regression risk in the optimization workflow, delivering clearer business value in simulation accuracy and maintainability.

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