
Worked on the qua-platform/py-qua-tools repository to enhance test coverage and execution control for cross-resonance scenarios in quantum hardware integration. Developed new OPX+ and Octave cross-resonance wiring tests, including a fixed-frequency transmissions test, to verify allocation and assignment of qubit drive, cross-resonance, and ZZ drive lines. Introduced dynamic test visualization by converting the visualize_flag to a pytest.visualize_flag fixture, enabling on-the-fly visualization during test runs. Addressed a visualization-related bug to improve test stability and reproducibility. Utilized Python, Pytest, and Markdown for implementation and documentation, ensuring traceable changes and alignment with evolving hardware-software validation workflows.
November 2024 monthly update for qua-platform/py-qua-tools focused on improving test coverage and execution control for cross-resonance scenarios. Delivered two major features: (1) OPX+ and Octave cross-resonance wiring test enhancements including a fixed-frequency transmissions test; updated changelog; (2) Dynamic test visualization control via pytest.visualize_flag fixture. Also fixed a visualization-related bug that improved test stability and repeatability. These efforts reduce risk in hardware-software integration and accelerate validation workflows.
November 2024 monthly update for qua-platform/py-qua-tools focused on improving test coverage and execution control for cross-resonance scenarios. Delivered two major features: (1) OPX+ and Octave cross-resonance wiring test enhancements including a fixed-frequency transmissions test; updated changelog; (2) Dynamic test visualization control via pytest.visualize_flag fixture. Also fixed a visualization-related bug that improved test stability and repeatability. These efforts reduce risk in hardware-software integration and accelerate validation workflows.

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