
Bernd Hoffmann developed dynamic quantum architecture support for IQM QPUs in the NVIDIA/cuda-quantum repository, enabling runtime fetching of hardware architecture from the server and improving qubit calibration and mapping processes. Using C++ and Python, Bernd integrated robust API communication to ensure reliable hardware support and addressed test suite efficiency by deactivating a time-consuming test case on the IQM backend. This work reduced continuous integration costs and accelerated feedback loops, reflecting a thoughtful approach to both feature delivery and maintenance. The depth of the implementation demonstrated strong skills in quantum computing, API integration, and test optimization within a complex codebase.

November 2025 monthly summary for NVIDIA/cuda-quantum focused on delivering robust dynamic hardware support for IQM QPUs and improving test suite efficiency. The work emphasized business value through reliable hardware integration, faster feedback loops, and reduced CI costs.
November 2025 monthly summary for NVIDIA/cuda-quantum focused on delivering robust dynamic hardware support for IQM QPUs and improving test suite efficiency. The work emphasized business value through reliable hardware integration, faster feedback loops, and reduced CI costs.
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