
Worked on the iqm-client repository to deliver targeted enhancements supporting real-time qubit feedback for conditional gates in quantum experiments. Developed the IQMClient.get_feedback_groups API using Python, enabling accurate identification of qubit groups eligible for feedback signals and refining error handling to reduce ambiguity in control logic. Upgraded dependencies such as numpy and pydantic, refreshed documentation, and improved maintainability through code refactoring and alignment with current libraries. In a subsequent update, relaxed version constraints in pyproject.toml to broaden compatibility and simplify installation, reducing dependency conflicts. Demonstrated skills in backend development, dependency management, Python packaging, and unit testing throughout the engagement.
February 2025 (2025-02) focused on improving dependency compatibility in iqm-client to simplify installation and reduce environment conflicts. Implemented a feature to widen numpy and packaging version support by relaxing constraints in pyproject.toml; changelog updated accordingly. Delivered via commit eaf39db9f4eee4f399b26bebf29ba527b5c6f20f. Impact: easier onboarding for users across a broader set of environments, reduced dependency-related issues, and smoother CI validation for a wider range of versions. Skills demonstrated include Python packaging, pyproject.toml configuration, dependency management, changelog maintenance, and change introspection.
February 2025 (2025-02) focused on improving dependency compatibility in iqm-client to simplify installation and reduce environment conflicts. Implemented a feature to widen numpy and packaging version support by relaxing constraints in pyproject.toml; changelog updated accordingly. Delivered via commit eaf39db9f4eee4f399b26bebf29ba527b5c6f20f. Impact: easier onboarding for users across a broader set of environments, reduced dependency-related issues, and smoother CI validation for a wider range of versions. Skills demonstrated include Python packaging, pyproject.toml configuration, dependency management, changelog maintenance, and change introspection.
January 2025: Delivered targeted enhancements to iqm-client, focusing on real-time qubit feedback for conditional gates and alignment with current libraries. Implementations emphasize reliability, maintainability, and business value for quantum experiments.
January 2025: Delivered targeted enhancements to iqm-client, focusing on real-time qubit feedback for conditional gates and alignment with current libraries. Implementations emphasize reliability, maintainability, and business value for quantum experiments.

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