
Worked on enhancing real-time neuroimaging workflows across the mne-tools/mne-python and conda-forge/staged-recipes repositories. Developed a public LayeredMesh API in Python for efficient real-time brain visualization, enabling improved overlay management and shape validation within the Brain class. Integrated PyQt6 to streamline GUI support and aligned test requirements for cross-platform compatibility. Addressed Windows Unicode handling in testing by configuring environment variables, ensuring reliable text processing. Improved packaging and dependency management for MNE-RT, including Python version handling and metadata updates. Updated documentation to guide users through real-time feature extraction and adaptive protocols, supporting neurofeedback and BCI applications with YAML-based configuration.
June 2026 performance summary focusing on business value and technical milestones across two repositories (conda-forge/staged-recipes and mne-tools/mne-python). The work this month strengthened real-time capabilities, cross-platform reliability, and developer experience through packaging, visualization, and documentation improvements that enable faster deployment and more robust neuroimaging workflows.
June 2026 performance summary focusing on business value and technical milestones across two repositories (conda-forge/staged-recipes and mne-tools/mne-python). The work this month strengthened real-time capabilities, cross-platform reliability, and developer experience through packaging, visualization, and documentation improvements that enable faster deployment and more robust neuroimaging workflows.

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