
Worked on the RBVI/ChimeraX repository to deliver features and fixes that improved both user experience and code maintainability. Addressed GUI compatibility by enabling ChimeraX to run under Wayland via XWayland, ensuring broader Linux support. Enhanced OpenGL shader reliability by resolving uniform type issues, particularly for Ubuntu users, and maintained repository hygiene through improved Git ignore practices. Developed robust Python-based solutions for bioinformatics workflows, including expanded GLYCAM naming conventions for accurate molecular representation and strengthened DICOM file handling to support additional compression types. Demonstrated skills in Python programming, graphics programming, and backend development, focusing on stability, interoperability, and data fidelity.
February 2026 — RBVI/ChimeraX: Delivered two major feature areas focused on data fidelity and interoperability, with clear business value for scientists and downstream tooling. Implemented robust naming and I/O improvements that reduce rework and enable broader data handling.
February 2026 — RBVI/ChimeraX: Delivered two major feature areas focused on data fidelity and interoperability, with clear business value for scientists and downstream tooling. Implemented robust naming and I/O improvements that reduce rework and enable broader data handling.
February 2025 RBVI/ChimeraX monthly summary focused on stability, portability, and code hygiene. Key outcomes include Wayland/XWayland GUI compatibility (temporary measure) to allow ChimeraX GUI to run under Wayland, a cross-implementation OpenGL shader fix addressing Ubuntu-specific compilation issues, and improved repository hygiene by excluding generated md_crds artifacts. These efforts reduce user-reported issues, support the PyQt upgrade path, and keep the codebase clean for future development. Technologies demonstrated include Linux GUI integration, OpenGL shader development, and Git hygiene practices.
February 2025 RBVI/ChimeraX monthly summary focused on stability, portability, and code hygiene. Key outcomes include Wayland/XWayland GUI compatibility (temporary measure) to allow ChimeraX GUI to run under Wayland, a cross-implementation OpenGL shader fix addressing Ubuntu-specific compilation issues, and improved repository hygiene by excluding generated md_crds artifacts. These efforts reduce user-reported issues, support the PyQt upgrade path, and keep the codebase clean for future development. Technologies demonstrated include Linux GUI integration, OpenGL shader development, and Git hygiene practices.

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