
Over 11 months, contributed to the spm/spm and spm/spm-docs repositories by developing and refining neuroimaging analysis tools and documentation. Delivered features such as flexible F-contrast specification, ERP power analysis, and group-level M/EEG source reconstruction, while enhancing onboarding through improved tutorials and installation guidance. Applied MATLAB, YAML, and Markdown to implement robust error handling, batch processing, and GUI-driven workflows, emphasizing defensive programming and reproducibility. Maintained documentation quality with CI/CD, linting, and spell-checking, and addressed user pain points by clarifying preprocessing steps and reducing misconfigurations. The work improved data integrity, analysis scalability, and user experience across research pipelines.
May 2026 summary for spm/spm-docs focusing on Course Materials Documentation Enhancements (DCM/ERP/EEG). Consolidated and expanded documentation, introduced a dedicated DCM demos section in EEG docs, and added validated resources links to improve accessibility and learning workflow. Reorganized content by separating DCM from group tutorials to streamline navigation. No major bugs reported this period; changes validated against link checks and docs standards. Business impact: clearer, more relevant documentation reduces learner friction and supports ERP/DCM/EEG learning objectives.
May 2026 summary for spm/spm-docs focusing on Course Materials Documentation Enhancements (DCM/ERP/EEG). Consolidated and expanded documentation, introduced a dedicated DCM demos section in EEG docs, and added validated resources links to improve accessibility and learning workflow. Reorganized content by separating DCM from group tutorials to streamline navigation. No major bugs reported this period; changes validated against link checks and docs standards. Business impact: clearer, more relevant documentation reduces learner friction and supports ERP/DCM/EEG learning objectives.
March 2026: Delivered targeted enhancements across spm-docs and spm, focusing on documentation quality, DBS ERP processing, and MEEG toolkit reliability. Key outcomes include robust CI for documentation, improved DBS ERP analysis with a new artefact removal function and support for multiple interpolation methods, and updated MEEG toolkit compatibility with added integration tests for Wakeman & Henson datasets. These efforts reduce manual QA, minimize regressions, and accelerate onboarding and feature delivery, while showcasing strong cross-repo collaboration and practical expertise with FT/MEEG tooling.
March 2026: Delivered targeted enhancements across spm-docs and spm, focusing on documentation quality, DBS ERP processing, and MEEG toolkit reliability. Key outcomes include robust CI for documentation, improved DBS ERP analysis with a new artefact removal function and support for multiple interpolation methods, and updated MEEG toolkit compatibility with added integration tests for Wakeman & Henson datasets. These efforts reduce manual QA, minimize regressions, and accelerate onboarding and feature delivery, while showcasing strong cross-repo collaboration and practical expertise with FT/MEEG tooling.
February 2026 monthly summary focusing on key accomplishments, business value, and technical achievements across the spm/spm and spm/spm-docs repositories.
February 2026 monthly summary focusing on key accomplishments, business value, and technical achievements across the spm/spm and spm/spm-docs repositories.
January 2026 monthly summary: Delivered targeted improvements to EEG preprocessing guidance and montage robustness across repositories, enhancing user safety and pipeline reliability. Key features delivered include Enhanced Preprocessing User Guidance for M/EEG with clearer batch-step documentation and a safety warning for All(1) channel selection in spm/spm-docs, and a robust fix for EEG Montage balance field validation to prevent errors when the balance field is missing or empty in spm/spm. Impact: clearer guidance reduces misconfigurations, safer default behaviors, and fewer runtime errors, translating to lower support load and faster user onboarding. Technologies demonstrated: documentation best practices, defensive validation patterns, and small, focused commits that improve quality and maintainability.
January 2026 monthly summary: Delivered targeted improvements to EEG preprocessing guidance and montage robustness across repositories, enhancing user safety and pipeline reliability. Key features delivered include Enhanced Preprocessing User Guidance for M/EEG with clearer batch-step documentation and a safety warning for All(1) channel selection in spm/spm-docs, and a robust fix for EEG Montage balance field validation to prevent errors when the balance field is missing or empty in spm/spm. Impact: clearer guidance reduces misconfigurations, safer default behaviors, and fewer runtime errors, translating to lower support load and faster user onboarding. Technologies demonstrated: documentation best practices, defensive validation patterns, and small, focused commits that improve quality and maintainability.
December 2025 monthly summary for spm/spm-docs focused on documentation quality and user-ready neuroimaging guidance. Delivered consolidated MEEG Tutorial Documentation Enhancements, including updated preprocessing and source reconstruction run instructions, expanded group analysis guidance with fMRI priors, corrected typographical errors, and introduced a new Small Volume Correction (SVC) figure. Work demonstrates strong attention to reproducibility, clarity, and user onboarding.
December 2025 monthly summary for spm/spm-docs focused on documentation quality and user-ready neuroimaging guidance. Delivered consolidated MEEG Tutorial Documentation Enhancements, including updated preprocessing and source reconstruction run instructions, expanded group analysis guidance with fMRI priors, corrected typographical errors, and introduced a new Small Volume Correction (SVC) figure. Work demonstrates strong attention to reproducibility, clarity, and user onboarding.
November 2025 performance summary for spm/spm and spm-docs: Delivered new ERP power analysis capability for brain imaging, introduced group-level M/EEG source reconstruction with fMRI priors and batch processing, and completed documentation improvements to support onboarding and advanced analyses. No major bug fixes reported; ongoing improvements focused on reliability, clarity, and multimodal integration across repositories. The work establishes a scalable foundation for ERP/MEEG analytics and enhances cross-repo collaboration.
November 2025 performance summary for spm/spm and spm-docs: Delivered new ERP power analysis capability for brain imaging, introduced group-level M/EEG source reconstruction with fMRI priors and batch processing, and completed documentation improvements to support onboarding and advanced analyses. No major bug fixes reported; ongoing improvements focused on reliability, clarity, and multimodal integration across repositories. The work establishes a scalable foundation for ERP/MEEG analytics and enhances cross-repo collaboration.
In Oct 2025, delivered substantial feature and documentation enhancements across spm-spm-docs and spm-spm, with a focus on improved onboarding, educational content, and UI-enabled data analysis workflows. Effort concentrated on consolidating installation and path guidance, expanding MEEG and preregistration tutorials, and enabling in-UI TF plotting, while maintaining quality with iterative fixes and configuration refinements.
In Oct 2025, delivered substantial feature and documentation enhancements across spm-spm-docs and spm-spm, with a focus on improved onboarding, educational content, and UI-enabled data analysis workflows. Effort concentrated on consolidating installation and path guidance, expanding MEEG and preregistration tutorials, and enabling in-UI TF plotting, while maintaining quality with iterative fixes and configuration refinements.
Month: 2025-09 — spm/spm-docs: Desktop MATLAB Tutorials Documentation Upgrade. Implemented MATLAB 2024a compatibility across tutorials/docs, removed Copilot section not available in 2024a, expanded Desktop basics guide with a directory creation example, clarified array indexing, added a running/debugging MATLAB code section, and introduced a Desktop@UCL Anywhere overview with an installation link. These changes improve onboarding, reduce confusion for new users, and enhance long-term maintainability. No major bugs fixed this month in this repository. Overall impact: improved onboarding experience, clearer guidance for first-time users, and a more maintainable docs suite. Technologies/skills demonstrated: documentation engineering, version compatibility (MATLAB 2024a), content consolidation, and Git-based collaboration.
Month: 2025-09 — spm/spm-docs: Desktop MATLAB Tutorials Documentation Upgrade. Implemented MATLAB 2024a compatibility across tutorials/docs, removed Copilot section not available in 2024a, expanded Desktop basics guide with a directory creation example, clarified array indexing, added a running/debugging MATLAB code section, and introduced a Desktop@UCL Anywhere overview with an installation link. These changes improve onboarding, reduce confusion for new users, and enhance long-term maintainability. No major bugs fixed this month in this repository. Overall impact: improved onboarding experience, clearer guidance for first-time users, and a more maintainable docs suite. Technologies/skills demonstrated: documentation engineering, version compatibility (MATLAB 2024a), content consolidation, and Git-based collaboration.
May 2025 - spm/spm-docs: Fixed missing figure in documentation by centering the figure container with inline CSS, improving readability and doc reliability. Commit: d9d72cbe0c34dee8955c7f7edf2105747a513e99. Impact: clearer docs, reduced user confusion, smoother onboarding. Skills demonstrated: CSS inline styling, documentation quality, precise version control.
May 2025 - spm/spm-docs: Fixed missing figure in documentation by centering the figure container with inline CSS, improving readability and doc reliability. Commit: d9d72cbe0c34dee8955c7f7edf2105747a513e99. Impact: clearer docs, reduced user confusion, smoother onboarding. Skills demonstrated: CSS inline styling, documentation quality, precise version control.
January 2025 monthly summary for spm/spm: Delivered a flexible F-contrast specification in batch processing by introducing a reduced-model approach that allows listing specific design matrix columns to include or exclude. This feature mirrors the GUI F-contrast workflow, enabling more flexible, scalable, and automated batch analyses. Result: improved reproducibility, faster batch runs, and closer parity between GUI and batch workflows. This work increases business value by aligning batch analytics with GUI capabilities, reducing manual configuration, and enhancing scalability for large design matrices.
January 2025 monthly summary for spm/spm: Delivered a flexible F-contrast specification in batch processing by introducing a reduced-model approach that allows listing specific design matrix columns to include or exclude. This feature mirrors the GUI F-contrast workflow, enabling more flexible, scalable, and automated batch analyses. Result: improved reproducibility, faster batch runs, and closer parity between GUI and batch workflows. This work increases business value by aligning batch analytics with GUI capabilities, reducing manual configuration, and enhancing scalability for large design matrices.
In Nov 2024, delivered a critical reliability enhancement in the spm/spm EEG preprocessing workflow by implementing a fail-fast mechanism in spm_eeg_remove_bad_trials. This change enforces an error when no good trials exist, replacing a prior warning and preventing downstream processing with invalid data. The modification halts execution early in critical scenarios, improving data integrity and reducing downstream failures. The work demonstrates defensive programming and strong quality control in preprocessing pipelines.
In Nov 2024, delivered a critical reliability enhancement in the spm/spm EEG preprocessing workflow by implementing a fail-fast mechanism in spm_eeg_remove_bad_trials. This change enforces an error when no good trials exist, replacing a prior warning and preventing downstream processing with invalid data. The modification halts execution early in critical scenarios, improving data integrity and reducing downstream failures. The work demonstrates defensive programming and strong quality control in preprocessing pipelines.

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