
Worked on the os_visualiser repository to deliver interactive educational tools for operating system concepts, including a CPU Scheduling Visualiser and modules for Banker's Algorithm and Deadlock Detection. Developed core features using HTML, CSS, and JavaScript, focusing on data visualization and UI/UX design to enhance user understanding. Established project scaffolding, implemented end-to-end scheduling functionality, and iteratively improved documentation and homepage layout. Addressed deployment reliability by configuring GitHub Pages with static site generation and removing unnecessary dependencies. Maintained the repository through version control best practices, ensuring stability and accessibility while rolling back features as needed to align with evolving product direction.
December 2025 (2025-12) monthly summary for the os_visualiser project. Key accomplishments include delivering a new HTML-based visualization interface for Banker's Algorithm and Deadlock Detection, with interactive simulations and explanatory content, plus a dedicated home page to switch between modules to boost user understanding. Maintenance and deployment improvements include removing the Mininet submodule and configuring GitHub Pages deployment by adding .nojekyll to serve a clean static site, reducing build fragility and dependency overhead. No critical defects reported; these changes collectively improve educational value, accessibility, and deployment reliability. Technologies demonstrated include frontend visualization (HTML/JS), interactive UI/UX for algorithm education, and robust version-control and deployment practices.
December 2025 (2025-12) monthly summary for the os_visualiser project. Key accomplishments include delivering a new HTML-based visualization interface for Banker's Algorithm and Deadlock Detection, with interactive simulations and explanatory content, plus a dedicated home page to switch between modules to boost user understanding. Maintenance and deployment improvements include removing the Mininet submodule and configuring GitHub Pages deployment by adding .nojekyll to serve a clean static site, reducing build fragility and dependency overhead. No critical defects reported; these changes collectively improve educational value, accessibility, and deployment reliability. Technologies demonstrated include frontend visualization (HTML/JS), interactive UI/UX for algorithm education, and robust version-control and deployment practices.
April 2025: Delivered foundational scaffolding for os_visualiser, core CPU Scheduling Visualiser, UI improvements, and documentation updates. Included a scope adjustment with rollback of the CPU Scheduling feature to align with product direction, resulting in improved stability and usability for end users and a stronger base for future enhancements.
April 2025: Delivered foundational scaffolding for os_visualiser, core CPU Scheduling Visualiser, UI improvements, and documentation updates. Included a scope adjustment with rollback of the CPU Scheduling feature to align with product direction, resulting in improved stability and usability for end users and a stronger base for future enhancements.

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