
During a two-month period, Qianyu Sag built and refined a comprehensive seat planning and selection interface for the UoaWDCC/medrevue repository. They developed a modular React and TypeScript front end with Redux-backed state management, enabling dynamic seat layouts, per-seat visuals, and interactive zoom and pan for large venues. Their work consolidated seat data into a Redux slice, supporting accurate capacity planning and future analytics. Qianyu also delivered targeted UI and UX enhancements, including theme cohesion, improved seat button styling, and layout simplification using CSS and Tailwind CSS. The result was a scalable, maintainable workflow for event seat configuration and booking.
2025-08 Monthly Summary for UoaWDCC/medrevue: Key feature delivery centered on the Seat Planning Interface Visual Enhancements and Theme Cohesion. Consolidated UI improvements across seat planning and ticketing: improved seat button styling for availability and selection states; frontend theme alignment with menu height, visibility, and spacing; streamlined seat map layout by removing redundant date selection and eliminating gradient background to boost usability. No major bugs fixed this month; instead, targeted UI polish and refactors improved consistency and stability. Overall impact: smoother seat selection flow, cohesive user experience across booking components, and a scalable foundation for design-system-driven theming. Technologies/skills demonstrated: frontend UI/UX polish, CSS styling and layout refinements, component-level refactoring, and design-system alignment.
2025-08 Monthly Summary for UoaWDCC/medrevue: Key feature delivery centered on the Seat Planning Interface Visual Enhancements and Theme Cohesion. Consolidated UI improvements across seat planning and ticketing: improved seat button styling for availability and selection states; frontend theme alignment with menu height, visibility, and spacing; streamlined seat map layout by removing redundant date selection and eliminating gradient background to boost usability. No major bugs fixed this month; instead, targeted UI polish and refactors improved consistency and stability. Overall impact: smoother seat selection flow, cohesive user experience across booking components, and a scalable foundation for design-system-driven theming. Technologies/skills demonstrated: frontend UI/UX polish, CSS styling and layout refinements, component-level refactoring, and design-system alignment.
May 2025 – UoaWDCC/medrevue: Delivered end-to-end seat planning and selection for events. This release introduces a new seat planning front-end component with per-seat visuals, dynamic layouts, a dedicated Redux-backed seat selection page, responsive scaling, and interactive zoom/pan for large venue plans. Seat data is consolidated into a Redux slice for reliable state management and easier future analytics. Business impact: faster, more accurate seat configurations and improved capacity planning for large events, enabled by a scalable seating workflow and modular front-end architecture. No major bugs fixed this month; minor polish and adjustments were applied (e.g., row-specific gap handling). Technologies/skills demonstrated include React, Redux, responsive UI design, dynamic layouts, zoom/pan interactions, and venue-scale data handling.
May 2025 – UoaWDCC/medrevue: Delivered end-to-end seat planning and selection for events. This release introduces a new seat planning front-end component with per-seat visuals, dynamic layouts, a dedicated Redux-backed seat selection page, responsive scaling, and interactive zoom/pan for large venue plans. Seat data is consolidated into a Redux slice for reliable state management and easier future analytics. Business impact: faster, more accurate seat configurations and improved capacity planning for large events, enabled by a scalable seating workflow and modular front-end architecture. No major bugs fixed this month; minor polish and adjustments were applied (e.g., row-specific gap handling). Technologies/skills demonstrated include React, Redux, responsive UI design, dynamic layouts, zoom/pan interactions, and venue-scale data handling.

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