
Thomas Hamm developed and refined the graphical seat reservation system within the sbb-design-systems/lyne-components repository over a three-month period. He introduced a new UI component that visualizes seats and bicycle spaces, enabling interactive selection and navigation in train and bus layouts. Using TypeScript, SCSS, and LitElement, Thomas aligned the component with accessibility and design system standards, ensuring consistency and reusability. He later refactored the API to improve data modeling, event payloads, and property naming, enhancing reliability and integration. Addressing user experience, he fixed a scroll positioning bug, further stabilizing the seat reservation flow and reducing potential user confusion.

October 2025 focused on stabilizing the seat reservation UI in lyne-components. Delivered a targeted bug fix to ensure the seat view scrolls into the correct position when a seat is focused, addressing a visual glitch observed in edge scenarios. The change improves UX consistency for the seat reservation flow and reduces potential user confusion and support requests.
October 2025 focused on stabilizing the seat reservation UI in lyne-components. Delivered a targeted bug fix to ensure the seat view scrolls into the correct position when a seat is focused, addressing a visual glitch observed in edge scenarios. The change improves UX consistency for the seat reservation flow and reduces potential user confusion and support requests.
July 2025 — Delivered a major refactor of the seat reservation system in sbb-design-systems/lyne-components, introducing granular wagon preselection and a clearer event payload structure. The API refactor removed deprecated properties and standardized naming for custom properties, improving data quality, stability, and downstream integration. These changes enable more efficient seat and bicycle allocations, reduce runtime errors, and lay the foundation for wagon-level analytics and future enhancements.
July 2025 — Delivered a major refactor of the seat reservation system in sbb-design-systems/lyne-components, introducing granular wagon preselection and a clearer event payload structure. The API refactor removed deprecated properties and standardized naming for custom properties, improving data quality, stability, and downstream integration. These changes enable more efficient seat and bicycle allocations, reduce runtime errors, and lay the foundation for wagon-level analytics and future enhancements.
June 2025: Delivered a pivotal UI feature for the SBB design system by introducing a Graphical Seat Reservation Component in the lyne-components library. This component visualizes seats and bicycle spaces, supports interactive selection, and provides navigation controls within train/bus layouts. The work reinforces design system consistency, improves user experience for planning and ticketing flows, and lays groundwork for broader adoption across products.
June 2025: Delivered a pivotal UI feature for the SBB design system by introducing a Graphical Seat Reservation Component in the lyne-components library. This component visualizes seats and bicycle spaces, supports interactive selection, and provides navigation controls within train/bus layouts. The work reinforces design system consistency, improves user experience for planning and ticketing flows, and lays groundwork for broader adoption across products.
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