
Arttu Säily contributed to the EHA-Display-Terminal-Team/eha-infoscreen repository by enhancing the METAR weather display system over a two-month period. He refactored the MetarServerComponent to use SWR-powered data fetching, consolidating multiple API calls into a single fetcher for improved caching, error handling, and loading states. Later, he migrated the METAR reports backend to Supabase, updating API endpoints and aligning the UI with the new data source to improve scalability and reliability. Working primarily with JavaScript and React, Arttu also focused on code hygiene and documentation, demonstrating a thoughtful approach to maintainability and performance optimization in full stack development.

December 2024 monthly summary for EHA Infoscreen. Key work centered on migrating METAR reports backend to Supabase, updating API endpoints to use the Supabase client, and aligning the UI with the new data source. Also performed targeted UI/style refinements and cleaned up code related to METAR logging. Updated the README to include Arttu as a contributor, reflecting team contributions.
December 2024 monthly summary for EHA Infoscreen. Key work centered on migrating METAR reports backend to Supabase, updating API endpoints to use the Supabase client, and aligning the UI with the new data source. Also performed targeted UI/style refinements and cleaned up code related to METAR logging. Updated the README to include Arttu as a contributor, reflecting team contributions.
October 2024: Implemented SWR-powered data fetching for METAR display by refactoring MetarServerComponent. Consolidated API calls into a single fetcher, enabling improved caching, more robust error handling, and smoother loading states. This enhancement delivers faster, more reliable real-time METAR weather information to users and reduces API call overhead.
October 2024: Implemented SWR-powered data fetching for METAR display by refactoring MetarServerComponent. Consolidated API calls into a single fetcher, enabling improved caching, more robust error handling, and smoother loading states. This enhancement delivers faster, more reliable real-time METAR weather information to users and reduces API call overhead.
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