DESIGN OF “SKYLINE PALACE”: A 12-STORY HOTEL IN SEATTLE, WA, USA

Abstract

The proposed project involves the construction of a hotel located at 401 8th Avenue North in the South Lake Union neighborhood of Seattle, Washington. The site offers a prime location in a rapidly growing area known for its technological and biotechnological hubs, vibrant commercial spaces, and proximity to iconic landmarks such as the Space Needle. The hotel design accounts for Seattle’s unique geotechnical and climatic conditions, including high seismic activity and moderate corrosion risk, ensuring compliance with International Building Code (IBC) standards. Architectural plans include provisions for emergency evacuation, natural lighting, accessibility, and adequate parking facilities, all optimized using Revit tools. Construction materials, primarily reinforced concrete, are selected based on their durability, cost-effectiveness, and suitability for seismic resilience. The project addresses environmental and urban connectivity considerations, leveraging nearby public transport options and tourist attractions to maximize accessibility and appeal. This development is expected to contribute significantly to the local economy by catering to corporate clients, tourists, and medical visitors, aligning with the dynamic growth of South Lake Union.