韓國首爾　機器人與人工智慧博物館

MAA - MELIKE ALTINISIK ARCHITECTS

本案以新穎技術為基礎，為機器人、人工智慧與參觀者創造身歷其境的體驗。球形博物館採無方向性設計，將流動感具象化，與館內尖端科技相輔相成；弧形外觀與大門結合扶手電梯隧道，彷彿帶領著人們進入科技未來。團隊以當代建築作為敘事載體，不僅展現人工智慧和機器人的活力與多變，更促使創新形式與劃時代技術間的互動。

MAA's architectural vision for RAIM merges smart design with innovative construction, crafting an immersive space for robots, AI, and visitors. The museum's spherical, fluid form echoes the advanced technologies it houses, blending contemporary architecture with technological innovation. This design fosters a dynamic dialogue between the building and the groundbreaking advancements it showcases, making the architecture an integral part of RAIM's narrative.

致力成為傳播科學、技術與創新的催化劑，此案期望透過社區參與，推動首爾人工智慧產業發展，透過串連鄰近大學、研究機構與企業研究人員，亦為相關展覽與教育計劃提供空間，從而實現學術、產業與公眾的整合。

RAIM is envisioned as a catalyst for the advancement and dissemination of science, technology, and innovation. It aims to contribute significantly to the development of Seoul's AI industry ecosystem by inspiring and engaging the community. The museum is strategically positioned to connect researchers from nearby universities, research institutes, and corporations with the public, offering a space for exhibitions, hands-on experiences, and educational programs focused on robotics and AI. This integration of academia, industry, and public engagement positions RAIM as a pivotal node in the regional science and culture network.

入館後，機器人首先為訪客進行導覽，同時藉內外場域的流暢動線增強互動。場中央的垂直展覽隧道，好似消弭了有形世界與人工智慧的隔閡，並引導觀者探索上層展區，而二樓則設有教育與行政設施。整體動線旨在打造一場「探索與發現」的參展體驗，展示當今科學技術之進步。

The visitor experience at RAIM begins at the entrance, where welcoming robots introduce the journey. The ground floor, with its reception, ticket halls, café, and shop, establishes a fluid interaction between the exterior public realm and the interior spaces. At the heart of the museum, the vertical exhibition tunnel dissolves the boundary between the tangible world and the realm of robotics and AI, leading visitors to the permanent and temporary exhibitions on the upper floors. Educational and administrative facilities are located on the 2nd floor.This spatial design is intended to evoke a sense of exploration and discovery, guiding visitors through a narrative of scientific and technological progress.

團隊運用建築資訊模型，精確掌控設計與施工過程，並採用非現場施工方式，高效且高品質地完成複雜的非線性外觀。球形量體透過數位製造與逆向工程結合，運用雷射CNC加工與機器人焊接技術，打造出精密的外立面設計。中央垂直展覽隧道則引入航空與航海工業技術，充分彰顯專案對創新技術的專注與追求。

RAIM's construction reflects the integration of advanced architectural technologies aligned with the 4th Industrial Revolution. The museum was constructed using smart building techniques, with Building Information Modeling (BIM) ensuring precision in both design and construction. The process employed Off-Site Construction (OSC) methods, which allowed for the efficient and high-quality realization of the museum's complex, non-linear forms. The process of implementing the non-directional spherical exterior, the fluid-like gate, the escalator tunnel that seems to guide you into an unknown world. The exterior's fluid, spherical design was achieved using a combination of digital fabrication and reverse engineering. The construction process involved laser CNC machining and robot welding, ensuring minimal errors and high precision in the execution of the intricate façade. The museum's central vertical exhibition tunnel, a key architectural feature, was constructed using advanced technologies typically reserved for aerospace and marine industries, further emphasizing the innovative approach taken throughout the project.