ROSO is at the forefront of innovative robotics technology, pioneering advancements in intelligent construction processes.
ROSO focuses on developing a range of robotic construction technologies, including TacoArm, TacoVision, TacoMove, and TacoBIM.
ROSO focuses on developing autonomous construction robots that combine robotic arms, autonomous vehicles, and construction craftsmanship. Its goal is to assist on-site workers with repetitive and hazardous tasks.
ROSO strategically integrates diverse knowledge and applies it to artistic creation, combining robotics, materials, and computation to craft unique aesthetics and sensory experiences.
From conceptualization to execution, our approach integrates innovative techniques to materialize digital objects in a creative way.
We serve a diverse range of customers and actively collaborate with architects, designers, and artists to create outstanding innovations for the residential and commercial sectors.
Whether it's designing futuristic art installations or architectural projects, we strive to create solutions that combine aesthetics and functionality, inspiring and enduring.
Stay informed with ROSO, your go-to source for the latest updates, features, and insights. Connecting you with valuable news and information. Where knowledge meets convenience.
ROSO is an energetic and constantly innovative startup, with works over the years that have consistently met high standards and received recognition through prestigious international awards.
On public media platforms, ROSO shares its groundbreaking research, artworks, and insights.
Experience ROSO's innovative projects firsthand at exhibitions, where cutting-edge robotics technology intersects with creative design solutions.
ROSO's events provide valuable networking opportunities and foster collaboration in the field.
ROSO is an interdisciplinary research team. The main objective of the laboratory is to use innovative robotics technology and computational design thinking to provide diverse intelligent construction processes and solutions.
Originally founded in 2018 as a robotics lab, we have evolved into a thriving company with significant impact.
Join us! Explore exciting career opportunities, where your skills are valued, and innovation drives success.
Our team members encompass expertise in art, design, and engineering, achieving true interdisciplinary integration to provide comprehensive solutions for both the present and the future.
Partners of ROSO play a crucial role in advancing the integration of robotics within the architectural field.
In addition to its industrial applications, ROSO is also deeply rooted in academic research institutions, driving interdisciplinary collaboration and experimentation while nurturing emerging talent. We focus on pushing boundaries and exploring new frontiers, striving to revolutionize intelligent construction through innovation and discovery.
ROSO incorporates avant-garde concepts and advanced technologies into its curriculum, delving into the applications of robotic construction in the fields of architecture and art.
From robotics programming to design thinking, our workshops empower participants to explore new frontiers in intelligent construction.
Through rigorous analysis and experimentation, we contribute to the academic development of construction robotics, shaping its future direction.
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Courses provide structured learning paths similar to our workshops.
2025-12-31
當人工智慧、運算設計與機器人成為建築設計的核心工具，設計不再只是「畫出形體」，而是一場橫跨資料、幾何與製造行為的整合實踐。本學期的設計課以 AI＋機器人建造🤖🏗️為核心主軸，重新思考建築設計在數位製造時代中的角色與可能性。 這次的系列課程由國立陽明交通大學攜手 ETH Zurich與國立新加坡大學共同參與，透過三個彼此串聯、尺度各異的設計研究工作營，課程內容涵蓋從 AI 形體生成、結構與材料邏輯分析，到機器人實體製作，引導同學們體驗當代數位設計與機器人建造的前沿流程。 編織透明性｜機器人 3D 列印 × 自由曲面互鎖結構： 此研究型工作營聚焦於機器人 3D 列印與自由曲面互鎖構築，透過「單元化且高度客製」的策略，回應大尺度、不規則曲面在製造上的限制。靈感來自古代多邊形石牆的乾砌邏輯，單元構件藉由幾何互鎖自行形成穩定結構，無需額外連接件。結合透明環保塑料的材料實驗，作品進一步探索結構、光線與空間感知之間的關係，將牆體轉化為一種可被觀看、被感知的構築行為。 Deep Facade｜形體 × 資料 × AI： 在此工作營中，建築形體被重新理解為一種空間化的詞元（token)——不只是可見的幾何，而是承載社會、文化與環境資料的多維介面。透過人工智慧與深度學習技術，學生探索形體如何成為資料敘事的載體，揭示建築外觀與其背後不可見資訊之間的內在關聯。 COMPAS Timber｜從幾何到機器人木構製造： 以 COMPAS Timber 為核心，建構一條從數位設計、幾何分析到機器人洗銷的自動化木構流程。透過 3D 掃描、點雲擷取與誤差回饋，設計模型能即時修正並轉譯為可執行的機器人加工路徑，展現設計、結構與製造高度整合的數位建築生產鏈。
