Building materials

Fujiki Studio + F.A.D.S: Exploring Seamless Architecture

Fujiki Studio and F.A.D.S present a comprehensive exploration of "Seamless Architecture" in their latest publication. This volume encapsulates 16 years of their pioneering research and design practices, guided by Ryumei Fujiki and Yukiko Sato.

Unveiling a Decade and a Half of Architectural Innovation

A Vision of Continuous Form: Defining Seamless Architecture

The newly released volume, titled "Seamless Architecture of Fujiki Studio + F.A.D.S," meticulously chronicles the architectural philosophy and practical applications developed by Ryumei Fujiki, Yukiko Sato, and their respective studios. Spanning the period from 2010 to 2026, this significant work, published by Beam Editions, meticulously examines the innovative concept of 'Seamless Architecture' through a collection of completed projects, artistic installations, rigorous research, and theoretical discussions.

Emergence of a New Paradigm: Global Context and Biological Analogies

This publication strategically positions Seamless Architecture as a globally influential architectural trend that gained prominence in the early 21st century. The core tenet of this approach is the design of structures where traditional distinctions between walls, roofs, and even floors are blurred, creating continuous, fluid surfaces with minimal visible seams or transitions. This contemporary architectural concept draws insightful parallels with biological systems, particularly the integrated function of skin as a unified protective envelope. It advocates for an architectural vernacular inspired by living organisms, moving beyond the machine-centric design philosophies of the 20th century.

Nature's Blueprint: Integrating Structure, Surface, and Environment

Within the pages of this book, Seamless Architecture is framed as a natural progression of the studio's ongoing commitment to nature-oriented design. The featured projects exemplify a deep investigation into the harmonious interplay between structural integrity, surface articulation, and environmental integration. This is achieved through the ingenious application of bio-inspired geometries, advanced parametric systems, and sophisticated computational design methodologies. Across the diverse range of documented works, architectural form is perceived not as an assembly of distinct components, but rather as a continuous, evolving spatial and material condition.

Covering the Legacy: From Aqua-scape to Origami Inspiration

This new book builds upon the foundational research presented in the studio's previous work, "Aqua-scape: The Nature-oriented Architecture of Ryumei Fujiki." It further advances the discourse on environmental integration and experimental architectural theory. The publication includes a curated selection of award-winning installations and groundbreaking architectural proposals, all developed through collaborative efforts between Fujiki Studio at Kogakuin University and F.A.D.S.

Symbolic Design: The Origami-Inspired Cover and Thematic Depth

The book's cover design itself is a testament to the principles it espouses. It subtly references the project known as 'Porous Manifold as a Japanese Tearoom' and ingeniously incorporates traditional Japanese origami folding techniques. This thoughtful graphic and material choice powerfully reinforces the publication's overarching themes of continuity, intricate surface detailing, and transformative spatial qualities.

Global Reach: A Multilingual Resource for Architectural Study

Presented in both English and Japanese, this 164-page paperback offers a rich exploration of diverse topics, including contemporary architecture, ecological design principles, innovative installation art, cultural theory, and the application of computational practices in design. The publication is readily accessible through Amazon Japan and has already been integrated into the esteemed architecture libraries of leading institutions worldwide, such as ETH Zurich, The Bartlett School of Architecture, the Architectural Association School of Architecture, SCI-Arc, and the Massachusetts Institute of Technology.

Innovative Seaweed-Based Lighting Installation: Slow2 by Su Yang Choi

Designer Su Yang Choi's latest creation, "Slow2," represents a significant advancement in material and spatial design, building upon the foundations of her Slow Project series. Unveiled at the prestigious Salone Satellite 2026 in Milan, this captivating lighting installation draws inspiration from "baramgil," a traditional Korean architectural concept that ingeniously uses aligned doors and windows to generate overlapping visual pathways and natural airflow. The installation masterfully translates this ancient wisdom into a contemporary context, showcasing an innovative approach to spatial perception.

Occupying an exhibition space of 388 × 200 × 288 cm, the "Slow2" installation, measuring approximately 150 × 55 × 160 cm, employs visual layering to enhance the depth of the space beyond its actual physical boundaries. It comprises two circularly structured elements that interlock vertically and are arranged in repetitive sequences. Rather than relying on physical expansion, the design creates spatial depth through a harmonious interplay of transparency, repetition, and the seamless continuity of visual lines. The project integrates a unique biodegradable material, meticulously developed by Choi from seaweed-derived agar, completely free of synthetic chemical additives. This material is not merely a substitute for conventional industrial materials but an expression of an independent material language, possessing distinct formal and aesthetic qualities. Complementing the seaweed-based components, the installation also features LED lighting, a steel armature, insulating tubing, adhesive, and natural pigments, demonstrating a thoughtful blend of sustainable components with industrial fabrication techniques while ensuring a cohesive structural performance and visual appeal.

The formal arrangement of "Slow2" echoes the profound spatial principles found in traditional Korean hanok architecture, particularly the "baramgil" concept. This concept emphasizes aligned openings to create multi-layered perspectives, ensuring a continuous visual connection between successive spaces. Choi's installation transforms this principle into a linear composition of repeated circular elements, each approximately 50 centimeters in diameter and positioned at 30-centimeter intervals across 4.5 stacked layers. This meticulous arrangement allows for an intricate dance of light, shadow, and visibility to permeate the open structure. The construction technique pays homage to the stacking methodology of the Ten-story Stone Pagoda of Gyeongcheonsa Temple from the Goryeo period, with layers of the seaweed-based material intricately wrapped around a central metal framework. This process creates stratified linear textures reminiscent of the stone tiers in pagoda architecture. Color, derived from natural edible pigments like paprika and gardenia, transitions subtly from the material’s inherent tone at the base to deeper red hues towards the upper sections, reinforcing the organic connection between the material's composition, structural form, and the installation's biodegradable ethos. As part of the ongoing Slow Project series, "Slow2" thoughtfully examines the multifaceted potential of biodegradable materials to function as structural elements, visual systems, and spatial mediums within modern design practices, pushing the boundaries of sustainable innovation.

This innovative work by Su Yang Choi not only pushes the boundaries of sustainable design but also serves as a testament to the enduring power of integrating traditional wisdom with contemporary aesthetics. "Slow2" inspires us to consider how natural materials can be transformed into artistic and functional elements, fostering a deeper appreciation for eco-conscious creativity and mindful design that harmonizes with our environment. It encourages a forward-thinking approach, where the beauty of design aligns seamlessly with ecological responsibility.

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Oneiro: A Calming Innovation for Children with Sleep Apnea

Oneiro represents a pioneering initiative in pediatric healthcare design, focusing on creating a more compassionate and engaging medical experience for children. By integrating emotionally intelligent interaction, this project aims to transform the often-daunting atmosphere of clinical settings into one of comfort and active participation for young patients.

Innovating Pediatric Care with Empathy and Technology

The Genesis of Oneiro: Addressing Pediatric Anxiety in Medical Settings

Designer Jiumo Wang, alongside researchers from ShanghaiTech University and Fudan University's Eye and ENT Hospital, spearheaded the creation of Oneiro. This innovative healthcare design project endeavors to re-envision the pediatric medical journey through emotionally intelligent interaction. Specifically tailored for children aged four to thirteen afflicted with Obstructive Sleep Apnea (OSA), Oneiro seeks to mitigate the apprehension and stress frequently associated with procedures such as nasal endoscopy. Unveiled at Milan Design Week 2026, the project aims to transform pre-examination waiting times into moments of tranquility, empowerment, and creative engagement. Positioned as an early prototype for the AI companion hospital of 2050, the system explores how emotional support can be seamlessly woven into future clinical environments.

Oneiro's Core: An Interactive Device Fostering Calm Through Breath

Central to the Oneiro experience is an interactive device, ingeniously shaped like a conch shell. Before undergoing their medical examination, children are invited to gently blow into a disposable mouthpiece. As they exhale, their breath is visually translated into serene digital displays that gracefully evolve on a screen in real-time. This transformative interaction allows children to actively participate in their experience, using their own breathing to sculpt peaceful virtual landscapes, thereby replacing anxious waiting with engaging creation. The contact-free nature of the interaction ensures hygiene and ease of integration into hospital settings, effectively reducing pre-treatment stress.

Reframing Medical Apprehension: Oneiro's Impact at Milan Design Week

Showcased at Archivi Futuri in ZONAK, Isola, Oneiro was part of a broader discourse on the future of preservation, emotional memory, and technological evolution beyond 2050. Curated by Isola and Pietro Petrillo, the exhibition united international designers and studios exploring methods of archiving cultural production, emotions, and daily experiences through AI, craftsmanship, and sustainable design. Within this expansive context, Oneiro offered a nuanced perspective on healthcare technology, one deeply rooted in empathy, emotional resilience, and care-centric interaction.

Empowering Children: Psychological Needs and Emotional Resilience

Oneiro positions young patients as active collaborators in shaping their emotional journey, addressing three fundamental psychological requirements: fostering immediate feelings of security, promoting autonomy through predictable interactions, and cultivating long-term emotional resilience. By transforming the act of breathing into a creative medium, the design skillfully recontextualizes an action often linked with anxiety into one associated with tranquility and achievement. Jiumo Wang's vision is to provide crucial support to families navigating demanding hospital visits, simultaneously enhancing communication and building trust between medical professionals and young patients. The system lays the groundwork for a scalable model of emotionally responsive healthcare environments, where empathy is inherently integrated into the technological framework, rather than being an afterthought.

Future Horizons: AI Integration and Emotional Passports

Envisioning future applications, the innovative design student and the research team foresee the integration of AI-driven personalization and the development of a 'digital emotional passport.' This passport would serve to track a child's emotional trajectory across various medical encounters. Through this more compassionate approach to healthcare technology, Oneiro heralds a future where clinical spaces are defined by care, emotional intelligence, and deeply empathetic interactions.

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