Architecture News

"ONRAMP 8" is a comprehensive publication that spotlights the culminating academic achievements of SCI-Arc's undergraduate, graduate, and postgraduate students from the 2024–25 academic cycle. Under the editorial guidance of Marcelyn Gow and the directorship of Winka Dubbeldam, this volume presents a broad spectrum of projects that tackle pressing contemporary issues such as climate change resilience, the incorporation of artificial intelligence, cutting-edge fabrication methods, and novel material applications in architectural design. This collection exemplifies the school's dynamic and experimental studio environment.

These featured projects not only serve as a testament to SCI-Arc's deep-rooted commitment to rigorous critical inquiry and technological innovation but also demonstrate a forward-thinking approach to speculative design. The publication's rich illustrations and methodical organization establish it as an essential academic archive. More than just a record, "ONRAMP 8" functions as a pivotal survey, offering profound insights into the evolving landscape of architectural thought and practice, and setting the stage for future developments in the field.

The work presented in "ONRAMP 8" represents a vital contribution to architectural discourse, highlighting how emerging talents are grappling with complex challenges and proposing visionary solutions. It underscores the importance of interdisciplinary approaches and continuous experimentation in shaping the built environment of tomorrow. This publication ultimately inspires and encourages the pursuit of innovative and responsible design practices, fostering a new generation of architects dedicated to making meaningful impacts.

A groundbreaking publication, 'Mycology for Architecture,' investigates the profound influence of mycelium, the interconnected fungal root network, on contemporary architectural design. This book highlights mycelium's potential to transform construction into a field that is not only environmentally friendly but also regenerative, adaptable, and deeply intertwined with natural ecosystems. It gathers insights from leading researchers, practitioners, and educators to demonstrate how this living matter is fundamentally altering our approach to conceiving, fabricating, and inhabiting the built world.

The book is structured into three main sections, each addressing a critical aspect of mycelium's integration into architecture. Initially, it positions mycelium as a viable alternative to conventional building materials, showcasing its diverse applications—from structural components like bricks and exterior finishes to sophisticated adaptive structures and even habitats for outer space. Following this, the second part explores the methodologies and practical considerations involved in working with living fungi, covering everything from detailed laboratory procedures and workshop formats to experimental educational approaches that challenge established architectural pedagogy. The final section then presents cutting-edge fabrication strategies that push the boundaries of mycelium composites, aiming for sustainable and scalable solutions for future construction.

This innovative research not only opens new avenues for architectural design but also emphasizes a crucial shift towards biomimicry and ecological consciousness. By integrating fungal biology into construction, the field of architecture is poised to develop structures that actively contribute to environmental health, fostering a built environment that lives in harmony with nature and offers resilient, future-proof solutions for global challenges.