Architectural Cases

Cycle&Cycle Stone-Oven Bakery Restaurant: A Harmonious Blend of History and Modernity

The Cycle&Cycle Stone-oven Bakery Restaurant in Shaoxing, China, represents a remarkable transformation of a historic rural auditorium into a vibrant culinary space. This architectural project exemplifies adaptive reuse, preserving the building's historical essence while infusing it with contemporary design and functionality.

Savoring History: A Culinary Journey in a Reimagined Space

From Historical Landmark to Modern Culinary Hub: The Evolution of a Rural Auditorium

The site of the Cycle&Cycle Stone-oven Bakery Restaurant is situated amidst bamboo groves and agricultural fields in the western mountainous region of Shangwang Village, Shaoxing, Zhejiang Province. This building, originally erected in the 1970s, served as a rural auditorium, uniquely tied to a specific historical event—Nixon's visit to China. Its distinct past contributes significantly to its character and identity.

A Phased Transformation: Bringing a Vision to Life

In 2022, Cycle&Cycle obtained the rights to this historical building, initiating a journey of renovation and reimagining. The initial phases of updating the building's structure and its surrounding landscape were overseen by FANAF. However, the project encountered a temporary halt due to shifts in the broader environmental context. The revitalization gained momentum in 2025 when the brand decided to convert the space into a rural stone-kiln workshop, with Tens Atelier entrusted with the interior redesign. This marked a new chapter in the building's storied existence, blending its historical roots with a fresh, culinary purpose.

Shand Road: Redefining Medium-Density Housing in Melbourne's Suburbs

Ys Housing's pioneering Shand Road initiative introduces a sophisticated approach to urban infill housing within Melbourne's suburban expanse. This development features four meticulously designed townhouses, offering two or three bedrooms each, situated on a standard 15-meter wide plot. The project serves as a scalable model for similar residential blocks, emphasizing superior architectural quality, environmental efficiency, and cost-effectiveness. By integrating the roles of architect and developer, Ys Housing delivers thoughtfully conceived homes that are more accessible than bespoke designs, yet transcend the limitations of conventional volume-built properties.

The Shand Road project is strategically located in Reservoir, Australia, aiming to address the growing demand for well-designed, yet attainable, housing options. The development comprises four distinct units, each designed to maximize natural light and ventilation, and optimize internal living spaces. This thoughtful design approach reflects Ys Housing’s commitment to creating livable communities that enhance the suburban fabric rather than merely occupying space. The project’s completion date is anticipated in 2025, marking a significant milestone in sustainable and affordable urban development.

A key aspect of Shand Road's success lies in its innovative integrated model, where Ys Housing operates as both the architectural firm and the developer. This dual role allows for seamless coordination between design, cost management, and construction delivery. Such a collaborative framework ensures that critical decisions prioritize both aesthetic appeal and practical considerations, leading to homes that are not only visually appealing but also highly functional and energy-efficient. This integrated approach also streamlines the development process, reducing potential delays and cost overruns often associated with traditional construction models.

Environmental performance is a cornerstone of the Shand Road project. The townhouses incorporate sustainable design principles and materials, contributing to reduced energy consumption and a lower carbon footprint. Features such as efficient insulation, strategic window placement for passive heating and cooling, and potentially renewable energy sources are integral to the homes' design. The emphasis on sustainability ensures that residents benefit from lower utility costs and a healthier living environment, aligning with contemporary environmental standards and future-proofing the properties.

The project’s commitment to affordability distinguishes it within the current housing market. By controlling both design and development, Ys Housing can offer high-quality homes at more competitive prices, making sophisticated architecture accessible to a broader demographic. This focus on value without compromising on quality or environmental integrity positions Shand Road as a benchmark for future medium-density housing projects. The design team, led by Milly Gamlin, and collaborators like builder Fornido and landscape architect nohLa, have collectively brought this vision to fruition.

Ultimately, Shand Road by Ys Housing redefines suburban living by providing a sustainable, affordable, and aesthetically pleasing alternative to traditional housing. Its thoughtful design and integrated development model set a new standard for medium-density infill projects, promising a future where well-designed homes are within reach for more Australian families. The project’s success will undoubtedly inspire similar developments, fostering a new era of urban housing that balances quality, cost, and environmental responsibility.

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Cutting-Edge Biomedical Research Facility Unveiled at USP Ribeirão Preto

The Center for Biomedical Research at the Faculty of Medical and Dental Sciences (FMRP) of the University of São Paulo (USP), designed by Biselli Katchborian Arquitetos, embodies a forward-thinking approach to scientific infrastructure. This state-of-the-art facility is the result of a comprehensive reassessment of an initial design, meticulously tailored to meet the evolving and complex demands of contemporary biomedical research.

Innovation in Biomedical Research: A New Horizon for Scientific Discovery

Crafting a Vision for Advanced Biomedical Research at USP

The genesis of the Biomedical Sciences Research Center at USP's Ribeirão Preto Medical School involved a thorough reevaluation of its foundational design. Biselli Katchborian Arquitetos embarked on this ambitious project by engaging in close collaboration with the end-users, meticulously dissecting the intricate needs of scientific investigation. This partnership ensured that the architectural blueprint was not merely aesthetically pleasing but also profoundly functional, catering specifically to the rigorous requirements of a cutting-edge research environment.

Architectural Excellence Meeting Scientific Demands: A Collaborative Design Journey

The architects initiated a comprehensive feasibility study, working hand-in-hand with the future occupants to understand their precise needs. This interactive process was crucial in shaping a program that seamlessly integrates specialized laboratories, quiet study areas for focused work, robust support facilities, and a meticulously controlled bioterium. The resulting design is a testament to thoughtful planning, where every space is optimized for both operational efficiency and adherence to stringent scientific protocols.

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