Architectural Cases

In the vibrant urban landscape of Dong Nai, Vietnam, Atelier TAs has unveiled 'The Gap House,' a groundbreaking residential project completed in 2025. This innovative 107 square meter dwelling is uniquely situated at the junction of two narrow alleys, an atypical scenario within the region's prevalent tube-house typology. The design thoughtfully leverages its dual open facades to optimize natural light and airflow, simultaneously implementing strategic visual barriers to maintain resident privacy. In an era where urban density continually escalates, and structures increasingly encroach upon one another, domestic environments often become restrictive. 'The Gap House' transcends the conventional definition of shelter, evolving into a sanctuary that carves out 'voids'—spaces designed to facilitate genuine breathing and foster a sense of openness. This core concept of creating intentional voids was the foundational principle guiding its architectural form, marking a significant step forward in responsive urban residential design.

The Gap House: A Beacon of Openness in Urban Dong Nai

In 2025, in the bustling city of Dong Nai, Vietnam, the innovative architecture firm Atelier TAs completed 'The Gap House,' a 107 square meter residential marvel. Architect Tuan Anh Ngo led the visionary project, which thoughtfully transforms a modest 5x20 meter plot located at the intersection of two narrow urban passages. This distinctive positioning allowed for an unconventional design approach, moving beyond the typical constraints of Vietnamese tube houses. The structure's most striking feature is its utilization of two open facades, a rarity that significantly enhances natural light penetration and cross-ventilation throughout the home. However, this openness was carefully balanced with an intricate design of sightlines, ensuring that residents enjoy abundant natural elements without compromising their privacy. The architectural philosophy was rooted in the concept of creating 'voids'—deliberate open spaces that offer a profound sense of breathability and freedom within the dwelling. This approach counters the often-confining nature of high-density urban living, providing a refreshing oasis where inhabitants can truly connect with their environment. The photographic documentation by Quang Dam beautifully captures the interplay of light, space, and privacy that defines this unique residence.

The creation of 'The Gap House' by Atelier TAs serves as a compelling reminder of how thoughtful architectural design can elevate the quality of life in congested urban settings. It demonstrates that even within limited footprints, innovative solutions can transform living spaces into havens of light, air, and tranquility. This project inspires us to reconsider our relationship with our built environment, urging architects and urban planners to prioritize human well-being by designing for sensory comfort and psychological openness. It is a powerful example that small interventions can lead to significant improvements in urban dwelling, fostering environments where people can not only live but truly thrive and 'breathe' amidst the urban sprawl.

In Istanbul's lively Kadıköy district, Tabanlioglu Architects have unveiled the Kadıköy Terminal, a significant architectural endeavor completed in 2025. This expansive 26,575-square-meter project is conceived as a dynamic hub, seamlessly integrating various functions including dining establishments, cultural venues, and retail spaces. It is designed to resonate with Kadıköy's inclusive and democratic spirit, enhancing the district's reputation as a vital cultural and recreational center on the Anatolian side of the city.

Kadıköy, situated directly opposite Istanbul's historic peninsula, has long been celebrated for its diverse community and vibrant urban life. With a population nearing half a million, the district plays a crucial role in the city's social and cultural landscape. The architects' vision for Terminal Kadıköy was to create a space that not only accommodates but also amplifies this inherent dynamism, offering residents and visitors a contemporary destination that reflects the area's unique character.

The architectural firm, Tabanlioglu Architects, led by prominent figures such as Melkan Gürsel, meticulously planned the terminal to ensure its functional diversity. The project team, including Salih Yılgörür, Can Turan, and others, focused on crafting an environment that encourages interaction and engagement. The interior design, a collaborative effort between TA_Tabanlioglu Architects and Autoban (7DE7), contributes to the terminal's modern aesthetic and inviting ambiance.

The engineering aspects were handled by a team of specialized consultants: Okutan Engineering for mechanical systems, Mertebe Engineering for structural integrity, and Yurdakul Engineering for electrical installations. Acoustic considerations were addressed by Mezzo Engineering, while 1/1 Landscape + Architecture oversaw the landscape design. Line LD managed the lighting design, and Elsa and Hartek were responsible for infrastructure and traffic solutions, respectively. Fire safety was a key concern, managed by Etik Engineering, ensuring the facility meets all necessary safety standards.

The choice of materials—wood, steel, and concrete—reflects a commitment to both durability and aesthetic appeal, complementing the urban context of Kadıköy. These materials contribute to the terminal’s contemporary yet enduring presence within the district. The project is set to become a landmark, symbolizing the ongoing evolution of Istanbul’s urban fabric and its continuous embrace of modernity while respecting its rich historical context.

The Kadıköy Terminal project exemplifies a sophisticated approach to urban development, combining aesthetic excellence with practical functionality. It stands as a testament to thoughtful architectural planning, aiming to enrich the communal life of Istanbul's Anatolian shore by offering a multifaceted public space that caters to a wide range of activities and fosters a sense of belonging among its users.