Architectural Cases

Single-Family Home Transformed into Dual Residences by Bruna Studio in Germany

In Germany, a country with approximately 13.5 million single-family homes often under-occupied by fewer than two residents, a significant housing deficit of around 1.4 million units persists. This context highlights an opportunity for transformative architectural interventions that prioritize sustainability and efficiency over resource-intensive new builds. The conversion of existing large homes into multiple residential units presents a viable and impactful solution to this national challenge.

Bruna Studio's Innovative Residential Transformation in 2025

In 2025, Bruna Studio embarked on a noteworthy architectural endeavor in Germany, undertaking the conversion of a single-family house into two distinct residential units. Spearheaded by lead architects Lea Mittelberger, Lisa Hempfer, Janna Radlow, and Johanna Herzog, the project, spanning 320 square meters, showcases a forward-thinking approach to addressing contemporary housing needs. The renovation meticulously re-imagines the internal layout, carving out separate living quarters while preserving the inherent architectural integrity of the original structure. This ingenious adaptation not only contributes to alleviating Germany's housing shortage but also sets a precedent for sustainable urban development by repurposing existing buildings rather than relying on new constructions. The design harmoniously blends functional living spaces with a respect for the dwelling's heritage, offering a compelling model for future residential transformations.

This pioneering project by Bruna Studio serves as an inspiring example of how architectural innovation can meet societal demands. It underscores the potential for adapting existing housing stock to create more residential options, thereby fostering more efficient land use and reducing environmental impact. Such initiatives not only alleviate housing pressure but also promote a more sustainable future for urban environments.

Digital Heritage: Redefining Architectural Experience and Preservation

The field of architectural heritage is undergoing a profound transformation with the advent of digital technologies. Projects like the 'Digital Ajanta' initiative are pioneering new ways to preserve, interpret, and experience historical sites, pushing the boundaries of traditional conservation methods. This shift allows for unprecedented access to fragile monuments and raises critical questions about the interplay between physical presence and virtual immersion in understanding our past.

Bridging Time and Space: The Digital Frontier of Heritage

Embracing Virtual Exploration: The 'Digital Ajanta' Initiative

Imagine stepping into an ancient cave without leaving your home. This is the reality being crafted by the 'Digital Ajanta' project, which employs cutting-edge 3D scanning, filming, and virtual reality to create an immersive digital replica of the famed Ajanta Caves in Maharashtra, India. This technological marvel allows individuals from across the globe to navigate and experience the intricate details of these rock-cut wonders, offering a novel perspective on architectural engagement that transcends geographical limitations.

From Physical Site to Digital Realm: Redefining Architectural Experience

Traditionally, the essence of architectural experience is rooted in physical interaction—the interplay of movement, scale, sequence, and sensory perception within a built environment. However, digital advancements are challenging this notion. When a historically significant structure can be meticulously recreated in a virtual space, complete with its textures and spatial relationships, the digital representation evolves from a mere archive into an interactive environment. This development prompts a re-evaluation of how we understand and connect with architectural heritage when the physical presence is substituted with a meticulously crafted digital counterpart.

The Power of Digital Documentation: Beyond Simple Archiving

Digitalization offers a robust solution for safeguarding vulnerable historical locations, making them accessible to a broader audience, and establishing invaluable records for scholarly pursuits. The ability to move through a digital cave, absorbing its surfaces and spatial narrative, elevates the digital record beyond simple documentation. It transforms it into an experiential realm. While conventional surveys aim to describe a building for comprehension, a navigable digital model enables entry into the structure, creating an environment that is both informative and immersive.

Crafting Virtual Worlds: The Art of Digital Replication

Once a digital model becomes navigable, it necessitates deliberate design choices that differ from conventional archiving. Decisions must be made regarding visitor pathways, visible elements, and areas of focus, imbuing the digital site with its own distinct spatial logic. For instance, the 'Virtual Avebury' project meticulously recreated a Neolithic landscape, complete with its original appearance and soundscape from 2300 BCE. This simulation allowed researchers to assess how exploration, interaction, and sensory input influenced visitors' sense of place, revealing that a higher degree of perceived believability strengthened this connection.

Navigating Authenticity: When Reconstruction Becomes Interpretation

The complexity intensifies when digital environments depict not only existing conditions but also elements that have been damaged, modified, or lost. The Ajanta Caves exemplify this challenge, as their historical significance lies in the symbiotic relationship between rock-cut architecture, sculpture, and mural painting. While digital preservation can capture existing states with remarkable precision, reconstruction inherently involves interpretation. A scanned surface provides factual evidence, whereas a reconstructed surface offers a hypothesis of past conditions. When both are presented with similar visual fidelity, distinguishing between evidence and interpretation becomes a significant challenge for the viewer.

The Unique Identity of the Digital Heritage Site

A virtual environment does not need to entirely replace its physical counterpart to offer a meaningful spatial experience. 'Digital Ajanta' provides an alternative means for those unable to visit Maharashtra to engage with the caves, an experience detached from the physical site yet structured by its spatial information. This virtual encounter, however, does not equate to a physical visit; the tactile sensations, environmental nuances, and physical constraints of the actual caves cannot be fully replicated. Nevertheless, the digital realm offers unique advantages, such as making inaccessible areas navigable, altering viewpoints, and consolidating diverse interpretive information.

The Evolving Role of the Original in a Digitized World

The emergence of digital counterparts redefines our understanding of access to fragile heritage sites. 'Digital Ajanta' functions as both a preservation initiative and a means of global outreach. While digital access currently complements, rather than replaces, physical visitation, extending reach without claiming to replicate every facet of the original, its influence is growing. As similar projects expand to sites like Ellora and Dwaraka, the challenge of translating diverse historical conditions, including fragmented or contested interpretations, into coherent digital environments will become increasingly vital. If these digital reconstructions become primary sources for understanding the past, they will transform from mere records into dynamic platforms for knowledge acquisition, forever altering our relationship with historical places.

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VISTA Science Experience Center: A Fusion of Research, Nature, and Public Engagement

The VISTA Science Experience Center represents a harmonious blend of architectural innovation and natural integration. Situated within the tranquil parklands of the Institute of Science and Technology Austria (ISTA), this facility transcends the conventional, acting as a vibrant nexus where advanced research, picturesque landscapes, and communal engagement converge. Its design, characterized by a visually striking reflective roof, ensures that the structure complements rather than dominates its verdant surroundings, inviting both scientific exploration and public appreciation.

VISTA Science Experience Center: A New Landmark in Klosterneuburg, Austria

In the picturesque region of Klosterneuburg, Austria, the VISTA Science Experience Center, an architectural marvel by STUDIO MAKS in collaboration with Bollinger + Grohmann, officially opened its doors in 2026. This impressive 1500-square-meter facility is more than just a building; it's a carefully conceived environment aimed at fostering a deeper connection between the public and scientific endeavors. Lead architects Marieke Kums and Marlene Scheuringer spearheaded a design team that included Gautam Tanwar, Mikel Marin, Amelie Mantovani, Marina Bruno, Hey-mi Lee, Julius Roozen, and Chaomin Chen. Their collective vision brought to life a structure that gracefully rises from the ISTA campus park, its reflective surfaces echoing the sky and surrounding greenery. The center's construction involved a diverse team of specialists, including structural, environmental sustainability, and acoustic engineers from Bollinger + Grohmann, MEP and electrical engineering by In Plan Ingenieure GmbH, and landscape architecture by Landschaftsarchitektur Batik OG. VIVIT Immo GmbH managed the project, ensuring its successful completion, while Ing. A. Sauritschnig Alu-Stahl-Glas GmbH served as the general contractor. Noteworthy manufacturers like Guardian Glass and Sika contributed to the center's sophisticated material palette, featuring prominent use of glass. This collaborative effort has resulted in a landmark that not only facilitates scientific discovery but also serves as a vibrant community space, beautifully captured through the lenses of photographers Iwan Baan, kunst-dokumentation, and Lorenzo Seidler.

The creation of the VISTA Science Experience Center underscores a growing trend in architectural design: the deliberate integration of scientific institutions with their natural and community contexts. This project serves as an inspiring blueprint for future developments, demonstrating how thoughtful design can transform a research facility into an accessible public forum. It challenges us to consider how architecture can break down barriers between specialized fields and everyday life, encouraging curiosity and learning among a broader audience. The VISTA Center is a testament to the power of design to not only house knowledge but also to share and celebrate it, fostering a more informed and engaged society.

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