Touted as the new era in construction, Building Information Modeling (BIM) has captured global attention with its promise of seamless coordination, trimmed budgets, and newfound efficiencies. Yet in India's construction landscape, the adoption of technology tells a more nuanced story about cultural barriers and technical limitations.
"The bigger barrier isn't the technology but rather the planning culture," explains Rahul Bahl Managing Director of Krishna Buildestates Pvt Ltd, highlighting what may be BIM's most fundamental challenge in India. "BIM requires that every detail be finalized before construction begins, from electrical switch locations to final finishes. In India, we often break ground with just the shell resolved and spend the next several months value-engineering as we go."
Heritage preservation and economic viability have long been treated as competing priorities in urban development. Architects typically face a stark choice - to design for community continuity or design for financial returns. Contemporary projects in Mumbai render this binary false. Through strategic programming, material choices, and spatial organization, architects enable buildings to generate sustainable revenue while strengthening, rather than displacing, existing communities.
Immersive Resilience Garden / Changyeob Lee + Studio ReBuild. Image Courtesy of Studio ReBuild
The concrete canyon of Melbourne's Degraves Street was once a stark service corridor in functional obscurity. Today, the narrow laneway now pulses with life beyond its famous café. Native grasses cascade from carefully positioned planters while small shrubs create cooling microclimates. Challenging traditional ecological design models, community-led approaches to biodiversity invite a reimagining of how architects, planners, and communities collaborate to develop biodiverse urban futures.
In 1982, at a conference on earth building in Tucson, Arizona, an unusual presentation challenged everything architects thought they knew about rural resources. Instead of focusing on construction techniques, the presenter, architect Pliny Fisk III, spread out a series of hand-drawn maps that revealed something extraordinary - rural Texas wasn't resource-poor, as conventional wisdom suggested, but material-rich beyond imagination. The maps showed volcanic ash perfect for lightweight concrete, caliche deposits stretching across vast territories, and mesquite forests that could supply both hardwood flooring and insulation. The revelation redefined prevailing notions of value in architecture.
Buildings are physical, static, and permanent. To imagine them otherwise often requires some creative thinking. The industry has operated with this strong association between structures and permanence, unknowingly constraining perspectives on building life cycles. Innovations in building materials have opened up avenues for cirular design that challenge the long-held notion that buildings must endure indefinitely. Emerging approaches promote architecture that ebbs and flows with nature.
Kampung Admiralty / Ramboll Studio Dreiseitl + WOHA. Image Courtesy of WOHA
Ebenezer Howard's verdant visions for cities have spread eastwards, far beyond his British roots. In the 1900s, city planning welcomed the Garden City Movement as a champion of good design - a response to Western industrial urbanization. Soon, Asian cities conceived their archetypes, juggling local constraints in climate and density. Designs and development, from colonial-era experiments to contemporary mega-projects, have embraced and reinvented Howard's vision well into the 21st century.
In India, brick as a construction material holds memory, meaning, and modernity. From the aligned fired bricks of the Indus Valley Civilization to the intricate brick jaalis that decorate homes, public buildings, and landmarks, the material's legacy is deeply embedded within the subcontinent's architectural identity. Yet no one has shaped the narrative of brick in modern Indian architecture more eloquently than Laurie Baker.
The future of the architecture industry holds countless possibilities, as research in the domain progresses. One innovation is the ability for structures to be rendered acoustically invisible, absorb earthquake energy, or harvest electricity from the sounds around them. Qualities of this nature can help redefine the functionality and sustainability of buildings. Architects and scientists are at the forefront of this creation. What makes this possible are metamaterials that could offer alternative methods of designing good buildings.
Adaptive reuse has become a buzzword in the architecture industry. Framed as a sustainable and economical solution to urban decay, the practice has been adopted by cities facing pressures of climate change, real estate constraints, and cultural preservation. Architects are increasingly being hired to rehabilitate the old rather than build anew. Within this discourse is a growing sentiment towards who gets to reuse and how.
In the United States, nearly 1 in 10 children are affected with asthma, a condition with rates significantly higher in urban areas of the country. However, in a community just outside Atlanta with a population of more than 300 children, not a single case of the condition has been reported. This is by design. Most cities and neighborhoods across the country are not designed with human biology in mind, an oversight that contributes to the growing prevalence of cardiovascular disease and mental health challenges. Are we treating chronic conditions as purely medical, when they may actually be symptoms of poor design?
"The limits of our design language are the limits of our design thinking". Patrik Schumacher's statement subtly hints at a shift occurring in the built environment, moving beyond technological integration to embrace intelligence in the spaces and cities we occupy. The future proposes a possibility of buildings serving functions beyond housing human activity to actively participate in shaping urban life.
Architecture holds power beyond the creation of buildings - it is a practice that shapes how people live, interact, and thrive within their communities. Architecture can also be a tool for social innovation. Through an understanding of human-centered processes, participatory design, and social sciences, practitioners can address societal challenges such as loneliness, inequality, and public health to equip spaces as vehicles for social equity and engagement. Architecture's role in shaping the future of communities is a direct response to human needs and activated social change.
There is a renewed interest in how food is produced and how its creation affects the well-being of both the land and the communities it supports. A similar shift is occurring in architecture, where material culture is emerging as the backbone of design innovation. LEVER Architecture exemplifies this movement with its pioneering "forest-to-frame" model, an approach that reimagines architecture not as an extractive process, but as a regenerative force with positive impacts that extend well beyond the boundaries of any individual building site.
Traditional building development follows a risky model - design, build at full scale, and hope everything works as planned. Sustainable housing prototypes flip this script by creating functioning micro-versions of larger visions. This methodical approach allows designers to experiment with new materials, technologies, and systems without the enormous financial and environmental risks associated with full-scale development. Sustainable building prototypes serve as compact laboratories where theories can be tested before wider implementation.
Concrete towers dominate the skylines of Asian and African cities - looming edifices embodying development. With access to the tools and materials of industrial modernity, the Global South steps onto the world stage showcasing its bounty. Yet, at the depths of rising ambitions, the construction material speaks to colonial legacies and extractive economics that result in power imbalances in the geopolitical sphere. A climate crisis on the horizon only intensifies the complicated relationship between building materials, sustainability demands, and sovereignty of many countries.
The term "biophilia" understandably conjures images of buildings engulfed by vegetation and integrated into natural landscapes. In modern architectural discourse, the concept has come to be associated with the incorporation of greenery into built environments, yet such applications represent only a sliver of biophilic design's true scope. Inarguably, nature plays a central role in biophilic design. However, its influence stretches to often-overlooked strategies that involve spatial configuration and environmental patterning. "Invisible" biophilia frequently leads to positive health outcomes for occupants, working impactfully beneath the surface.
India finds itself a watershed moment with its urban evolution. With the United Nations projecting urbanization to reach 68% by 2050, the country's metropolitan regions needs to adapt to increasing populations while maintaining equity and quality of life. India's urban population is expected to exceed 600 million by 2030, drawing attention to both urban density and sprawl. As an emerging player in the domain of high-rise development, India is restructuring how it engages with urban growth by shifting from horizontal sprawl to vertical expansion.
Beyond aesthetics, the design of our workplaces directly impacts our health. Studies reveal a clear link between poor light quality and limited access to natural views with increased sick leave. Smoke-free policies have been demonstrably effective, reducing smoking prevalence by 3.8% and lowering tobacco consumption by a significant 3.1 cigarettes per day for continuing smokers. Workplaces can either support wellbeing or be a detriment to it. Conscious office design can blend aspects of health in spaces to cultivate physical, mental, and social well-being.
