For sustainable commercial architecture in India, the serious benchmark is no longer the certificate alone. It is the building’s ability to return a disciplined number after occupancy.
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Vertical Architecture
With the rapid increase of urban density in our cities and land being a major constraint there is a need to look out for solutions that allow our cities to expand and not implode.Sustainability
Socio-Cultural Manifestation in Built Form- Kerala
Sustainability has been the core concept in most well-conceived, upcoming projects in India. In the modern context, the methods to achieve it are validated by computer simulations to optimize the atmosphere in buildings.Sustainability
Making House a “Home”
The idea of what makes a “house” a “home” is at the center of the discourse on residential architecture.Sustainability
Delhi Architecture: Weaving the Past with Present
Place influences architecture and in return, architecture influences how we remember a specific “place.”Sustainability
PLEA 2017 Edinburgh: The Practice of Architecture in the Tropics
Architecture in some of the densest cities in India (and the world) demands highly conscious spatial consumption with office design standards reaching efficiencies as low as 50sq.ft./person.Sustainability
Paper presented @PLEA 2016- Courtyards as Semi-Outdoor Learning Spaces
“Well planned play, both indoor and outdoor is a key way in which children learn with enjoyment and challenge.”Sustainability
Redefining Luxury Through Sustainability
Sustainability and luxury have long been viewed as incompatible ideals—one representing restraint, the other abundance. But today’s discerning consumers and forward-thinking architects are proving otherwise. This article explores how sustainability is not a compromise in luxury, but rather an evolution of it—redefining what it means to build and live beautifully and responsibly.Sustainability
College and institutional building design: Key things to incorporate in educational buildings
Over the past few decades, we have witnessed a transformative change in the approach to education. Evolved and improved education systems, world over, are making learning a more interactive and dynamic process. In tune with these changes, institutional architecture has also transformed, to provide the right motif for the needs and aspiration of twenty-first-century students.Architecture
Biomimicry in Architecture: Understanding Its Origins, Applications, and Impact
Biomimicry in architecture bridges the intelligence of natural design with human ingenuity. This article explores biomimicry’s origins, principles, and real-world applications, revealing how nature-inspired design is reshaping architectural practice for a resilient, resource-conscious future. In an era defined by ecological urgency and technological possibility, biomimicry has emerged as one of architecture’s most profound design philosophies — one that looks not to impose upon nature, but to learn from it. Rather than treating the natural world as a resource to be extracted, biomimicry recognizes it as a master architect — a repository of time-tested systems, materials, and structures honed over billions of years of evolution. By translating these biological insights into architectural form, designers can create buildings that are self-regulating, adaptive, and intrinsically sustainable. The following sections explore the origins, principles, and transformative potential of biomimicry in architecture — tracing its journey from conceptual roots to real-world applications that are redefining the future of the built environment.Architecture
The Quintessential Elements of Vastu Shastra: An Exploration of the Pancha Bhootas
Explore the role of the Pancha Bhootas in Vastu Shastra, from understanding the five elements to balancing them within daily life. This guide highlights their significance, practical tips for harmony at home, and the lasting benefits of elemental alignment. Vastu Shastra, the ancient Indian science of architecture, is founded on the harmonious balance of the five elements, known as the Pancha Bhootas – Earth (Prithvi), Water (Jal), Fire (Agni), Air (Vayu), and Space (Akasha). These elements shape the flow of energy within a space, influencing health, prosperity, and overall well-being. The principles of Vastu aim to align human dwellings with the Pancha Bhootas, creating environments that support balance, positivity, and growth. Understanding these elements, along with their associated directions, is essential to grasping the true essence of this timeless practice.Architecture
India’s Concrete Surge: Transforming Buildings into Cities
Why intent-driven design -not just speed – is the only viable path through India’s unprecedented urban expansion. India is undergoing the fastest urban build-out in human history. By 2040, an estimated 70% of the infrastructure that Indians will inhabit does not yet exist – a staggering projection from McKinsey. This isn’t just a statistic – it’s an ethical and professional challenge. If our response is to simply build faster, we risk reproducing the same urban failures at greater scale. But if we use this moment to design with foresight, the opportunity is nothing less than a reinvention of the Indian city.Architecture
The Connection Between Art and Architecture
How two distinct disciplines coalesce to shape space, culture, and human experience Architecture and art have long shared a fertile boundary – each rooted in expression, but oriented toward different ends. Art speaks to the emotions, provokes thought, and reflects identity; architecture, while equally expressive, must also respond to context, climate, material, and human need. Yet when the two converge, they create more than just buildings or objects – they generate meaning. This article explores the dynamic relationship between art and architecture, unpacking their differences, intersections, and mutual evolution. From historical lineage to sustainable futures, we examine how form and function collaborate to shape spaces that are not only inhabited but felt.Architecture
The History and Evolution of Architecture in India
From ancient temples to sustainable smart cities, we trace the rich architectural journey of India — revealing how tradition, technology, and cultural exchange have shaped the country’s built environment across centuries. Indian architecture is not merely a reflection of its built forms—it is the narrative of an ancient civilisation told through stone, wood, brick, and mortar. Spanning over 5,000 years, from the ingenious urban planning of the Indus Valley to the steel-and-glass towers of modern metropolises, Indian architecture has evolved in dialogue with religion, politics, culture, and climate. What makes this evolution exceptional is not just its timeline but its plurality—where cave temples and Mughal domes coexist with Art Deco bungalows and Brutalist institutions. This article explores the history and evolution of architecture in India, exploring the key architectural styles and types that have emerged over centuries. This content will highlight iconic architectural landmarks, types of Indian architecture and renowned buildings in India, giving readers insights into the contributions of Indian architecture firms and the cultural influences that shaped these structures.Architecture
Designing for Clean Air: How Passive Architecture Mitigates India’s Air Pollution Crisis
Air pollution has emerged as a formidable threat to public health and urban sustainability in India. The Air Quality Life Index (AQLI), developed by the University of Chicago’s Energy Policy Institute, quantifies this impact starkly—Indians lose an average of 5.3 years of life expectancy due to persistent exposure to polluted air. In the National Capital Region of Delhi, where pollution levels routinely exceed safe limits, this figure approaches 12 years. These are not abstract numbers; they reflect a tangible deterioration in the quality and longevity of life, directly attributable to the air we breathe. This crisis is not confined to metropolitan regions. Rural India, too, is encumbered by air quality degradation resulting from a confluence of biomass combustion, vehicular exhaust, industrial emissions, and atmospheric dust. While regulatory frameworks and technological interventions are crucial, the built environment—which directly shapes air movement, energy consumption, and thermal dynamics—remains a critically underutilized tool in this battle.Architecture
Beyond Buildings: Architecture as a Catalyst for Sustainability
Explore the different ways in which architecture can go beyond just reducing environmental harm to actively driving sustainability across economic, environmental, and social fronts. Discover real-world case studies from Morphogenesis that align with key UN Sustainable Development Goals (SDGs), covering net-zero workplaces, adaptive reuse, and context-driven educational campuses.Sustainability