THE ROTATING GREENSTHE ROTATING GREENS

THE ROTATING GREENS

UNI Editorial
UNI Editorial published Results under Conceptual Architecture, Architecture, Sustainable Design on

Located in GIFT City, Gandhinagar, a rapidly emerging global financial and IT hub, The Rotating Greens proposes a forward-thinking approach to sustainable high-rise architecture. Designed by Smit Ramani, this shortlisted entry in the Commercial ‘20 category reimagines the conventional commercial tower by integrating ecological sensitivity, spatial efficiency, and programmatic diversity into a single vertical ecosystem.

At its core, the project responds to the increasing demand for mixed-use developments in dense urban environments. The building accommodates a wide range of functions including administration areas, co-working spaces, service offices, recreational zones, and residential accommodation. Instead of treating these programs as isolated layers, the design interweaves them through a carefully articulated spatial strategy that promotes interaction, flexibility, and environmental performance.

Multi-level green void fostering interaction and informal workspaces within the tower.
Multi-level green void fostering interaction and informal workspaces within the tower.
Central landscaped courtyard integrating nature into the vertical workspace.
Central landscaped courtyard integrating nature into the vertical workspace.

The conceptual development begins with a maximum volumetric envelope derived from site constraints and urban context. This initial mass is then strategically carved to introduce voids across different levels. These voids are not arbitrary but are placed based on functional requirements, daylight access, and cross-ventilation needs. The resulting form breaks the monotony of a typical high-rise and establishes a dynamic relationship between built and unbuilt space.

These carved volumes evolve into the defining feature of the project: rotating green terraces distributed vertically throughout the tower. Acting as semi-open spaces, these terraces function as social condensers where users can engage, relax, and reconnect with nature. The integration of landscape within the building enhances thermal comfort, reduces heat gain, and improves indoor air quality, aligning with key principles of sustainable high-rise architecture.

The spatial organization of the building is structured through a central service core that ensures efficient circulation and service distribution. Passenger lifts, service lifts, fire staircases, and utility ducts are consolidated to optimize usable floor area while maintaining safety and operational clarity. The structural grid further reinforces this efficiency, allowing flexibility in interior layouts and accommodating the diverse programmatic needs of the building.

Zoning within the tower is clearly defined yet visually interconnected. Lower levels house public and semi-public functions such as recreation and co-working, fostering accessibility and engagement. Mid-levels are dedicated to service offices and administrative functions, while upper levels accommodate residential units, offering privacy and panoramic views. Refuge areas and service floors are integrated seamlessly to comply with safety regulations without disrupting spatial continuity.

Biophilic terraces creating calm, collaborative environments across levels.
Biophilic terraces creating calm, collaborative environments across levels.

The ground plane extends the architectural language of the tower into the site. The site plan reveals a thoughtfully designed landscape with pedestrian pathways, green buffers, and organized vehicular circulation. The building sits as a central node within this layout, establishing a strong visual and functional anchor in the urban fabric of GIFT City.

Interior visualizations highlight the experiential quality of the green voids. These spaces are designed as multi-level gardens with seating, water features, and shaded areas, encouraging informal interaction and providing relief from the intensity of a commercial environment. The interplay of light, vegetation, and open volumes creates a spatial rhythm that enhances user well-being and productivity.

Materiality and form remain intentionally restrained, allowing the spatial strategy and green interventions to take precedence. The clean façade articulation emphasizes horizontal layering while the voids introduce depth and variation, resulting in a visually balanced yet distinctive high-rise.

The Rotating Greens ultimately positions itself as more than a commercial building. It is a prototype for future urban development where sustainability is not an add-on but an integral design driver. By merging architecture, landscape, and program into a cohesive system, the project demonstrates how high-rise buildings can evolve into resilient, human-centric environments.

In the context of rapidly urbanizing cities, this approach offers a compelling model for sustainable high-rise architecture that prioritizes ecological balance, social interaction, and long-term adaptability.

Indoor garden spaces enhancing user experience through light, air, and greenery.
Indoor garden spaces enhancing user experience through light, air, and greenery.
UNI Editorial

UNI Editorial

Where architecture meets innovation, through curated news, insights, and reviews from around the globe.

Share your ideas with the world

Share your ideas with the world

Write about your design process, research, or opinions. Your voice matters in the architecture community.

Comments (0)

No comments yet. Be the first to comment!

Similar Reads

You might also enjoy these articles

publishedResults3 weeks ago
Urban Forest: A Vertical Ecosystem for 5,000 Workers in Singapore's Changi Business Park
publishedResults3 weeks ago
interACT: A Wearable Transit Object That Turns Commuting Into Social Infrastructure
publishedResults3 weeks ago
Lean On Barrier System: Where Traffic Safety Meets Chai Culture in Ahmedabad
publishedResults3 weeks ago
The Black Bagh: A Living Monument Built from Water, Light, and Memory

Explore Conceptual Architecture Competitions

Discover active competitions in this discipline

UNI Editorial
Search in