Introduction
Located in Hyderabad’s Financial District, Vensa One is a commercial high-rise conceived around the relationship between workplace, climate, culture and site.
The brief called for a premium office development capable of accommodating a range of workplace typologies—from larger flexible and co-working floors to smaller corporate offices—culminating in the client’s own corporate headquarters at the upper levels. The development also integrates F&B, retail and shared amenities, creating a workplace environment that extends beyond the conventional office tower.
Rather than beginning with a singular tower form, the design evolved from a series of interconnected considerations. A steeply sloping site, Vastu requirements, solar orientation, workplace flexibility and sustainability were considered together, allowing each to influence the building’s orientation, massing and material expression.
The result is a 130-metre-high tower composed as a series of distinct volumes—a vertical workplace shaped as much by its context as by its programme.
Building with the Site
One of the defining characteristics of Vensa One is its terrain. The 6,430 sqm site falls approximately 14 metres across its length, presenting both a planning challenge and an opportunity.
Rather than extensively reshaping the land, the design works with this change in level. Four levels of parking are embedded into the slope, allowing vehicular access from the adjoining roads at different elevations while reducing the depth of excavation and avoiding the need for extensive ramps at ground level.
At the same time, the building’s placement responds to Vastu Shastra, an important consideration in many of AFW’s projects in India. For Vensa One, Vastu was considered from the earliest stages of planning rather than applied retrospectively. It informed the position of the entrance, orientation of the tower and distribution of its mass. The principal site entrance is positioned towards the north-east, while the tallest part of the development rises towards the south-west.
Interestingly, these requirements led the building away from what might otherwise have been the most obvious response to the terrain. Rather than simply aligning the tower with the natural slope, it was rotated in response to both Vastu and environmental considerations, while opening office views eastwards towards the city.
The core became part of the same strategy. Instead of adopting a conventional central core, it is shifted to the side of the floor plate. This creates more flexible and efficient office plates, shorter internal circulation and more direct access into the workplaces. Its position on the western side also forms a substantial buffer against the harsher afternoon sun.
Here, site, culture and climate are not separate design considerations—they collectively determine the building’s organisation.
Crafting Distinct Volumes and Façades
Vensa One challenges the conventional expression of the commercial high-rise as a repetitive extruded volume.
The programme required a diverse range of office floor plates, from approximately 1,000 sqm boutique and corporate workplaces to larger 1,900–2,500 sqm floors capable of accommodating larger organisations and co-working environments. Rather than concealing these differences behind a uniform envelope, the building allows them to shape its external form.
The tower is therefore articulated as a series of stacked and shifting volumes. Sections project and recede as the floor plates change, creating landscaped terraces at key transition levels and breaking down the scale of the 130-metre tower. Vertical elements extend through these volumes to visually connect the lower and upper portions of the building, giving the composition an overall sense of continuity.
These shifts also create opportunities for outdoor spaces throughout the tower. Landscaped terraces, outdoor working areas, dining spaces and elevated gardens become part of the workplace experience rather than being confined to the ground plane.
The façades respond differently according to orientation. The longer north and south elevations minimise exposure to direct solar gain, while the more exposed east façade incorporates horizontal shading and high-performance glazing. To the west, the core itself provides a substantial degree of solar protection.
The façade is therefore not treated as a uniform skin. Its expression changes according to orientation, programme and environmental performance, while a consistent language of glazing, fins, aluminium and GRC brings the different volumes together.
Setting a High Sustainability Standard through Materiality
Sustainability at Vensa One extends from the orientation of the tower to the selection and performance of individual materials.
The material palette deliberately balances high-performance façade systems with robust, locally sourced materials. At ground level, local granite is used both as paving and within gabion walls. Along the sloping edges of the site, these gabions become part of the exposed basement architecture, helping the building meet the terrain while creating a more tactile relationship with the landscape.
GRC panels in flat and ribbed profiles wrap the main core, while aluminium fins, louvers and high-performance glazing respond to different façade orientations. The material system is therefore both visual and functional: shading devices reduce unwanted heat gain while allowing daylight into occupied spaces.
Material sourcing was also considered as part of the building’s environmental strategy, including materials with recycled content and materials sourced from within 300 kilometres of the project.
These passive measures are supported by a broader sustainability strategy incorporating rooftop photovoltaic panels, landscaped terraces, rainwater harvesting, water-efficient fixtures, EV charging and waste management. Approximately 30% of the site area is allocated to landscape at ground and terrace levels, while the integrated solar installation is designed with a capacity of 100 kWp.
What is particularly important about Vensa One is that sustainability is not expressed as a separate layer of technology added to the building. Orientation, massing, façade, landscape and materiality work together as a single environmental response.
