Praça Henrique Monteiro is a mixed-use complex located along Faria Lima Avenue, one of Latin America’s key financial corridors. Designed by Studio Arthur Casas, the project integrates residential, hospitality, retail, and public programming within a unified architectural composition, contributing to São Paulo’s dense urban fabric while prioritizing environmental performance and spatial efficiency.
Located on a side street off Faria Lima Avenue, on a plot spanning over 3,000 square meters and facing three streets, the project features a residential tower and the first unit of the Pulso Hotel. These are connected by a ground floor with a boulevard, restaurant, bar, and boulangerie, and above them, an elevated green square overlooking the street that names the building. The project maintains a unified visual identity, with architecture and interiors conceived by a single firm, supporting cohesive design and spatial optimization while addressing security, privacy, and program efficiency.
Facade design with climate moderation
The complex is organized through four primary volumes: the residential tower, Pulso Hotel, an active base with retail and hospitality spaces, and an elevated leisure platform connecting the two towers. Rather than emphasizing hierarchy, the design distributes functions across independent but interconnected volumes, with landscaped voids mediating between them.
The facade combines darker natural finishes with lighter champagne-toned materials, glass guardrails, and timber soffits to create a balanced material composition. Movable metal brise-soleil are incorporated across residential terraces and hotel facades. These adjustable shading elements allow occupants to regulate daylight, ventilation, and privacy while reducing solar heat gain.
The base employs precast concrete elements that establish visual continuity with the public realm and extend toward the sidewalk. The use of prefabricated components improves construction precision and reduces site waste compared to conventional cast-in-place methods.
Programmatic integration
The architectural program organizes fluid spatial transitions between uses while maintaining operational separation. The ground-floor boulevard merges commercial spaces with the main lobby, encouraging pedestrian permeability and activating the public interface. Above, a suspended mezzanine hosts shared leisure amenities, including a pool, spa, and wellness facilities for both hotel guests and residents.
Circulation and servicing strategies are distributed across three street frontages. Henrique Monteiro Street accommodates commercial functions, Fernandes Coelho Street provides residential access, and Bianchi Bertoldi Street supports logistics and service operations. Integrated basement infrastructure consolidates loading, support, and maintenance services, reducing redundancy across the mixed-use program.
Residential and hotel typologies employ compact and efficient layouts, while outdoor leisure spaces are more generous in scale, supporting occupant use and passive environmental comfort.
Residential zones
The residential apartments use planning strategies that eliminate internal corridors, maximizing usable living areas while reducing material consumption. Large glazed perimeters improve daylight penetration. Operable brise-soleil systems along terrace edges support cross-ventilation and limit direct solar exposure. Service areas, kitchens, and secondary bathrooms are compact, reflecting the project’s urban context and reducing spatial and material requirements while maintaining functional performance.
Urban interface and landscape integration
The project extends its environmental strategy beyond the building envelope through public realm interventions. A 57-meter-long promenade expands the sidewalk and incorporates seating and vegetation. The boulevard is set back nine meters from the street, forming a shaded pedestrian zone lined with restaurants, cafés, and cultural venues.
An elevated private garden above the boulevard creates a secondary landscape layer that supports passive cooling and visual relief within the dense urban environment. The suspended glazed leisure volume, positioned nine meters above ground, offers shared wellness facilities with visual connections to the planted square below.
Hospitality and cultural integration
Pulso Hotel is positioned as a hospitality destination embedded within São Paulo’s cultural landscape. Its barrier-free ground floor promotes interaction between hotel functions and the surrounding city. The 57 suites incorporate furniture and artwork selected from Brazilian design collections. The hotel lobby is organized around internal and external gardens, including the installation Mácula by Nuno Ramos, integrating art and landscape into the arrival sequence. Dining and social venues within the podium support public engagement while consolidating shared infrastructure.
Sustainability overview
Praça Henrique Monteiro incorporates environmental strategies aimed at reducing operational energy and water consumption. Residential units are designed to enable cross-ventilation, contributing to estimated cooling energy reductions of 15–35 percent. Movable brise-soleil systems contribute to thermal load reductions of approximately 20–40 percent.
A green roof system provides additional insulation and is documented to reduce energy consumption in covered areas by up to 50 percent compared to conventional roofing assemblies. Photovoltaic panels installed on the roof supply renewable electricity to common areas, contributing to reduced operational carbon emissions.
Water management strategies include rainwater harvesting and reuse systems integrated into the building’s hydraulic infrastructure. Waste management and recycling facilities are incorporated into service areas to support building operations.
Material innovations
Material strategies align with environmental performance and durability. The structural base utilizes precast concrete components, improving construction efficiency and reducing waste generation.
Facade finishing systems combine glazing, aluminum framing, and textured coatings selected for durability and maintenance performance.
