Enhancing an urban park

Ayala Triangle Gardens North redefines the space between three major roadways—Ayala Avenue, Paseo de Roxas, and Makati Avenue—as a pedestrian-friendly destination. Bordering an existing public park, this major mixed-use development preserves and expands existing green space within a dense urban environment. Two towers rise from a landscaped podium which connects the architecture with the neighboring park. Sloping downward, a dramatic stairway welcomes visitors from the park into a sunken plaza and shopping mall at the center of the development

On the north side of the triangle, the taller tower defines the street edge with a metal and glass facade that reflects the dynamic energy of this major intersection. A folding canopy extends outward from the tower to form a carport and drop-off area along Paseo de Roxas.

A new pedestrian network

Within the podium, a four-story atrium is the centerpiece of a new pedestrian network. Underground walkways create access from the park to the residential and commercial areas above. The design encourages walkability and safety, without impeding the flow of vehicular traffic on the streets above. This approach aligns with a long-term civic plan to enhance pedestrian connections to adjacent districts and neighborhoods.

Designed for environmental performance

The two towers—a 40-story office building and a 23-story luxury hotel—are slender, gently curved structures that respond to the triangular site. The facade system employs broad vertical mullions that optimize the window-to-wall ratio for environmental performance. The custom-designed mullion features a concave profile that captures and reflects natural light. To create a brighter ambiance inside, the inner side of the mullion is chamfered, reducing the perceived heaviness from the interior and diffusing natural daylight into the space.

Integrating architecture and structural engineering, Ayala Triangle Gardens North  employs cutting-edge features and building systems to reduce water consumption, energy use, and waste. The project is expected to achieve LEED Gold certification.