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The idea for the project originated from the need to create an office tower within a highly complex site situated in one of the most significant commercial districts in Mexico City. The concept evolved through a thorough examination of regulations and construction systems. Given the tight dimensions of the site, it became imperative to incorporate a structural façade and implement a robotic parking system. These elements were crucial in addressing the challenges posed by the site's constraints, ensuring compliance with regulations, and optimizing the use of space within the bustling urban context.
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Employing the structural facade as a solution, the design liberates the floors from any hindrances. Such a constructive approach generates modules that optimize interior space utilization and meticulously organize the facades. Enclosed within the urban context, these facades predominantly embrace glazing, fostering an abundance of natural light and harmoniously connecting the building to its surroundings.
Energy efficiency measures, such as advanced insulation systems, high-efficiency lighting, and advanced HVAC systems, ensure optimal energy usage and reduced carbon emissions. Water conservation strategies, including rainwater harvesting and efficient plumbing fixtures, contribute to a significant reduction in water consumption. Indoor environmental quality is a top priority, with ample natural lighting and effective air replacement promoting occupant health and well-being. The building's design encourages a connection to nature, with large windows, a rooftop garden, and outdoor gathering areas that enhance the overall user experience.
This project transforms an overlooked plot into a distinctive tower, defying challenges between a narrow street and remnants of the Ferrocarril de Cuernavaca Railroad. Its strength lies in meticulous analysis, incorporating golden ratios, modern materials, and respecting site conditions.
Architectural Composition: The tower's design maximizes space with a base, shaft, and capital, liberating floors through a structural facade. The ground floor integrates with entrances, robotic parking, and a neighborhood coffee shop.
Innovative Solutions: A robotic parking system, vital due to site restrictions, accommodates 126 spaces across 13 levels. Steel, echoing the area's industrial past, contributes to historical resonance and addresses seismic challenges through expert collaboration.
Historical Resonance and Urban Integration: Named after the railway tracks, Ferrocarril de Cuernavaca 780 celebrates the district's rejuvenation. Its form adds a dynamic backdrop, evolving with viewpoints. It prioritizes sustainability through energy efficiency, water conservation, and enhanced indoor environmental quality.
Public Engagement and Connectivity: Actively engaging with the urban ecosystem, the project dedicates space to public expansion, connecting streets, and contributing to a vibrant atmosphere. The ground-floor commercial space enhances the neighborhood, aligning with nearby parks and museums.
The tower's interior is not only aesthetically pleasing but also functionally efficient. The meticulous organization of space on each floor and the seamless flow from the ground floor to the rooftop provide a sense of elegant practicality.
Established in 2010 amidst the dynamic urban fabric of Mexico City, HEMAA was conceived by the collaborative minds of Alejandra Tornel, José Miguel Fainsod, and Santiago Hernández Matos.
Distinctive for its progressive architectural approach, the firm distinguishes itself through a methodical and thoughtful design ethos. Characterized by an intricate fusion of elements, a reevaluation of conventional architectural principles, and a meticulous selection of materials; their architectural proposal embodies a synthesis of form and function. This holistic approach culminates in the creation of spaces that exude a harmonious blend of aesthetic refinement, practicality, and spatial balance.
