Luis Ivan Guerrero Villa, 
Emmanuel Javier Trinidad Sandoval 
The undulating roof design, constructed with precast concrete and extensive glazing, enhances natural light while efficiently managing rainwater, ultimately serving as a modern terminal for streamlined passenger transit.
5 key facts about this project
01
The terminal features an undulating roof shape that mimics the surrounding landscape.
02
Extensive use of glass creates open interior spaces enhanced by natural light.
03
Rainwater management systems are integrated into the roofing design for sustainability.
04
Precast concrete panels provide both structural integrity and aesthetic variety.
05
Strategic layout facilitates efficient passenger flow and minimizes congestion throughout the terminal.
General keywords
Project specific keywords
The San Luis Potosí International Airport Terminal 2 (SLP - T2) is an architectural project designed to serve as a modern transportation hub, strategically positioned in San Luis Potosí, Mexico. This terminal aims to enhance travel efficiency and passenger experience while remaining sensitive to its environmental context. The design integrates functionality with an awareness of natural light and space, establishing a welcoming atmosphere for travelers.
The terminal's layout encompasses multiple levels and distinct functional zones, including check-in areas, security screenings, boarding gates, and commercial spaces. These zones are meticulously arranged to facilitate smooth passenger flow and operational efficiency. The extensive use of glass creates an open feel and promotes natural lighting, important for comfort and visibility.
Unique Design Approaches
A defining characteristic of SLP - T2 is its undulating roof structure. This feature not only serves as a visual landmark but is also functional, designed to manage rainwater effectively while allowing ample daylight to filter into the terminal’s interior. The roof's form echoes the natural landscape, creating a seamless connection between the architecture and its environment.
The architectural choice of materials includes stainless steel, glass, precast concrete panels, and reinforced concrete. The durability of stainless steel and reinforced concrete ensures the structural integrity of the terminal, while glass promotes transparency and visual connectivity throughout the space. Precast concrete panels offer both aesthetic variety and functionality, enhancing the overall architectural language of the terminal.
Sustainability is also a central theme in the design mindset of SLP - T2. Effective energy management techniques have been implemented; the structure's orientation maximizes the utilization of sunlight, reducing energy consumption. The roofing design supports rainwater harvesting, minimizing reliance on external water sources.
Interior Design Considerations
Internally, SLP - T2 is characterized by high ceilings and spacious waiting areas that prioritize passenger comfort and movement. The arrangement of seating and amenities reflects a thoughtful approach to design, catering to both short-term and long-term travelers. Nodal points such as security checkpoints and information desks are deliberately positioned, promoting efficiency while maintaining a cohesive design language throughout the terminal.
Overall, the San Luis Potosí International Airport Terminal 2 not only serves as a transportation hub but also embodies architectural principles that bridge functionality and aesthetic appeal. To gain a more comprehensive understanding of this project, readers are encouraged to explore the architectural plans, architectural sections, and specific architectural designs that detail the innovative solutions found within this project.
The terminal's layout encompasses multiple levels and distinct functional zones, including check-in areas, security screenings, boarding gates, and commercial spaces. These zones are meticulously arranged to facilitate smooth passenger flow and operational efficiency. The extensive use of glass creates an open feel and promotes natural lighting, important for comfort and visibility.
Unique Design Approaches
A defining characteristic of SLP - T2 is its undulating roof structure. This feature not only serves as a visual landmark but is also functional, designed to manage rainwater effectively while allowing ample daylight to filter into the terminal’s interior. The roof's form echoes the natural landscape, creating a seamless connection between the architecture and its environment.
The architectural choice of materials includes stainless steel, glass, precast concrete panels, and reinforced concrete. The durability of stainless steel and reinforced concrete ensures the structural integrity of the terminal, while glass promotes transparency and visual connectivity throughout the space. Precast concrete panels offer both aesthetic variety and functionality, enhancing the overall architectural language of the terminal.
Sustainability is also a central theme in the design mindset of SLP - T2. Effective energy management techniques have been implemented; the structure's orientation maximizes the utilization of sunlight, reducing energy consumption. The roofing design supports rainwater harvesting, minimizing reliance on external water sources.
Interior Design Considerations
Internally, SLP - T2 is characterized by high ceilings and spacious waiting areas that prioritize passenger comfort and movement. The arrangement of seating and amenities reflects a thoughtful approach to design, catering to both short-term and long-term travelers. Nodal points such as security checkpoints and information desks are deliberately positioned, promoting efficiency while maintaining a cohesive design language throughout the terminal.
Overall, the San Luis Potosí International Airport Terminal 2 not only serves as a transportation hub but also embodies architectural principles that bridge functionality and aesthetic appeal. To gain a more comprehensive understanding of this project, readers are encouraged to explore the architectural plans, architectural sections, and specific architectural designs that detail the innovative solutions found within this project.
