Bronze Architecture, Building and Structure Design · 2022
La Cima Residential
- A' Design Award 2022 Bronze Winner in Architecture, Building and Structure Design
- Awarded April 15, 2022
- CLIENT: Ricardo De Castro. Architect, Designer and Builder.
- Estimated Number of Design Views: 18,640
- Verification code ACB8F1866A · Verify this award
About La Cima Residential
La Cima is a house of 340 square meters located in the Sierra Nevada de Santa Marta, Colombia. The house is designed to follow the topography of the mountain and to limit intervention in the terrain. Sustainability, airtightness and self-sufficiency guide the design. Orientation was set according to the local climate and sunlight, following bioclimatic principles. Large glass facades frame views of the mountains, the city and the sea, while the greenhouse effect and the Venturi effect help regulate indoor temperature. Local natural stone, teak wood and roof solar panels are used.
Press Kit
- Unique Properties
- La Cima is a 340 m2 house, located in the Sierra Nevada de Santa Marta, Colombia. It was conceived as a space in total harmony with the natural environment by integrating it with the topography of the mountain. Three basic concepts are reflected in its design: sustainability, airtightness and self-sufficiency. The project is created from bioclimatic architecture premises: characteristic climate of the area and sunlight, to determine its orientation. Natural phenomena such as the greenhouse effect and the Venturi effect were used.
- Dimensions & Packaging
- La Cima is a 340m2 house, located on a 27 hectare lot at 1,475 meters above sea level. With a total height of 7.4 meters, it was conceived on two levels: the first level with a builtin area of 181 m2, housing the social areas (living room, dining room, kitchen) and service areas; and the second level with a built area of 138 m2 houses the intimate areas of rooms and bathrooms. The 360 m2 outdoor area in terraces, swimming pool, parking lots and gardens.
- Tags
- Cima, Sustainability, Sierra Nevada, Colombia
- Production Technology
- The materials selected for the project are mostly local and low maintenance, such as the natural stone used in the facade and driveways, as well as the teak wood used in interior cladding. For the structural system, pvc and architectural concrete are selected, which are environmentally conscious materials; they comply with sustainable manufacturing processes, they are recyclable and with minimal environmental footprint indexes. To ensure the energy efficiency of the house, solar panels are placed on the roof
- Design Challenge
- The main challenge of the design was to generate a sustainable home with low environmental impact, where the environment was an envelope of the space and where in direct view of the sea and the mountains of the sierra. Facades were conceived with large glass windows. This solution is one of the determining architectural elements, because in addition to allowing a direct view of the environment, it allows the entry of controlled natural light and the regulation of the temperature of the interior spaces thanks to the greenhouse effect; thus minimizing energy consumption and ensuring the sustainable operation of the home.
- Project Duration
- Design Date:
The design phase of the project began in January 2021 and construction began in June 2021.
Location: It is located in the Sierra Nevada de Santa Marta, Colombia - Operation Flow
- The construction is oriented to the west with a direct view of the city of Santa Marta. The main access is in the southeast direction, entering the social area that integrates the kitchen, dining room and living room areas. Thanks to the glass facade, the user can see the mountains of the sierra in an eastwest direction and the city and the sea in a northwest direction. The natural slope of the land is used to the north to generate a double height area from where the user can enjoy a view of the landscape. To access the second level, a metallic helical staircase is generated that leads to the three rooms
- Research
- The design team investigated the environmental and construction variables of the Sierra Nevada de Santa Marta, focusing attention on bioclimatic and sustainable strategies applicable to housing design. The passive design principles corresponding to natural ventilation and solar control were studied. This research resulted in the generation of a solar chimney through roof skylights and a photovoltaic energy panel system.
- Inspiration
- La Cima is inspired by the unique and characteristic natural habitat of the Colombian Sierra Nevada, seeks to integrate into the environment and intervene in the terrain as little as possible. The purpose of the design is to explore the architectural relationship between the interior and the exterior, blur the boundaries between the constructed and the natural and ensure a friendly and sustainable construction with the environment. Materials of natural origin are combined with a landscaping design with characteristic species of the area.
- Image Credits
- Ricardo De Castro
Colors of La Cima Residential
Design Interview about La Cima Residential
La Cima, is inspired by the unique and characteristic natural habitat of the Colombian Sierra
Nevada, seeks to integrate into the environment and intervene in the terrain as little as
possible.
Nevada, seeks to integrate into the environment and intervene in the terrain as little as
possible.
The purpose of the design is to explore the
architectural relationship between the interior and the exterior, blur the boundaries
between the constructed and the natural and ensure a friendly and sustainable
construction with the environment.
architectural relationship between the interior and the exterior, blur the boundaries
between the constructed and the natural and ensure a friendly and sustainable
construction with the environment.
I will expoxe it at the Bienal Colombiana de Arquitectura
Six months
It was a commissioned design for residential house that can be use as a vacation rental.
The design have been build.
To show the world Colombia Sierra Nevada de Santa Marta.
High end costumers.
Materials, colors and awareness of it surroundings produce a A new style in colombia modern architecture.
la Cima means “The top” The name comes from the location of the project, as is located at ‘the “Top” of the peak of the mountain.
Autocad, sketchup and Reit.
The way it preserved nature and had almost no change to the surrounding.
General construction and Architect Grace Villalba
The design team investigated the environmental and constructive variables of the place
where the project would be located (Sierra Nevada de Santa Marta), focusing attention on
bioclimatic and sustainable strategies applicable to housing design in the area.
where the project would be located (Sierra Nevada de Santa Marta), focusing attention on
bioclimatic and sustainable strategies applicable to housing design in the area.
The main challenge of the design was to generate a sustainable home with low
environmental impact, where the environment was an envelope of the space and where in
direct view of the sea and the mountains of the sierra.
environmental impact, where the environment was an envelope of the space and where in
direct view of the sea and the mountains of the sierra.
I will like to promote internationally apur project, region and country.
I learn about new construction techniques.
The passive
design principles corresponding to natural ventilation and solar control were reviewed.
Additionally, a study of shadows was carried out on the ground that allows determining the
correct orientation of the volume. This research resulted in the generation of a solar
chimney through roof skylights and a photovoltaic energy panel system to ensure thermal
comfort inside and the use of renewable energy.
design principles corresponding to natural ventilation and solar control were reviewed.
Additionally, a study of shadows was carried out on the ground that allows determining the
correct orientation of the volume. This research resulted in the generation of a solar
chimney through roof skylights and a photovoltaic energy panel system to ensure thermal
comfort inside and the use of renewable energy.