Our initiative uses lidar, multispectral, and thermal sensors to collect data and digitalize the physical environment to analyze natural preservation opportunities and understand their value. Then, we integrate the architecture into the natural heritage, taking advantage of these identified natural microclimates
Our wood structure manufacturing processes have implemented state-of-the-art robots completely automating, sustainable solar energy use, local people inclusion, and reforestation programs. The facilities are strategically located in Noh Bec, covering the north and south of Quintana Roo State.
To reduce Green House Emissions, we implemented various simulation software in the design phase of buildings and urban to understand the interaction among architecture, place features, climate, materials, and electromechanics systems. —for example, energy flow, solar radiation, wind behavior, natural and artificial lighting modeling, and integrated PV production, and many others.
This methodology integrates sustainable energy production from renewable sources such as wind, solar, and geothermal—Furthermore, monitoring and control technology to accomplish best operation practices based on consumption data.
We practice a collaborative, holistic, integrated design process for better results. Our team focus on rethinking infrastructure solutions and implementing modular and deconstructive architecture, ecology design, and regenerative. Moreover, we apply a preconstruction with BIM methodology, Life Cycle Assessment, prefabricated design-based coupled, among other best practices.
Our main driving force is nature conservation as the most value-added on our projects; we take advantage of natural systems on-site to create comfortable spaces and promote wellness.
Our strategies focus on reducing greenhouse emissions on the entire built environment lifecycle through diverse methods and promoting nature conservation, protection, and regeneration for people’s comfort and well-being.
We integrate our designs by recognizing the natural landscapes, rethinking the infrastructure, and designing environmentally friendly buildings using cutting-edge software to efficiently resources and reduce initial investment costs.
The operation resources reduce when the design process recognizes site characteristics in a collaborative, integrated, and holistic approach—improving building performance by considering climate, environment, and local conditions.
Our main driving force is nature conservation as the most value-added on our projects; we take advantage of natural systems on-site to create comfortable spaces and promote wellness.
The operation resources reduce when the design process recognizes site characteristics in a collaborative, integrated, and holistic approach—improving building performance by considering climate, environment, and local conditions.
Our strategies focus on reducing greenhouse emissions on the entire built environment lifecycle through diverse methods and promoting nature conservation, protection, and regeneration for people’s comfort and well-being.
We integrate our designs by recognizing the natural landscapes, rethinking the infrastructure, and designing environmentally friendly buildings using cutting-edge software to efficiently resources and reduce initial investment costs.
We are a multidisciplinary team conscious that the building industry can do more for mother earth’s conservation. Our interdisciplinary team is taking action against climate change through architecture and construction practices in a regenerative framework. Our cities must be more friendly to the environment; a built environment should be an opportunity to recreate an ecosystem and erase this unprecedented human destruction.
Contact us for a consultation on our sustainable design and construction services.