Oficina de Resiliencia Urbana - Integrated Urban Resilience and Regenerative Design Framework
Mexico City, Mexico · 2019 · Oficina de Resiliencia Urbana (ORU)
ORU has helped advance a shift in urban resilience practice across Latin America by demonstrating how climate adaptation can be integrated into public space, ecological restoration, and everyday urban life. Its projects move beyond conventional engineering approaches, showing how infrastructure can simultaneously reduce environmental risk, improve biodiversity, strengthen community resilience, and enhance urban quality of life. Through projects in Mexico City, Los Cabos, Bogotá, and other urban contexts, ORU has contributed to the adoption of nature-based solutions and landscape infrastructure approaches that connect environmental, social, and spatial objectives. The practice has become a recognized reference for multidisciplinary resilience planning, illustrating how investments in climate adaptation can also support public health, social cohesion, ecological restoration, and long-term urban regeneration. At a systemic level, ORU's work strengthens the link between climate resilience, urban governance, and public-space design, helping cities move from reactive risk management toward proactive and regenerative models of urban development.
Highlight
Turning climate risk into multifunctional public space, ecological infrastructure, and community assets.
Extended description
ORU was founded to address the interconnected climate, environmental, and social challenges facing rapidly urbanizing cities in Latin America. Its approach combines urban design, landscape infrastructure, applied research, and collaborative planning rather than treating climate adaptation, water management, public space, mobility, and ecological restoration as separate systems.
ORU’s work follows a five-stage methodology:
Research – territorial diagnosis using geospatial analysis, environmental assessment, infrastructure mapping, climate-risk analysis, public-space studies, remote sensing, and drone surveys.
Imagine – development of visions, future scenarios, urban strategies, and implementation roadmaps that identify long-term priorities and portfolios of strategic projects.
Design – development and implementation of landscape infrastructure, nature-based solutions, public spaces, multifunctional facilities, sustainable mobility systems, parks, streets, plazas, ecological corridors, and climate-adaptation projects.
Integrate – participatory processes connecting communities, public institutions, private actors, and technical experts through workshops, co-design activities, civic innovation tools, and other forms of multi-stakeholder engagement.
Communicate – use of maps, visualizations, exhibitions, publications, digital tools, videos, and storytelling to support decision-making and make complex urban challenges accessible to wider audiences.
The methodology has been applied across projects including hydric districts and resilience strategies in Mexico City, metropolitan planning and resilience studies, public-space interventions, ecological restoration, mobility corridors, and climate-adaptation infrastructure. Projects address challenges including flooding, heat, biodiversity loss, water management, environmental inequality, and community resilience.
A defining feature is the use of multifunctional infrastructure: public spaces and landscape systems can simultaneously provide climate-adaptation, ecological, social, and recreational functions. ORU therefore connects physical interventions with governance, community participation, and long-term planning, seeking to make resilience part of everyday urban development rather than a separate technical response to climate risk.
Demonstrated metrics
Quantitative performance indicators vary by project and are not reported through a standardized portfolio-wide framework. Documented project-level outcomes across ORU’s portfolio include:
Development of district-scale resilience and planning frameworks integrating ecological, social, and infrastructure systems.
Implementation of water-sensitive urban design strategies focused on water retention, infiltration, treatment, and reuse.
Expansion of green and landscape infrastructure within urban regeneration projects.
Flood-risk reduction strategies in vulnerable urban districts.
Creation and enhancement of multifunctional public spaces providing recreation, cooling, ecological restoration, and emergency response functions.
Integration of biodiversity, climate adaptation, and public-space objectives into urban planning processes.
Real impact
ORU’s work demonstrates how climate adaptation can be integrated into the spaces and infrastructure used in everyday urban life. Its projects connect water management, ecological restoration, public space, mobility, biodiversity, and community participation rather than addressing each challenge through separate infrastructure systems.
Across projects in Mexico City, Los Cabos, Bogotá, and other urban contexts, ORU has developed resilience strategies and implemented landscape and public-space interventions that combine environmental and social functions. This approach can allow the same urban investment to provide multiple benefits, such as water management, habitat, recreation, heat mitigation, and improved public space.
At a broader level, ORU’s methodology links research, participatory planning, design, and implementation, helping translate climate-risk analysis into tangible urban projects and longer-term planning frameworks.
Implementation location & date
Mexico City, Mexico (Tacubaya and Coapa Hydric Districts, 2019–present); Los Cabos, Mexico (2020–present); Bogotá Metropolitan Region, Colombia (2019–2021). Projects span research, planning, design, and implementation.
Similar cases elsewhere
Similar integrated urban-resilience approaches include Resilient by Design Bay Area Challenge (USA), combining design, science, community engagement and climate adaptation; Nature4Cities Latam, applying nature-based solutions in cities across Latin America and the Caribbean; and ACCCRN (Asian Cities Climate Change Resilience Network), which developed participatory, city-level resilience strategies across Asia.