EXPERIMENTAL COLLECTIVE FOR REMOTE AND ACCESSIBLE URBAN SCIENCE (D+ADU)
ALEX LEANDRO PÉREZ PÉREZ PhD.
What is the Experimental Collective for Remote and Accessible Urban Science?
The Experimental Collective for Remote and Accessible Urban Science is an interdisciplinary initiative focused on the development and application of innovative methods for the analysis, diagnosis, and evaluation of urban and architectural phenomena through the use of remotely available information, open data, digital modeling, and artificial intelligence. Its central purpose is to explore new ways of producing applied knowledge and delivering technical services that enable the understanding, design, monitoring, and improvement of the performance of territories, buildings, and urban environments without relying exclusively on physical presence in the field.
The collective emerges as a response to a structural transformation in the way cities and built environments are studied. Over recent decades, the availability of geospatial data, administrative records, satellite imagery, urban sensors, digital models, and analytical platforms has made it possible to conduct territorial and architectural evaluation from virtually any location, provided that reliable information and appropriate analytical tools are available. In this context, urban and architectural analysis no longer depends solely on traditional fieldwork but can be supported by digital systems that expand the scale, speed, and precision of diagnosis, design, and performance evaluation.
From this perspective, the collective proposes an approach that integrates urban knowledge, architectural experimentation, data analytics, and digital technologies to produce evidence-based diagnoses, evaluations, and solutions. Its framework is grounded in the idea that access to information and the capacity to analyze the performance of built environments should become increasingly open, replicable, and accessible to researchers, public institutions, community organizations, and private actors.
Nature and Approach of the Collective
The collective is conceived as a space for applied experimentation, where professionals with expertise in urbanism, architecture, territorial analysis, environmental performance, and data science develop methodologies and tools to study cities, buildings, and urban systems remotely and in an evidence-based manner.
It is not merely an academic or research group, but rather a platform for knowledge production and technical service delivery, oriented toward solving real-world problems related to:
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urban quality
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housing performance
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energy efficiency
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sustainability of the built environment
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the impact of urban and architectural interventions
Its experimental character implies continuous exploration of new working methods, while its applied orientation translates into the production of verifiable results that can be used in planning, design, and decision-making processes.
In this sense, the collective operates as:
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an urban and architectural innovation laboratory
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a platform for evaluating the performance of the built environment
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a methodological development space grounded in data
The term remote refers to the use of information that is available online or accessible at a distance, while the concept accessible emphasizes the importance of democratizing urban knowledge and facilitating access to analytical tools for diverse users.
Experience in Architectural and Urban Experimentation
One of the distinguishing components of the collective is its experience in developing and applying methodologies to evaluate architectural and urban performance, particularly in contexts related to housing, facilities, and urban environments.
This experience includes experimentation processes aimed at measuring and improving:
Quality of the Built Environment
The collective has worked on the evaluation of physical and functional conditions of buildings and urban spaces, considering aspects such as:
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habitability
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accessibility
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environmental comfort
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spatial quality
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functional adequacy
These evaluations make it possible to identify opportunities for improvement in the design and management of the built environment.
Urban and Social Impact of Architectural Interventions
The collective has developed methodologies to analyze the effects of urban and architectural projects across multiple dimensions, including:
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territorial impact
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urban integration
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public space quality
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living conditions of residents
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social sustainability
This approach makes it possible to evaluate not only the design of buildings but also their relationship with the urban context.
Evidence-Based Design
The architectural experimentation carried out by the collective is grounded in the use of quantitative and qualitative information to support design processes and decision-making.
This includes:
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comparative analysis of building typologies
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evaluation of architectural solutions
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simulation of design scenarios
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optimization of spatial configurations
The objective is to reduce uncertainty in design processes and improve the quality of outcomes.
Energy Efficiency and Environmental Performance
The collective has experience in evaluating the energy and environmental performance of buildings and urban environments using simulation tools, climate analysis, and digital modeling.
This includes:
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energy consumption analysis
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thermal comfort evaluation
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ventilation and solar exposure modeling
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energy efficiency assessment
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sustainability strategy evaluation
These capabilities enable the development of solutions that contribute to reducing the environmental impact of the built environment.
Performance Evaluation of the Built Environment
The collective integrates multiple dimensions of analysis to assess the overall performance of buildings and urban systems, including:
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functional performance
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environmental performance
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energy performance
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social performance
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urban performance
This systemic approach makes it possible to understand how built environments behave under different conditions and contexts.
Team
The Experimental Collective for Remote and Accessible Urban Science brings together an interdisciplinary team of researchers, architects, urban planners, and specialists in territorial planning, environmental performance, sustainable mobility, artificial intelligence, and data science, all committed to developing innovative methodologies to understand, evaluate, and transform the built environment.
The team combines a strong academic background with extensive professional experience in research, higher education, consulting, public administration, and the development of urban and architectural projects. This multidisciplinary expertise enables the collective to address complex challenges through an integrated approach that combines scientific knowledge, technical capabilities, and digital technologies to deliver evidence-based solutions.
The collective is currently composed of researchers holding master's and doctoral degrees, as well as PhD candidates conducting research on strategic issues affecting Latin American cities, including quality of life, housing, urban planning, active mobility, urban regeneration, territorial governance, energy efficiency, environmental performance, urban vitality, and urban intelligence.
Collective Profile
More than a group of independent specialists, the collective is a collaborative platform capable of integrating multiple scales of analysis and diverse methodological approaches to address complex urban challenges.
This complementarity enables the development of interdisciplinary projects that combine architecture, urban planning, data engineering, artificial intelligence, spatial analysis, and built environment performance assessment, providing rigorous responses to contemporary challenges related to sustainability, urban resilience, energy efficiency, quality of life, and territorial transformation.
Strategic Strengths
The composition of the team reveals a set of distinctive strengths that support the collective's value proposition:
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Strong academic qualifications, with a high proportion of doctoral researchers and PhD candidates.
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Extensive experience in research, higher education, and specialized consulting.
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Integration of expertise in architecture, urban planning, territorial planning, data science, and artificial intelligence.
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Proven experience in evaluating urban and architectural performance through both quantitative and qualitative methodologies.
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Capacity to develop interdisciplinary projects at national and international levels.
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Applied expertise in housing, mobility, public space, energy, sustainability, territorial governance, and urban quality.
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Active collaboration with universities, public institutions, community organizations, and academic networks.
Competitive Advantage
The collective's greatest strength lies not only in the individual expertise of its members, but in its ability to integrate knowledge from multiple disciplines to design innovative methodologies, develop technical solutions, and generate applied knowledge that supports evidence-based decision-making in architecture, urban planning, and territorial development.
This convergence of expertise positions the Experimental Collective for Remote and Accessible Urban Science as a platform for applied research and professional consulting with the capacity to lead interdisciplinary projects focused on the analysis, assessment, and sustainable transformation of the built environment.
Working Principles
The collective operates based on a set of principles that guide its activities:
1. Integration of Urban Science and Architectural Experimentation
The collective recognizes that urban analysis and architectural design are interdependent processes and promotes their integration through the use of data and digital tools.
2. Strategic Use of Open Data and Digital Modeling
The collective uses publicly available information and digital models as the foundation for analyzing and evaluating urban and architectural performance.
3. Applied Knowledge Production
The activities of the collective are oriented toward solving real problems in urban and architectural contexts, generating results that can be used by institutions and organizations.
4. Performance-Based Design and Management
The collective promotes systematic evaluation of building and territorial performance as the foundation for improving the quality of the built environment.
5. Accessibility and Replicability
The methods developed are designed to be understandable, reproducible, and adaptable to different territorial contexts.
Areas of Action of the Collective
The work of the collective is organized around five main lines of action, which constitute its operational foundation and service portfolio.
1. Remote Urban and Architectural Diagnostics
This line involves the evaluation of urban and architectural conditions through the analysis of information available online and digital tools. Such diagnostics make it possible to identify territorial and building performance issues without requiring on-site fieldwork.
2. Monitoring and Evaluation of Urban and Building Performance
This line focuses on tracking projects, policies, or buildings over time, using indicators and information systems to assess their performance.
3. Data-Driven Urban and Architectural Analytics
This area includes the processing and analysis of large volumes of information to generate knowledge about territorial dynamics and the performance of the built environment.
4. Advisory Services in Urban Planning, Architectural Design, and Public Policy
The collective provides technical support to public and private institutions in the formulation, evaluation, and adjustment of territorial strategies and architectural solutions.
5. Development of Information Systems for Built Environment Performance
This line focuses on the creation of digital platforms and tools that facilitate the management, integration, and visualization of urban and architectural data.
Role of the Collective in the Contemporary Context
The Experimental Collective for Remote and Accessible Urban Science positions itself within an emerging field that combines urbanism, technology, and data science. This field is expanding rapidly due to the increasing complexity of urban systems and the growing availability of digital information.
Within this context, the collective fulfills three main functions:
1. Urban Innovation Laboratory
It explores new methodologies and tools for territorial analysis.
2. Technical Service Platform
It provides data-driven solutions to support decision-making.
3. Community of Practice
It promotes knowledge exchange among professionals interested in urban science.
Projection and Potential
The development of remote urban science represents an opportunity to transform the way cities are studied and managed. As the availability of data and digital tools continues to grow, the capacity to analyze territories remotely becomes increasingly relevant for public institutions, community organizations, and private sector actors.
In this context, the collective has the potential to become:
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a reference point in urban innovation
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a provider of specialized technical services
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a platform for applied research
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a space for learning and experimentation
Its future development will depend primarily on its ability to organize methodologies, consolidate technical capabilities, and establish partnerships with institutions interested in data-driven urban management.