Research topics
The axes of scientific investigation of the institute LAB include:
current transitions of territories
Sustain current transitions of territories (resource management, living styles, housing development, governance, etc.), ensuring their resilience (territorial strategies, mobility, natural landscapes, etc.), and promoting the inclusiveness and quality of inhabited spaces (urban design and requalification, public spaces, environmental values, etc.).
territories across borders and towards the Global South
Articulate hypotheses, strengthen knowledge, and develop methods to analyse, understand, and act on territories at local and global level, particularly across borders and towards the Global South.
urban metabolism
Investigate the potential of urban metabolism theory and models to advance evidence-based understanding of the relations between urban communities and natural resources.
ecosystem service and green infrastructure perspectives
Analyse the links between the biophysical foundations of socio-economic development, natural capital, and human well-being via ecosystem service and green infrastructure perspectives.
design of cities and landscapes
Enhance the design of cities, and of green and blue landscapes, crossing multiple dimensions, and reflecting on scales and tools of representation as a process of production of collective knowledge.
histories, critical theories, and practices of architecture
Examine the histories, critical theories, and practices of architecture – intended as the expression of a vision – and of materials, construction technologies, and building equipment, reflecting on the creation and perception of spaces in an urban context.
historic built heritage
Define the strategies and tools for a chronological and typological taxonomy – and for the conservation, restoration, renovation and reuse – of the historic built heritage.
contemporary theory of architecture
Explore the hypotheses on which a contemporary theory of architecture can be founded, building on a constant dialogue with other disciplines, including anthropology, history of art, linguistic, psychoanalysis, and philosophy.
architectural design process
Study the architectural design process, its histories and methods, its complexity (uncertainties, discontinuities, system thinking, etc.), its contextualisation (technical, economic, cultural, sustainability, post-humanism, etc.), its actors (networks of agents, etc.), its representation (perception, mental image, medias, geometry, scale, etc.), and its digitalisation (machine learning, digital culture, etc.).
practices and spaces for living
Analyse the practices and the spaces for living, drawing expertise from spatial and human sciences, and working on methodological, epistemological, and operational interconnections, to address multifaceted contemporary challenges related to housing and learning spaces (typologies, user habits, innovations, etc.), aging and disability, gender and care.
architectural structures and infrastructures
Examine historical and contemporary methods, and promote the advancement of theoretical knowledge and tools, for the design ofarchitectural structures and infrastructures in relation to the requirements of resilience of buildings.
built systems, using conventional and natural materials
Define new approaches, including the development and application of new digital tools, to sustain the structural performance of built systems, using conventional (concrete, steel, masonry, etc.) and natural materials (wood, earth, etc.).
energy, environmental performance of the buildings and well-being of their users
Characterise the buildings of yesterday, today and tomorrow, sustaining their design, construction, operation and renovation to improve the quality of their indoor and outdoor environment, their energy and environmental performance, the reduction of emissions, and the comfort, health, and well-being of their users.
Promote strategies and tools, including advanced parametric modeling techniques, for the sustainable management of resources(building materials, treatment and reuse of water and waste, circular economy, urban mining, etc.), embracing environmental, social and economic challenges, at different temporal and spatial scales, and within a life-cycle approach.