Control water cycle at neighbourhood and building scales

Architecture to make good use of climate to ensure thermal comfort and enjoyment of buildings

Quality, adaptability and reversibility of built environment. Innovative programmes and special cases on ground floors.

Spaces, materials within underground circulation spaces and stations

Building with timber is to build low carbon. Use steel when appropriate

Design intense, climatically comfortable neighbourhoods

Integration of carbon footprints into the design intent and practice organisation

Knowledge of materials which promote carbon neutrality for the design of buildings and public places

Adapt plant selection to the impact of climate change in urban areas (changing seasons, new insect pests, etc.).

Soil fertilisation and replanting techniques. In particular, replanting built environments.

Planting & watering in built environments

Public consultation during project. Contribution to in-use value and the appropriation of spaces

Site activation procedures during project development stages (design, construction) in respect to past, present and future use of site

Priority to pedestrian and bicycle traffic contributing to transition of cities towards carbon neutrality

Integration of goods movement within the city in urban projects, public spaces and buildings

Extension of BIM practices to neighbourhoods and infrastructures. Articulation of GIS and BIM/CIM/LIM tools

Integration of AI and generative design tools into design procedures

Operator assistance and CAD software libraries management

Operator assistance and BIM/CIM/LIM/GIS software libraries management