Experts in: Climatic changes
BRAIDEN, Heather
Professeure adjointe
DAGENAIS, Danielle
Professeure titulaire, Chercheuse invitée
FAKIROFF, Anne-Laure
Doctorante
GERVAIS-BERGERON, Béatrice
Chargée d'enseignement
HASAN, Lisa
Doctorante
HERAZO, Benjamin
Conseiller à la recherche
KOSEKI, Shin
Professeur adjoint
- Regional planning
- Participant observation
- Sociological aspects
- Climatic changes
- Consultation and public discussion
- Urban design and urban architecture
- Environnement and sustainable development
- Public spaces
- Research methodology
- Urban landscapes
- Forecasting
- City planning
In order to increase the life quality of people, my work centers on spatial justice and sustainability in and outside cities, computational urban design approaches to resilience and the integration of citizens’ participation in design and legislation.
I hone my expertise in the combination and the articulation of emerging issues-at-stakes that are central to society today: climate, the environment, new technology, democracy and education. In my work, I analyze massive, quantitative and qualitative data, and conduct prospective design and policy-making.
My research and my teaching thus contribute to questioning how data (digital, analogue, visual, historical, etc.) generate knowledge on cities, society and the environment.
Do not hesitate to contact me by email if you have any questions or would like to collaborate.
LINKON, Shantanu Biswas
Doctorant, Auxiliaire de recherche (étudiant)
- Public architecture
- Public spaces
- Sociological aspects
- Climatic changes
- Bangladesh
- Canada
- Environnement and sustainable development
- Natural disasters reconstructions
- Public housing
- Urban vulnerability
My research interest is focused to define 'Social Value', the most intangible aspect of any architecture, built environment, and settlement.
Currently, according to common practice in architecture, the design value of any architecture in the built environment is widely accepted to be the sum of environmental, economic, and social value. But we can question, argue, and debate with this definition in stating that ‘A whole is greater than the sum of its parts.’ While environmental value is generally measured in embodied and operational carbon (sometimes with the addition of biodiversity), there are several recognized methods for measuring economical value. Although architects often do not like to see themselves as an increment of economic gain, they create a huge amount of social value that they very often fail to record or capture. It is noteworthy that, though there are existing practices (albeit‑awed) for measuring economic and environmental value, there are no agreed measures of social value. Until this value is expressed in a format that can be fed into policy and procurement, it will remain invisible and ignored, leaving economic and environmental value as the sole dominant currency of built environment transactions.
Owing to this problem my research objective is to create a ‘Social Value Index’ for ensuring inclusive architecture.
SIGER, Ornella
Doctorante
THOMAS, Isabelle
Professeure titulaire
WALCZAK, Lise
Doctorante, Auxiliaire de recherche (étudiante), Chargée de cours