Projets / Animal Simulation Centre | Université de Montréal
The redevelopment of the veterinary simulation centre transforms nearly 600 m² of an existing university building into a specialized learning environment where architecture, interior design and technology support veterinary medical education.
Transforming existing space to support new uses
Spanning two levels within an existing building, this interior redevelopment project integrates flexible spaces for simulation, examination, observation and learning. The design enables students to develop their skills using life-size animal models and to practise clinical procedures repeatedly in a safe environment. This transformation of existing spaces supports self-directed, progressive learning and skills assessment before students enter internships and clinical practice, without putting animals at risk.
Designing specialized spaces for simulation
The design of teaching and learning spaces supports the different stages of veterinary medical education. Flexible and equipped with advanced medical and audiovisual technology, the simulation rooms can replicate a range of clinical situations while supporting both learning and skills assessment. Adjacent observation rooms with one-way glazing overlooking the examination rooms complement this specialized learning environment and facilitate the observation of educational activities in a controlled setting.
Bringing natural light into the heart of the existing building
The architectural intervention also addresses a significant challenge posed by the existing building: some teaching spaces are enclosed within the building and located nearly one metre below exterior grade. The architectural approach therefore centres on a key objective: bringing natural light into the lower-level rooms and deep into the heart of the building. The organization of spaces and visual connections help create a bright and welcoming learning environment despite the constraints of the existing structure.
Integrating highly specialized functions
The redevelopment also includes a new veterinary anatomy laboratory, featuring a display case for teaching with animal bones, as well as refrigerated and frozen storage areas. The architectural integration of specialized functions, medical equipment and audiovisual technologies brings technical, educational and functional requirements together within a coherent environment designed to support evolving approaches to veterinary education.