MODULAR STUDENT HOUSING - VILLEFONTAINE , EXPERIMENTAL FORMS OF HOUSING

Project idea

The project focuses on the design of modular student housing in Villefontaine, France. The main idea is to create a flexible and sustainable residential complex that responds to the needs of students as well as the broader community. The proposal is based on a detailed analysis of the site, including its accessibility, morphology, and potential for urban development. The aim is not only to provide efficient housing solutions but also to support community life, collaboration, and experimental research in the field of architecture and innovation. The project makes use of modular construction systems to ensure adaptability, scalability, and ecological responsibility.

Project description

The project proposes a comprehensive architectural and urban solution for modular student housing in Villefontaine. It covers the design of an entire urban block, including student dormitories, rental housing, an innovation and research studio, and shared public amenities such as a bistro, shop, gym, study rooms, and green areas. The project works across multiple scales — from territorial analysis and masterplan to detailed architectural design and interior layouts of modular units. Emphasis is placed on flexibility, prefabrication, and phased implementation. The solution responds to current needs for affordable student accommodation, while integrating sustainability, community interaction, and architectural experimentation.

Technical information

The project utilizes a modular prefabricated construction system based on a structural steel grid of columns with a cross-section of 250 × 250 mm. These columns form a fixed load-bearing framework into which individual modular units can be inserted, removed, or rearranged as needed. This system allows for a high degree of spatial and functional flexibility — the internal layout or function of each module can be adapted over time based on evolving user needs. The modules are dimensioned at 3.3 × 6.6 meters and constructed with insulated sandwich panels to ensure high thermal and acoustic performance. All structures comply with French building standards, accessibility regulations, and energy efficiency requirements (RT 2012 / RE2020). The technical infrastructure includes systems for stormwater management, bicycle storage, and shared service areas, supporting sustainable and adaptable urban living.

Documentation

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