The Athletes' Village: PE2 Student Housing by EGA Erik Giudice Architects: Modular, Sustainable, and Future-Ready Living in L'Île-Saint-Denis
The Athletes’ Village PE2 features modular wooden construction, flexible post-Olympic student housing, sustainable design, and adaptive spaces supporting community, comfort, and low-carbon living.
The Athletes’ Village: PE2 Student Housing, designed by EGA Erik Giudice Architects, stands as a pioneering example of modular architecture, circular construction, and adaptive urban transformation in L’Île-Saint-Denis, France. Completed in 2024, the 3,941 m² building is part of the Olympic Village development, where EGA not only designed the PE2 building but also led the coordination of the surrounding PE district. This dual role demonstrates the firm’s commitment to delivering a cohesive architectural and urban vision rooted in sustainability and long-term community value.



A Dual-Purpose Architectural Model for the Paris 2024 Olympics and Beyond
During the 2024 Olympic Games, the PE2 building accommodates 266 beds and houses essential operations of the Olympic Committee on the ground floor. Its design reflects a forward-looking strategy: spaces serving athletes during the Olympics are seamlessly transitionable to student housing and commercial functions after the event.


Post-games, the ground floor evolves into generous communal spaces, fostering social interaction and student well-being while also hosting commercial activities that contribute to a vibrant, mixed-use environment. Across its seven floors, the building offers 134 compact studios and eight two-room apartments, each designed to maximize comfort, efficiency, and natural light. These residences emphasize functionality and inclusivity, supporting a strong sense of community among students.



Sustainable Modular Construction with a Circular Vision
PE2 exemplifies EGA’s dedication to circular and low-carbon architecture through its fully modular wooden construction. Each module is prefabricated and transported via the Seine River: an innovative logistical solution that reduces carbon emissions, streamlines transportation, and minimizes disruption to the urban environment.
The wooden modules are not only sustainable but also fully disassemblable and reusable, offering a high degree of flexibility for future repurposing or relocation. This design philosophy aligns with the broader goals of the Olympic Village: buildings should remain adaptable, extend their lifespan, and serve evolving community needs long after the games conclude.
By leveraging a “double planning permit,” the architecture enables a dynamic shift from Olympic housing to long-term residential use. This approach highlights how planning frameworks can strategically support sustainable urban evolution, demonstrating that architectural solutions extend beyond material choices, they also involve policy innovation and long-term stewardship.


A Model for Future Urban Development
The Athletes’ Village: PE2 Student Housing stands as a compelling architectural model for cities seeking resilient, climate-conscious, and multifunctional development strategies. Through modular design, renewable materials, and an adaptable layout, the project illustrates how temporary event infrastructure can become a lasting asset for local communities.
The building not only addresses the immediate needs of large-scale international events but also contributes to lasting social infrastructure by providing high-quality student housing. Its integration of communal spaces, sustainable construction methods, and policy-backed flexibility positions PE2 as a blueprint for future urban districts aiming to balance density, livability, and environmental responsibility.


All photographs are works of Archi-Drone, EGA Erik Giudice Architects, Fabrice Commercon
Popular Articles
Popular articles from the community
Healing Façade: Sustainable Architecture for Reforestation, Community, and Sacred Ecology in Ethiopia
Healing Façade reimagines sustainable architecture as a living wall that restores soil, catches water and renews Ethiopia's forest churches.
PLATAFORMArq Folds a Concrete Roof Over the Portuguese Mountains in House #474
A 220-square-meter residence in Teixoso, Portugal, wraps board-formed concrete into an angular canopy that frames the Serra da Estrela foothills.
Inside a Timeless Mumbai Residence by Aether Studio
Aether Studio's 2,250 sq ft apartment in Malad, Mumbai uses marble, brass, boucle, and disciplined restraint to build a quiet retreat from the city.
Stanton Architects Sculpts a Curving Family Home into Sydney's Inner West Fabric
Five Dock House uses cantilevers, curved concrete, and layered courtyards to carve out privacy on a tight suburban lot in Sydney.
Similar Reads
You might also enjoy these articles
Olio Towers: A Mid-Rise for Performers That Fuses Housing, Rehearsal, and Stage
Located blocks from Houston's Theater District, this modular tower stacks living units around a central performance atrium.
Oasis: Modular Green Housing Carved into Dhaka's Urban Fabric
A shortlisted Plugin Housing entry reclaims unauthorized settlements in Dhaka with stepped concrete volumes, green roofs, and ventilation-driven design.
Black Hole: A Floating Megastructure for the Post-Physical Era
Emiliano Mazzarotto envisions a spherical, self-scaling arena where e-sports, digital hotels, and holographic stadiums replace traditional public space.
Compact & Sustainable Living in Piraeus: A Four-Level Family Home Built Around Light and Air
A narrow townhouse in one of Greece's densest port cities uses a central atrium and passive strategies to house three generations under one roof.
Explore Residential Building Competitions
Discover active competitions in this discipline
The International Standard for Design Portfolios
The Global Benchmark for Architecture Dissertation Awards
The Global Benchmark for Graduation Excellence
Challenge to design mud housing for contemporary communities
Comments (0)
Please login or sign up to add comments
No comments yet. Be the first to comment!