Budapest South Gate - Masterplan design competition

One of the greatest assets of the project is its proximity to water and the diverse waterfront shaped around it. The lagoon-like design is not only cost-effective but also creates a favorable microclimate.

Water is present both physically and visually, encouraging movement and leisure activities such as water sports or even ice skating in winter.

Pedestrian bridges provide a connection between the “harbor city” and the recreational park on the opposite bank. The circulation network weaves through the area, creating a dynamic relationship between the built environment and the natural park.

A key element of the design process is a bottom-up approach, which enables the active participation of residents. Civil organizations, workshops, and community events support collaboration and continuous feedback. The goal is to create a flexible, constantly evolving urban environment that adapts to the needs of its users.

The design creates a heterogeneous, “breathing” urban landscape where different functions and spaces coexist side by side. The aim is to establish a vibrant, constantly evolving urban environment that supports community building and individual initiatives. Water, green spaces, and pedestrian-friendly design are key elements, while car traffic is pushed into the background.

Student City offers three types of dormitory housing: a calm, waterfront residential zone; an intensive urban area built around community life; and a later-developed section with more traditional residential units. The emphasis is on communal spaces and the possibility of flexible use.

The revitalization of the historic market hall is realized as a community and cultural hub. The development is gradual: it begins with temporary uses, events, and community engagement, and over time it is assigned more permanent functions. The goal is to create a vibrant, diverse public space.

The project creates an extensive green network that connects parks, waterfront zones, and recreational areas. The central park and Csepel Park offer a variety of uses, including sports, relaxation, and community events.

Stormwater management is a key element of the design. The collection, filtration, and reuse of water are carried out in a nature-based way, while water surfaces also serve recreational and aesthetic purposes. This system contributes to the creation of a sustainable and livable urban environment.

The integration of the area is ensured by new tram lines, rail connections, and a bicycle network. The aim is to reduce car traffic and strengthen environmentally friendly modes of transport. Green spaces and water surfaces create a favorable microclimate.

The city’s operation is supported by intelligent systems, including traffic management, digital information platforms, and public transport applications. Sharing-based systems (bike, car, and e-mobility) as well as intermodal hubs ensure fast and sustainable mobility.

The Danubius transport hub organizes mobility on multiple levels: tram, rail, and suburban railway (HÉV) lines are connected at ground level, elevated, and underground layers. The system ensures efficient pedestrian flow, easy transfers, and well-structured public spaces.