Game development center and interactive technology museum

Authors’ Comment

Site location and urban context
The project is located in the Timpuri Noi area of Bucharest, at the intersection of Splaiul Unirii and Calea Văcărești, an important urban node with high visibility and excellent accessibility. Historically an industrial hub, this area is undergoing a transition toward new urban functions centered on education, culture, and innovation.

The approximately 7,000 m² site currently hosts a fuel station, an incompatible use given the proximity to educational institutions and residential neighborhoods. The site enjoys high urban exposure and excellent access: it is traversed by the Dâmbovița river corridor, currently being reconverted into an urban greenway, and integrates the Timpuri Noi metro station directly into the proposal, both functionally and formally.

The relationship with the Dâmbovița offers a substantial urban opportunity: activating its riverbanks, creating pedestrian and cycle paths, ensuring green continuity, and opening up to an urban tech-park. This strategic site forms a junction between the historic city, transport infrastructure, and a future hub of educational and digital development.

Concept and vision
In a tech-driven, digitally evolving era, architecture must offer more than functional spaces, it must create scenarios that foster creativity, collaboration, and innovation. The proposed design meets these needs through a dual program: a Game Development Center and a Contemporary Technology Museum.

These complementary uses serve as an urban catalyst: education and digital culture merge into an integrated ecosystem that supports youth development, draws in the general public, and collaborates with the tech industry. The goal is to create an accessible, open, stimulating space, a new model of a city campus where the urban environment enters into dialogue with education and innovation.

This project is an architectural proposition with significant social and urban impact: a prototype for regenerating a transforming area and a model for future educational spaces in Romania, inspired by the dynamism of leading European cities.

Functionality and spatial organisation
The architectural composition features two main volumes:

Vertical Volume, The Skyscraper
A high-rise building (G+20) housing educational labs, collaborative workspaces, classrooms, startup offices, and temporary student housing.

Modular and flexible structure to adapt spaces to evolving user needs.

Includes common areas, lounges, and tiered terraces that encourage cross-disciplinary collaboration and social interaction.

Horizontal Volume – THE MUSEUM / PAVILION
A two-story pavilion (G+2) housing an interactive technology museum, digital exhibition spaces, immersive rooms, media galleries, as well as public functions like a café, a bookstore, and prototype testing zones.

Fully accessible to the public, offering a meeting place between technology and culture, between education and entertainment.

Features permanent and temporary exhibitions, VR/AR zones, interactive presentations, and an outdoor terrace exhibition space.

Functions are arranged progressively: the ground floor is entirely public and city-facing, while higher levels become increasingly specialized. Dynamism is emphasized by exterior vertical circulation—stairs wrapping around the tower to the 6th floor—connecting platforms, terraces, and outdoor workspaces.

Architectural language and materiality
The architectural language is contemporary and minimalist, featuring formal clarity, exposed structure, and rhythmic composition. Key elements include:

Kinetic façade: aluminum mobile panels serving both aesthetic and functional roles (shading, ventilation, daylight control). The façade adapts to external conditions and interior activity.

Exterior stairs: dynamic circulation routes expressing movement, openness, and transparency—publicly accessible up to the 6th floor.

Towering terraces and green platforms: intermediate social, informal work, and relaxation spaces underpinning the concept of a vertical campus.

Server room “heart”: the technological core of the building, showcased across three levels, visible from the outside—a symbolic information nucleus of the ensemble.

Material palette is sustainable and expressive: aluminum, fair-faced concrete, tempered glass, perforated panels, and treated wood in interior spaces. Construction and finishes reinforce the image of a technological yet warm, inviting, and accessible space.

TECHNICAL PERFORMANCE AND SUSTAINABILITY
The project incorporates high-performance, sustainable solutions:

Photovoltaic panels on the tower roof

Natural ventilation systems and automated solar control

Rainwater harvesting for irrigation and sanitary facilities

Double-skin ventilated façade and recyclable materials

Bicycle and electric scooter parking

Potential integration of vertical-axis wind turbines on terraces

Beyond energy performance, the project proposes social sustainability: it offers genuine opportunities for young people, encourages innovation, reduces functional segregation, and promotes experiential learning.

SOCIAL AND CULTURAL IMPACT
The project features strong urban and social integration:

Becomes an educational and technological hub, close to universities and student residences

Creates an open campus, integrated into the urban fabric and accessible to all users

Offers community spaces: exhibitions, conferences, prototype testing, hackathons, cultural events

Provides a model of collaboration among academia, private sector, and public authorities

Activates an underutilized urban area, transforming it into a future landmark

CONCLUSION
This proposal represents architecture of the near future: a place where education, technology, culture, and the city converge. It is an urban intervention with a dual role: spatial regeneration and functional innovation. A building that adapts, communicates, inspires, and evolves with the city.

In the current context of digital transition and the growing need for innovative educational spaces, this design offers a coherent, scalable solution deeply rooted in the contemporary urban and social realities of Bucharest.

PROJECT DATA

Gross Floor Area: 22,200 m²

Site Coverage (POT): 31.25%

Floor Area Ratio (FAR/CUT): 3.47

Height Regime: G+20 (tower) / G+2 (museum pavilion)

Structure: Steel frame encased in concrete (tower and pavilion)

Museum floor grid: 7.2 × 15.8 m

Columns: 50 × 50 cm steel, double-glued along length

Floor-to-ceiling heights: 5 m (tower floors), 8 m (museum floors)