MVRDV Designs a New Civic Architecture for the Age of Artificial Intelligence

The IPAI Campus in Heilbronn, Germany, designed by MVRDV, reimagines what an architecture of innovation can be in the era of artificial intelligence. Rather than positioning technology as something hidden within enclosed labs or corporate blocks, the 30-hectare masterplan establishes a publicly engaged urban landscape where AI is made visible, tangible, and spatially experienced. Developed in collaboration with the IPAI Consortium, the project uses architecture to articulate a new civic model for the technological future—one built around transparency, human wellbeing, and ecological responsibility.

A Circular Structure as Architectural Philosophy

At the heart of MVRDV’s design is a bold circular form. The campus is not organized as a grid or corridor, but as a ring—an architectural gesture that symbolizes openness and collective intelligence. Two off-axis spines cut through the circle, creating view corridors and spatial tension that activate the campus interior. This geometry is not merely compositional; it functions as a social diagram. Instead of dividing public and private zones, the circle dissolves hierarchies and allows research environments, communal spaces, and public institutions to coexist in continuous dialogue.

The result is a campus that feels less like a technology park and more like a new urban typology—a city of AI that invites participation rather than observation from afar.

Architecture as Interface: Humanizing Technology through Space

MVRDV’s architectural approach resists the coldness typically associated with scientific research facilities. Instead, the buildings embodied in the first phase each express their program through distinct forms and material palettes designed to evoke emotion, curiosity, and physical connection.

• The Communications Center
  A cylindrical structure with a reflective façade, this building operates as the public heart of the campus. Its rounded form suggests inclusivity, while its mirrored surface captures and refracts movement, turning the public realm into a dynamic visual field. This is where exhibitions, talks, and debates unfold, making AI legible to the public.
• The Restaurant
  Instead of a generic canteen, the campus dining space becomes a sculptural landmark. Cream-colored surfaces are punctuated by carved orange grotto-like recesses that form sheltered terraces—spaces where informal conversation becomes part of the architectural performance. The design encourages rest, reflection, and human interaction, positioning wellbeing at the center of innovation culture.
• The Start-Up and Innovation Center
  Marked by a vivid red volume and pitched rooflines, this building introduces an atmosphere of creative intensity. Its informal aesthetic contrasts with the more controlled environments of the laboratories, signaling that experimentation and entrepreneurial thinking are active and visible components of the campus ecosystem.
• The Living Lab
  This hybrid building merges office space with a dramatic laboratory hall. The lab faces north toward the central campus plaza, its expansive glazing transforming research into public display. MVRDV turns scientific work into architectural theater, dissolving boundaries between observer and innovator.
• The Office Building
  Rising ten stories, the office tower incorporates a pleated façade embedded with photovoltaic panels. Internally, each floor features double-height “living rooms,” social spaces suspended in the vertical rhythm of the building that promote cross-disciplinary collaboration.

A Landscape of Wellbeing

One of the most radical decisions in the design is the complete removal of vehicles from the core campus area. The IPAI site is entirely car-free, prioritizing walking, cycling, and spontaneous gathering across a landscape of green corridors and sheltered courtyards. MVRDV conducted microclimate simulations to shape the wind, light, and temperature conditions of outdoor spaces, ensuring year-round usability. The landscape acts as connective tissue, not filler—a dynamic plane where professional life and public engagement intersect.

Material Innovation and Environmental Intelligence

Sustainability is not treated as a supplementary feature, but as an architectural driver. Using its CarbonSpace digital tool, MVRDV evaluated the embodied carbon of every major design decision. This methodology led to the use of hybrid timber systems in several major buildings, significantly reducing material impact while creating warmer, more tactile interiors. The communications center, startup building, and office tower are all on track to receive platinum DGNB certification, establishing the campus as a benchmark for low-carbon architectural development.

Architecture for the Next Technological Epoch

The IPAI Campus represents a new phase in architectural thinking—one in which buildings are not shells for innovation but instruments that shape how innovation is created, experienced, and shared. MVRDV has designed a campus that challenges the traditional boundaries between public and private, research and exhibition, work and wellbeing. In doing so, it reframes artificial intelligence not as a remote, intangible force, but as a civic project rooted in physical space and human engagement.

This is not architecture for machines, but architecture for the human future of technology.