Hannover University Hospital (Medizinische Hochschule Hannover, MHH). C.F. Møller. Photo: HENN/C.F. Møller Architects

Hannover University Hospital (Medizinische Hochschule Hannover, MHH)

A Healing Architecture campus prioritising effectiveness, climate-friendliness and human scale
 Hannover University Hospital (Medizinische Hochschule Hannover, MHH). C.F. Møller. Photo: HENN/C.F. Møller Architects
Facts

Client

HBG Hochschulmedizin Hannover Baugesellschaft mbH

Address

Hannover, Germany

Size

100,000 m² (Phase 1)

Year

2024-

Competition

1st Prize in architectural competition. 2024

Engineering

Wetzel & von Seht (Structural engineer), SÜSS Beratende Ingenieure (Building services), IB Schlegel (Engineering structures, traffic systems), Moniteurs (Signage), M&P Ingenieurgesellschaft (Ground management)

Architect

C.F. Møller Architects in collaboration with HENN

Landscape

SINAI

Collaborators, other

HT Hospitaltechnik (Medizinplanung), Müller-BBM (Building physics),

Awards
  • 1st Prize in architectural competition. 2024

The Hannover University Hospital (Medizinische Hochschule Hannover, MHH) is a groundbreaking medical campus integrating advanced healthcare with a human- and climate-centric design. Rooted in the principles of Healing Architecture, the project creates an environment that fosters well-being for patients, staff, and visitors.

The campus is designed to accommodate complex medical needs while optimising logistics and flows. Its modular, flexible design dissolves the traditional megastructure into a series of interconnected buildings arranged around a central green boulevard and lush courtyards. This human-scaled approach enhances orientation, interaction, and accessibility. Generous daylighting, spatial variation, and visual connections to nature promote recovery, reduce stress, and provide dignified spaces for all users.

The architectural concept emphasises climate-friendliness through circularity, energy efficiency, and biodiversity. Green corridors, retention zones, and planting strategies mitigate climate impacts while enhancing ecological resilience. Timber-hybrid construction and low-carbon materials reduce the environmental footprint, supported by a comprehensive life cycle analysis (LCA) that benchmarks sustainability. Passive design strategies further optimise energy efficiency and indoor comfort, while simulations guide microclimate improvements, such as rainwater retention and urban heat island mitigation.

Connecting buildings, people and nature

The campus seamlessly integrates with its urban and natural surroundings. Taller buildings along the green boulevards define entrances, while lower structures transition into adjacent green spaces and residential areas. A unifying “loop” connects all buildings, serving as a covered wooden colonnade—or stoa—that promotes clear wayfinding, efficient circulation, and integration of indoor and outdoor environments. Red brick paving in the stoa references the materiality of the existing clinical campus.

Landscaped areas foster relaxation, social interaction, and recreation, building a sense of community. Healing Architecture principles extend indoors with clear pathways, natural materials, and thoughtful acoustics that balance functionality with emotional comfort, creating a positive environment for recovery and work.

The MHH campus exemplifies how thoughtful architecture can redefine healthcare by intertwining innovation, sustainability, and community connection. It sets a new benchmark for urban healthcare facilities, demonstrating the potential of architecture to enhance care delivery while prioritising environmental and human well-being.

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