Indietro

Chernex, Switzerland

Casa anziani Chernex, Centro comunitario intergenerazionale

Programma Complesso composto da 5 edifici che comprende:
- 1 EMS da 43 posti
- 1 centro di accoglienza temporanea da 12 posti
- 1 asilo nido da 34 posti
- 1 farmacia
- 1 parcheggio interrato con 90 posti auto, di cui 25 accessibili al pubblico
Committenza Fondation Eben-Hézer
Progetto / Realizzazione 07/2024 - 04/2027
Prestazioni IB
  • Architettura
  • Direzione Lavori
  • Pianificazione Generale
Superficie 8'072 m2
Volume della costruzione 28'262 m3
Costi 34 Mio. CHF escl. IVA

Located in the heart of the village of Chernex (Montreux), within immediate walking distance of the railway station and local amenities, the project brings together a nursing home (EMS) and a temporary care center (CAT) on a single site. The development comprises five buildings and includes a 43-bed nursing home organized into residential units across several levels, a 12-place temporary care center, a 34-place daycare facility, a pharmacy, and an underground parking garage with 90 spaces, including 25 public parking spaces.

Situated within the «Chernex Village» neighborhood plan area, the project responds to a constrained urban context. Its form and massing are directly shaped by regulatory requirements governing building envelopes, elevation limits, and site coverage. The composition of several interconnected building volumes ensures visual permeability and continuous functional connections throughout the site.

The project is designed to bring together different forms of care and support under one roof. The inclusion of complementary facilities such as the daycare center, pharmacy, and temporary care center strengthens the development's integration into village life and creates a community-oriented hub of activity.

The outdoor spaces are organized around a central plaza and publicly accessible pedestrian routes, promoting walkability and urban continuity. Locating parking below grade frees up outdoor areas for shared uses, including gathering spaces, walking paths, and a therapeutic garden directly connected to the common areas.

The development meets current energy-performance standards through a high-efficiency building envelope, an energy supply system partially based on renewable resources, including a pellet-fueled heating system, and rooftop-integrated photovoltaic installations. Material selection prioritizes durability, ease of maintenance, and the use of local resources whenever feasible.

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