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Zumikon ICS

Project details

Client: Inter-Community School Zurich

Sector: Education

Construction systems: Solid modular construction

Construction time: 2 months

Year of construction: 2024

Architect: Käferstein & Meister Architekten AG

Area (m²): 1686

Place: Zumikon

Characteristic: Execution as general contractor

Brief description: Pictures Jürgen Beck

With the new educational building in Zumikon, the ICS Inter-Community School Zurich has opted for an innovative combination of modern architecture, contemporary solutions and future-oriented technology. A central architectural element is the generous double-leaf steel staircase, which provides both a design accent and barrier-free access. This is complemented by high-quality acoustic ceilings and integrated installation ducts, which create an optimal learning environment and at the same time allow for flexible retrofitting. The building has 24 classrooms of 48 m² each, supplemented by meeting and technical rooms on each floor and an elevator. State-of-the-art technical systems ensure sustainability and energy efficiency: a photovoltaic system with a non-penetrating mounting system, a central, temperature-controlled ventilation system with overflow elements, a Cascade heat pump system for heating and summer temperature control. The project combines innovative modular construction technology with high standards of comfort, energy efficiency and sustainability.

Modular hybrid construction - fast, flexible, sustainable

The new building was constructed as a hybrid modular building: The room modules consist of a concrete floor, steel supporting structure and exterior walls made of timber elements. The high degree of prefabrication at the DM Bau plant in Oberriet meant that the building could be erected quickly - the entire structure was completed in just ten days. It took just under two months to complete the interior work.

Sustainable building technology is ensured by a photovoltaic system with a non-penetrating mounting system, a central, temperature-controlled ventilation system with overflow elements and an energy-efficient Cascade heat pump system for heating and summer cooling.

The modules used can be dismantled, relocated and reused at the end of their useful life, guaranteeing maximum flexibility and sustainability.

Light-flooded interiors and clear room structure

The classrooms boast a clear, functional floor plan. The generous window areas provide plenty of daylight for a pleasant learning environment. Connecting doors between the rooms allow for flexible room concepts, while the central hallway serves as both a passageway and a common room.

With this modular school building, ICS Zumikon is setting a strong example of innovation, sustainability and educational quality. It impressively demonstrates how temporary buildings can meet the highest standards of comfort, functionality and energy efficiency while creating an inspiring learning environment.

Together for a sustainable building concept
"What we particularly appreciated about DM-Bau was the reliable and cooperative partnership as well as the high quality of craftsmanship. The clear communication, adherence to deadlines and the distinctive expertise in the field of modern timber construction convinced us right from the start," says Yves Wäger, Käferstein & Meister Architekten AG.
"We deliberately chose DM Bau because they have extensive experience in modular timber construction and have already successfully implemented numerous similar projects. Their expertise in planning and execution was a key factor for us. We chose modular timber construction because it offers a sustainable, efficient and time-saving construction method. Prefabrication in the factory enables high precision and a greatly reduced construction time on site, without compromising on quality and design."
The planned building is a temporary structure that was erected exclusively for a limited period of use of five years. The structure is designed so that it can be dismantled and reused at another location once it has expired. This ensures that the construction measure is both sustainable and resource-efficient and that no permanent structural changes are made to the site.

Highlights

  1. Hybrid modular design with state-of-the-art technology
  2. Assembled in just ten days thanks to precise prefabrication
  3. The building can be completely dismantled and relocated
  4. Maximum comfort with minimum energy consumption
  5. Optimal acoustics create ideal conditions for modern learning
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