-
Services
- Property and urban development
- Project and construction management
- Architectural design
-
Structural engineering
- Structural and element engineering
- Wood structures
- Residential and hybrid buildings
- Hotels and other accommodation
- Schools, educational institutes and day care centres
- Cultural facilities
- Business and office premises
- Fire engineering
- Parking facilities and terminals
- Hospitals and healthcare facilities
- Technical analysis FEM and CFD
- Industrial structural engineering
- Research and development
- Sports and recreation facilities
-
Industrial engineering
- Energy engineering
- Energy audit
- Energy and HVAC measurements
- Project and construction management
- Refrigreration engineering
- Fire engineering
- Process engineering
- Cleanroom engineering
- Emission measurements
- Electrical Engineering
- Technical analysis FEM and CFD
- Industrial HVAC engineering
- Safety engineering
- Process automation
- Industrial structural engineering
- Research and development
- Environmental impact assessment
- Renovation engineering
- Infrastructure engineering
- Geotechnical engineering
- Rock and underground engineering
- Building services engineering
- Energy engineering and consulting
- Acoustical engineering
- Cost and sustainability management
-
Low-carbon construction and circular economy
- Energy consulting
- Environmental Product Declaration EPD
- Carbon footprint consulting
- Carbon footprint calculation
- Carbon-neutral urban development
- Circular economy consulting
- Construction and demolition waste compliance
- Pre-demolition audit
- Optimisation of the carbon footprint of materials
- Groundworks with recovered materials
- Low-carbon construction management
- Environmental services
- Surveys and inspections
- Specialist services
- References
- News
- About us
- Contact us
- Home
- References
- Vaaralanpuiston päiväkoti, Vantaa
Vaaralanpuisto daycare centre, Vantaa
The Vaaralanpuisto daycare centre represents a test case for application of the City of Vantaa’s new zero-energy concept in construction projects. For the most part, the building frame consists of in-situ cast concrete, which ensures that the requirements imposed by the end users and architectural requirements are met. The staircase and its load-bearing structures, including pillars, are eye-catching architectural features. The building’s stylish appearance was achieved by using wood, such as larch, as the cladding material, which presented certain challenges for the design.