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Sustainable built environment and mobility

Wood and steel construction

We invest in sustainable, healthy and low-carbon construction, with a focus on life cycle thinking and circular economy, from planning to demolition. Through participatory design, material choices appropriate to conditions and optimal use of facilities, we aim to reduce the carbon footprint and energy consumption of buildings throughout their life cycle.

The core of wood and steel construction expertise at Lapland UAS is the application of carbon footprint effects, phenomena of building physics and measurement expertise in wood and steel construction. The solutions use data and the latest digital technology, such as 3D models, simulations and intelligent automation.

Energy efficiency and low carbon

User-orientation and macroeconomic analysis are at the heart of our application of the latest technologies, services and business models to promote energy efficiency and low-carbon economy. In monitoring and optimising energy consumption, we use the real data and combine it with virtual simulations to produce new multidisciplinary data to support decision-making.

The new information will also enable us to make optimised energy strategies and choices at the level of the individual, the property and the municipality. Key solutions include new energy sources, renewable energy and smart energy management enabled by new technologies.

Testing in challenging conditions and simulation

Condition competence and testing in challenging conditions are our special expertise both in real operating conditions and in the laboratories and the world of simulations. We add value to the development of our products and services through field testing and testing in challenging conditions under controlled laboratory conditions. With the help of digital twins and simulations, we are able to support the entire product development process from design to testing and marketing.

Testing in challenging conditions using simulations enables quick and inexpensive testing in a wide range of scenarios and applications. Combining the real and virtual worlds in testing in challenging conditions also brings added value and agility to product development. A particular focus is on applications for smart mobility.

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