Timber construction engineering delivers complex structures where timber engineering, architecture, and technical precision come together seamlessly. Once the architectural design is established, specialized teams develop construction solutions that optimally realize form and design. In timber construction engineering, geometries and load-bearing structures are planned, materials and connections are defined, and essential fire protection measures are developed in close collaboration with experts to create safe, aesthetic, and functional structures.

Timber Engineering – For Safety and Quality Execution

To meet specific requirements, we rely on the expertise of our extensive network of specialized planners. This includes structural design with static calculations, material selection, as well as eco-construction considerations such as thermal, moisture, noise, and sound protection. Reliable fire protection concepts and certifications, in compliance with applicable regulations, now enable the use of timber in nearly all building types. Our timber construction engineering services ensure the highest quality execution and guarantee the safety of your future building, whether it is a school, a residential development, a winter maintenance facility, or a building intended for another purpose.

Grid for the roof support structure made with laminated veneer strips.

Structural design and structural analysis based on the mock-up Wisdome Stockholm

Our Timber Construction Engineering Services in Detail

Our comprehensive range of services in timber construction engineering covers all key aspects of planning and implementation to realize safe, sustainable, and high-performance structures. From detailed timber construction planning to the development of specific fire protection concepts and structural design with material selection, every service is designed to ensure the highest quality and precision. In addition, we address building physics requirements such as thermal, moisture, noise, and sound protection to create optimal living and working environments.

  • Timber construction planning
  • Fire protection programmes and certifications
  • Structural engineering concepts
  • Support structure planning, construction, selection of materials
  • Energy calculations
  • Construction physics and building ecology
  • Thermal insulation and moisture protection
  • Sound insulation and noise protection