— Engineering

Smart solutions for efficient steel structures

Our engineers develop and optimise steel structures, taking into account material usage, costs and manufacturability. In this way, we ensure structural solutions that meet the technical requirements and address the challenges of every project.

— Our disciplines

Specialist expertise in a wide range of steel structures

• Structural engineering
  We develop and assess structural solutions based on the project’s technical requirements and loads, with a focus on stability, strength and structural efficiency.
• Detailed engineering
  We translate structural designs into precise 3D models, connections and technical drawings for production and assembly.
• Digital engineering
  Using BIM and digital design tools, we support technical development, model coordination and information exchange between different disciplines.
• Design optimisation
  We explore ways to design steel structures more efficiently, taking into account material usage, structural performance, costs and manufacturability.
• Design with a focus on execution
  During the engineering phase, we take into account production methods, transport, the sequence of assembly and the practical conditions on site.

— Design optimisation

The right structural solution for every project

Our engineers investigate how steel structures can be designed more intelligently and efficiently, tailored to the specific requirements of the project. By carefully weighing up different solutions, we can minimise steel weight, material wastage and the associated CO₂ emissions, without compromising the technical performance of the structure.

Our engineers advise on, amongst other things:

• Structural optimisation: efficient steel sections, connections and structural solutions.
• Material selection: efficient use of materials and the selection of suitable steel grades, with a focus on sustainability, reuse and the lowest possible environmental impact.
• Production methods: design choices that facilitate efficient fabrication.
• Fire protection: technical and practical considerations regarding fire-resistant measures.
• Surface treatment: finishes and protection tailored to the project requirements.
• Assembly methods: transport, assembly sequence and feasibility on site.

In this way, we help clients make design choices that contribute to cost control, sustainability and efficient execution.