Use and geometry become a clear structural concept
Grid, spans, materials and supports are selected so that safety, economy and construction work together.
- Use steel, concrete and timber appropriately
- Secure robust load paths from concept stage
Structural calculations, verifiable design documentation, approval design and execution design for steel, reinforced-concrete and timber structures.
Geometry, use and boundary conditions are translated into a clear and economical structural concept.
Grid, spans, materials and supports are selected so that safety, economy and construction work together.
Self-weight, imposed load, wind, snow, machinery and special actions are combined and assigned to the governing members.
Resistance, stability and serviceability are assessed together without unnecessary material use.
Joints, reinforcement, bearings and transitions are developed clearly for fabrication and construction.
Drawings, schedules and calculations are coordinated so reviewers, fabricators and site teams share one technical logic.
From the first structural concept through constructive detailing, load paths, material use, construction sequence and interfaces are considered together. The result is safe, economical and clearly documented design for new buildings, alterations and extensions.
Development and verification of load-bearing systems with consideration of use, geometry, ground conditions, materials and construction.
Detailed design of steel structures for halls, platforms, bridges, installations and special structures.
Design of concrete structures including formwork, reinforcement and constructive detailing.
Structural design for timber frames, roof structures, trusses and material-appropriate connections.
Clear documentation for checking, approval, fabrication and site work.
Send available documents and a short brief. We will clarify the appropriate scope.