Structural engineering assistance for buildings and indoor climate

Get structural engineering assistance to investigate building damage, support maintenance and clarify indoor climate and contamination risks

Regular maintenance helps extend the life of buildings and reduce damage from moisture, mould and deterioration of wooden elements. When such conditions occur, insurance companies, housing associations, industrial companies, architects, engineers, contractors, and public authorities need a clear basis for deciding how to proceed. Without a documented investigation into the cause and impact on indoor climate, decisions on maintenance and remediation can be delayed, and damage may worsen.

Preservation based building investigation

The service is part of our expertise area Buildings and infrastructure. It addresses building-related problems from a structural engineering perspective with focus on preservation rather than demolition. Outputs are supported by laboratory analyses in our structural survey laboratory and include reports, recommendations and documentation for further actions.

Technician in safety helmet and high-visibility jacket inspecting large insulated ventilation ducts inside a building structure, representing structural engineering assistance. — Inspection of ventilation and building structures to assess indoor climate conditions and potential damage.

Challenges

When building damage is unclear, maintenance and remediation are delayed.

Moisture and mould affect indoor climate
Moisture intrusion can lead to mould growth. Without documented cause and extent, it is difficult to assess impact on indoor climate and define appropriate actions.

Wood damage complicates repair planning
Moisture can expose wooden elements to fungi or insects. Without documented findings, it is difficult to assess condition and define repair measures.

Uncertainty about contamination delays projects
If hazardous substances are not documented, demolition or decontamination cannot be planned with confidence.

Benefits

Get documented investigations and laboratory analyses for decisions

Clarify mould growth and damage causes

Mould analysis helps identify the growth present in affected areas and, where relevant, supports species identification of mould growth and spores. Combined with investigation of structural causes such as moisture penetration, the output provides a documented basis for deciding how the problem should be addressed and how a healthy indoor climate can be supported.

Get documentation for repair of affected wood

Investigation of wooden elements exposed to moisture, wood-degrading fungi or insects provides documented findings for the further course of action. Depending on the case, the output can include an inspection report and recommendations as well as remediation-oriented documentation that supports planning and execution of relevant remedial work.

Document contamination risk before demolition work

Environmental inspection surveys and documents the risk of contamination in building materials before decontamination or demolition begins. This gives the parties involved a clearer basis for deciding how the building should be handled in the next phase.

Support preservation based decisions

A structural engineering assessment based on documented building conditions helps the involved parties compare possible actions. This supports decisions that prioritize preservation where relevant, rather than moving directly to demolition.

Request structural engineering assistance

Contact us if you need professional assistance with building-related damage, mould, affected wood or contamination risk. Early investigation provides a clearer basis for the next steps.

Service scope

Investigations and documentation of building conditions and materials

Figure out whether specific building conditions can lead to mould growth. It includes analysis of mould growth and, where relevant, species identification of mould and spores, combined with identification of the damage-causing factors that need to be addressed in the building.

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Reach out to Heine Warthoe for more information.