Removing a load-bearing wall
Whether a wall is load-bearing only becomes clear after reviewing the as-built drawings and the building — not from the wall thickness alone. If a load-bearing wall is removed, the load must be re-routed: usually via a steel or reinforced-concrete beam with verified bearings down to the foundations.
NoteA reliable structural assessment is only possible after reviewing the project documents and the existing structure. Load-bearing members must not be altered or removed without a project-specific assessment by a qualified structural engineer.
Wall openings
A new door, a wider passage or a larger window opening in a load-bearing wall requires a lintel or a frame solution. We design the member, the bearings and the remaining wall piers — including the construction stages during execution.
NoteA reliable structural assessment is only possible after reviewing the project documents and the existing structure. Load-bearing members must not be altered or removed without a project-specific assessment by a qualified structural engineer.
Is a steel beam required?
This depends on span, loads and construction type. A steel beam (e.g. HEB/IPE) is often the most compact solution; for smaller openings a concrete lintel may suffice, for timber floors a timber or steel construction. The calculation shows which option makes sense.
NoteA reliable structural assessment is only possible after reviewing the project documents and the existing structure. Load-bearing members must not be altered or removed without a project-specific assessment by a qualified structural engineer.
Openings in floor slabs, new stairs
A staircase or a void usually means a new opening in the floor slab. We design the trimmer construction, organise the load redistribution and verify the affected slab panels and bearings.
NoteA reliable structural assessment is only possible after reviewing the project documents and the existing structure. Load-bearing members must not be altered or removed without a project-specific assessment by a qualified structural engineer.
Changes to columns, beams, walls and slabs
If a member is relocated, replaced or loaded more heavily — for instance by a new use, an added storey or additional building services — we check the load path from the roof down to the foundations and design the new and the affected existing members.
NoteA reliable structural assessment is only possible after reviewing the project documents and the existing structure. Load-bearing members must not be altered or removed without a project-specific assessment by a qualified structural engineer.
Strengthening existing members
If loads increase or members are weakened, we develop strengthening concepts in steel or reinforced concrete and verify the strengthened condition — with details for implementation.
NoteA reliable structural assessment is only possible after reviewing the project documents and the existing structure. Load-bearing members must not be altered or removed without a project-specific assessment by a qualified structural engineer.
Checking the foundations
New loads arrive at the bottom. The assessment therefore includes whether the foundations and the subsoil can carry the changed loads — if necessary with additional foundations or strengthening.
NoteA reliable structural assessment is only possible after reviewing the project documents and the existing structure. Load-bearing members must not be altered or removed without a project-specific assessment by a qualified structural engineer.
Working with existing buildings
Older buildings often have incomplete documentation. We then work with a survey, photos and — where required — a site visit. Project experience: conversion of a single-family home in Nordheim and refurbishment of an existing building.