Structural Engineering

Yes, structural engineers often provide site inspections and ongoing construction support. This includes checking that works are being carried out in accordance with the design, answering contractor queries, and advising on unforeseen site conditions. Site involvement helps ensure structural integrity, safety and compliance during construction. Engineers can also provide advice on temporary works, sequencing and installation to support safe build practices. Ongoing support reduces risk and helps projects run smoothly on site.

Structural engineering plays a key role in sustainable construction by optimising material use, promoting re-use of existing structures and reducing embodied carbon. Engineers assess whether elements can be retained or strengthened rather than demolished, specify efficient structural systems and support modern methods of construction. By designing practical, efficient solutions, structural engineers help reduce waste, minimise environmental impact and support long-term building performance. Sustainability considerations are increasingly integrated into structural design to support responsible development.

The substructure refers to the parts of a building below ground level, such as foundations and basements, which transfer loads safely into the ground. The superstructure includes all elements above ground level, such as walls, floors, beams, columns and roofs. Structural engineers design both to work together safely and efficiently. A well-designed substructure is critical to preventing settlement and movement, while a robust superstructure ensures the building performs as intended throughout its lifespan.

Yes, structural engineers regularly assess existing and historic buildings. This may include evaluating load-bearing elements, investigating cracks or movement, assessing foundations, or advising on alterations and re-use. Historic structures often require sensitive engineering solutions that respect original materials while meeting modern safety standards. Structural assessments help identify defects, understand structural behaviour and determine appropriate repair or strengthening strategies. These assessments are essential for refurbishments, change-of-use projects and developments involving retained structures.

Structural calculations demonstrate that a building or structural element can safely support the loads applied to it. These calculations consider factors such as weight, occupancy, wind, snow and material strength. They are required by Building Control for works including extensions, steel beams, foundations and new builds. Structural calculations ensure compliance with UK regulations and provide assurance that the design is safe and suitable for construction. They also help contractors understand how elements should be installed correctly. Without proper calculations, projects risk non-compliance, safety issues and costly remedial works.