B.01 - Services
Structural engineering services
- B.01Substructure and superstructure design
- B.02Foundation design
- B.03Concrete and steel frame design
- B.04Design for new, existing and historic buildings, including extensions and adaptations
- B.05Advice on temporary works and installation
- B.06Advanced 3-D modelling design
- B.07Building Information Modelling (BIM)
- B.08Feasibility studies for all aspects of structural engineering
- B.09Design and evaluation of sustainable construction & MMC
- B.10Assessment of existing structures & structural surveys
- B.11Pre-tender advice for design and build, and partnering agreements
- B.12Pre-planning advice for projects in the conceptual design stage
- B.13Pre-purchase advice for new sites and existing buildings
- B.14Defect surveys and remediation plans
- B.15Site inspections
- B.16Crack and level monitoring
- B.17Structural reports
- B.18Demolition reports
- B.19Insurance claims and reports
- B.20Subsidence investigations
B.99 - FAQ
Frequently asked questions
Q.01What are structural calculations and why are they needed?+
Structural calculations demonstrate that a building or element can safely support the loads applied to it - weight, occupancy, wind, snow and material strength. They are required by Building Control for works including extensions, steel beams, foundations and new builds, providing assurance that the design is safe and suitable for construction.
Q.02Can you assess existing or historic buildings?+
Yes. We regularly evaluate load-bearing elements, investigate cracks or movement, assess foundations, and advise on alterations and re-use. Historic structures often require sensitive engineering solutions that respect original materials while meeting modern safety standards.
Q.03What is the difference between substructure and superstructure?+
The substructure refers to the parts of a building below ground level (foundations and basements) which transfer loads safely into the ground. The superstructure includes everything above ground - walls, floors, beams, columns and roofs. We design both to work together safely and efficiently.
Q.04How does structural engineering support sustainable construction?+
By optimising material use, promoting re-use of existing structures and reducing embodied carbon. We assess whether elements can be retained or strengthened rather than demolished, specify efficient structural systems, and support modern methods of construction.
Q.05Do you provide site inspections and construction support?+
Yes. Site involvement helps ensure structural integrity, safety and compliance during construction - checking works against the design, answering contractor queries, and advising on unforeseen site conditions, temporary works and sequencing.