Structural Engineering

Reinforced concrete is concrete in which steel is embedded in such a manner that the two materials, acting together, create robust structural elements. Concrete and/or reinforced concrete has become one of the world’s most common building materials. Many advances in concrete technology make it possible to design an array of structures to meet the client’s requirements.

Structural steel is a category of steel used for making construction components in a variety of shapes. Member sizes, properties such as strengths, storage practices, etc., are regulated by industry standards. This material is common in warehousing structures and areas where large spans are required.

The use of masonry as a structural element is often under-estimated. Designed correctly, it could be a strong construction component that can be used in load-bearing applications as well as in retaining structures. The use of timber has, in recent years, been overshadowed by the use of structural steel. However, timber components are still preferred in many cases for aesthetically pleasing exposed trusses in residential developments, as a good example.

If a structure or building begins to display signs of stress due to age, geological or other reasons, it is highly recommended that a structural integrity assessment be undertaken by an experienced qualified structural engineer. The comprehensive report will provide causes and sustainable solutions to the client.

Investigations of existing buildings before and during renovations are carried out to ensure that renovations or changes made to a building do not negatively affect the building’s structural integrity. Assessment comments and recommendations are provided through the investigation.

A suitable foundation is the most critical element of any structure. Foundation design is offered to ensure that structures are founded adequately and meet their desired design criteria and functionality.