From the most basic low rise structure to the most complex high rise or specialist structure with challenging loading conditions, Oasys has the tools that you need to complete a rigorous analysis and design.

Retaining structures are commonly required to acccomodate level differences on sites or to support excavations, shafts, embankments, abutments, and similar.

Oasys offers a suite of tools for the design and assessment of all the common retaining structure types, covering local and global stability.

Geotechnical engineers design piled foundations routinely in their roles. Piled foundations are required to take loads down into stronger materials or to overcome complex or uncertain ground conditions.

Oasys provides a suite of tools that enable engineers to be in control of simple, quick yet robust and efficient pile design solutions for a wide range of ground conditions of varying complexity.

Bridges are an integral part of the world in which we live. Although they may sometimes have simple structures, their loading and design is always complex.

Structures are often subject to dynamic loadings as well as static loadings. GSA provides tools for the input of excitations due to earthquake and human foot fall as a load case. Will provide feedback on the response of the structure.

Ground movements can occur when the ground is subject to loading or unloading. Oasys geotechnical software provides a range of calculations for assessing and quantifying ground movements, equipping geotechnical engineers with simple yet robust solutions. Our software adds building and utility damage assessment capability, helping you to understand the effect of movements on your assets, including assessing slope stability.

Designers and operators of buildings must consider the experience of occupants across the lifecycle of the building. From large infrastructure projects such as airports and rail stations, to buildings such as cultural and event spaces, understanding crowd capacity is an important factor in design. Oasys MassMotion is the most advanced solution to understand people movement and test scenarios during the design process.